User talk:Faissl alamry

The masses of the sub-atomic particles in kilo gram: The top quark mass equal 30.933*10^-24 kgm The bottom quark mass equal to 8.36*10^-27 Kgm The charm quark mass equal to 2.67*10^-27 Kgm The strange quark mass equal to 9*1o^-28 Kgm The mass of up and down quark equal to 6.33*10^-28 kgm The moun mass equal to 1.9*10^-28Kgm The mass of the tau equal to 3.38*10^-27 Kgm The electron mass equal to 9.11*10^-31 Kgm The proton mass equal to 1.667*10^-27Kgm The neutron mass equal to 1.67*10^-27Kgm You can find the particles masses in kilo gram from this equation : E=M*C^2 That M =the mass of the particle,  E=the energy ,C=the light speed. M=E/C^2 E for the sub-atomic particles calculated in EV, EV  mean electron volt. You must transform the particle energy (E) to joule by multiplying in 1.6*10^-19 joule/coulomb, then you can calculate  the particles masses in kilo gram The top quark energy is 174 *10^9 EV The bottom quark energy is 5 *10^9EV The charm quark energy is 1.5*10^9EV The strange quark energy 1500*10^6EV The up and down quark energy is 360*10^6EV The moun energy is 110 *10^6EV The tau energy is 1.9 *10^9EV The electron energy is 0.511*10^6EV The neutron energy is 939.6*10^6EV The proton energy is 938.3 *10^6EV The particles energies considered their masses

The gene axis theory: The genes axis is the active genes group in the cells, the active genes in the cells we can call it the genes lines ,it represents series of the active genes in the cells body, the active genes group in the cells which is the genes axis  determine the cell growth ,the cells function and the cell differentiation. the cells division The genes lines or the genes axis starts when the sperm is formed and the ova is formed. The active genes group in the sperm and in the ova will control their activity before they unified, the genes in the sperms and the ova will control and determine the unification between the sperm nucleus and the ova nucleus to form the zygote the genes in the sperm and in the ova will setup new genes to do their functions in the new cell (the zygote)  the new gene that will be active in the zygote will represent the gene axis or the gene line for the zygote , the active genes group will determine the zygote divisions growth activity and differentiation The zygote when it divides will transform to new cells ,this will be the stages of the embryo growth stage ,the genes in zygote will determine and control the zygote transformations to new cells(the differentiations) the zygote active genes will setup new genes to do their functions in the new cells the new active genes in the new cells will be the genes axis theory in this cells, this genes will determine the cells functions division and differentiations this process will continue during embryo growth  and will continue after the embryo is born will be during the body life until the aging then the death .. In every stage in the growth in embryo and after the embryo stage will be genes axis or the gene line formations, inside our cells 30000 to 40000 genes but not all of them are active ,just some them active. For example the active genes in the in the liver will not be necessary to be active in the heart or in the brain this depends on the mechanism of the genes axis , To understand this mechanism we should understand the genes basis of the original cells that our body organs and our body tissues was formed or derived from it The  original cells that we meant  are  the zygote ,the cells derived from the zygote and the stem cells, the stem cells are the embryonic cells transform(differentiate)   to certain organ tissue, the liver cells was derived from the stem cell  which will transform to the livers tissues cells, it is so with respect to the brain heart kidney and the other organs of the body, all the organs tissues cells were derived from the stem cells but for every  organs tissues cells special stem cell the stem cells which will transform to the heart tissue cells will not transform to the liver tissues cell or the brain tissues cell this because of the genes axis or the genes lines which control the differentiation and division of this stem cells which will be determined to form certain organs tissues cells, the active genes in the stem cell will setup the genes will be active in the organs tissues cells which will be derived from the stem cell, will not be necessary all the active genes in the stem cells will be active in the new derived organ cells ,some genes will stop in the new cells after new genes  will do their functions ,we may will find some genes active in certain organ tissue ,will be active in other organ tissue this depends on the approximation between the tissues cells like the approximation between the  nervous cell and gilail cells ,like the approximation between the connective tissue and the muscular tissue.

The genes involved the cancer There are two types of the genes involved the cancers ,the tumor suppressor genes and the oncogenes ,the first type it prevents the cancers to be formed it suppresses the tumor by preventing the cancerous cell to divide this genes are controlling the cell divisions but when it subjects to mutations it will be reversible it will cause the cancer, the defected tumor suppressor genes will play role like the cancerous gene, the second type is the tumrigene which is divided to oncogenes and proto-oncogenes. The oncogenes are the cancerous gene which is found originally in the cell, it plays role to defect the DNA to transform the cell to be cancerous cell , the proto-oncogenes it is formed by the viral infection it plays the same role of the oncogenes ,the corresponding between the oncogenes and the proto oncogenes will be necessary  to activate the cancerous cell, I will show in this blog some of the tumor suppressor genes  and the oncogenes in the human cells and their locations on the human chromosomes  , the tumor suppressor genes 1-gene p53 Located on the short arm of human chromosome 17 in the section of 13 which is written as 17p13 it is the more important genes in the human genes it is called the human genome guard  the defected copy of this gene will cause 50 types of the cancers one of them is the coli cancer it does its function by producing p53 protein which consists 393 amino acids 2-gene p73 It is located on the short arm of the chromosome 1 in section 36 1p36 it is similar to p53 and it depends on the p53 gene but when it be defected it will cause the tumor in the brain and when it be defected it may will defect p53 gene it does its function by producing p73 protein 3- gene p63 It is located on the long arm of the of chromosome 3 in the section of 27 which is written as 3q27 it is related split hand split foot syndrome  it does its function by producing p63 proteins 4-gene RB It is one of the tumor suppressor gene which play role in the cell division it is located on the long arm of the 13 chromosome in the section of 14 13q14 it produces RB protein which it is size 110 kilo Dalton 5-gene p21 It is tumor suppressor gene it play role by its protein it is located on chromosome 6 it play role to regulate the cell division it is related p53 gene 6-gene mdm2 It is tumor suppressor gene it play role to regulate the cell divisions the defected copy causes many cancers it is related in p53 p63 p73 genes its protein mdm2 important for the tumor suppressions it is located on human chromosome 12 in the long arm in the section 14 12q14 7- gene rbl1(p107) It is located on the long arm of chromosome 20 in the section of11 20q11 it produces the p107 protein which bind RB protein like the envelop 8-gene rbl2(p130) It is located on the long arm of 16 in the section of 12 16q12 its function like p107 function 9- gene WT1 It is one of the important tumor suppressor gene but it is less active the gene p53 it is located on the short arm of chromosome 11 in the section 13 11p13 10-gene WT2 It is located on the short arm of chromosome 11 in section 15 11p15 it is similar to WT1 11-gene NF1 It is tumor suppressor gene it is active in the central nervous  fibroblast  it is located on the long arm of chromosome 17 in section 17q11 it produces nf1 protein 12- gene NF2 It is located on the long arm of chromosome 22 in the section 12 22q12 it has the same function of NF1 13-gene sel1l It is active in pancreas and spleen it is tumor suppressor gene it is located on the long arm of human chromosome 14 in section 13 14q13 14-gene fat It is tumor suppressor gene it is active in the breast it is located on the long arm of chromosome 4 in section34 4q34 15-gene orctl3 It is Active in the kidney tissue it is located on the short arm of chromosome 3 in section of 22 3p22 16-liver tumor suppressor gene It is active in the liver it is located on chromosome 11 17-FHIT It is tumor suppressor gene it is located on the short arm of human chromosome3 in section 14 3p14 18-gene face1 It is tumor suppressor gene located on short arm of chromosome 1 in the section of 34 1p34 19-gene face2 It is similar to face 1 it is located on the long arm of human chromosome 11in section of 13 11q13 20-geneTUSL3 It is active on the prostate it is located on chromosome 8 21-gene wwox It is tumor suppressor gene located on the long arm of human  chromosome16 in section of 23 16q23 22-gene p34 It is active in the lung tissue it is located on the long arm of chromosome 6 in section of 25 6q25 23- gene p16 It is active in pancreas it is located on the short arm of chromosome 9 in section21 9p21 24-gene VHL It is one of tumor suppressor gene it is located on the short arm of chromosome 3 in section 25 3p25 25-gene APC It is tumor suppressor gene it is located on the long arm of chromosome 5 in section 31 5q31 26-gene myo18 It is active in the lung it is located on the long arm  of chromosome 22in section 12 22q12 27-gene FR3b It is active in the lung it is located on the long chromosome  3 in section 14  3p14 28-gene ST18 It is breast cancer tumor suppressor gene it is located on the long arm of chromosome 8 in section 11 8q11 30- gilail tumor suppressor It is active in gilail cells in nervous system it is located on the long arm of chromosome 19

The gene index The human genome it is the more important project in biology it means studying the genes their functions their constructions and their locations in chromosomes, It is necessary to know much about our genes because that will give us the knowledge of our biological properties and any drug in future may will be formed according to our genetics properties, when we know the more important genes in our body cells. The human genes knowledge will play important role in our biological life this may will determine our food and our life style. I will make index for human genes  and arrange them on human chromosomes, the human has 23 pairs of chromosomes, I will start in chromosome one. Chromosome one: 1-gene p73: It is located on chromosome 1 on the short arm in the section of 36 (1p36) it is tumor suppressor gene it play role to regulate the cell divisions and growth  it prevent the cancerous cell to be formed. 2-gene n_ras: It is located on the chromosome 1on the short arm in the section of 21(1p21) It is oncogenes play role to make the cancerous cell. 3-Nb1: It is located on chromosome 1 in the short arm in section of 36(1p36) it is oncogenes play role to make the cancerous cell. 4- RH gene: It is located in the short arm of the chromosome 1 in the section of 36(1p36) it is one of the RH genes the proteins which forms on the reed bloods cells 5-TBCE gene: It is located on the long arm of chromosome 1 in the section of 42(1q42)it produce the actins and tubline which forms the cell membrane. 6-cd2 gene : It is active in T_cell play important role in T_cell growth.

7_gene lamn a/c: It produces the membrane proteins an play role to form the nuclease it is located on the long arm of chromosome 1in the sections of 21 8-U RNA gene: This gene is located on the short arm of the chromosome 1in the section of 34 (1p34)it produces small RNA sequence. 9-connexin gene: It is located on the long arm of chromosome 1 it causes the deafness. C_src: 10- It is located on the short arm of the chromosome 1 it causes carcinoma the skin cancer. 11-p160 gene: It is located on chromosome 1 it is tumor suppressor gene. 12-BNP : It is active in the bone cells it plays role to form the bones. 13-gene rad54: It is located on the long arm of chromosome1inthe section of 32(1p32) it is tumrigene acted By the light ray. 14-NDUFS2 : It is located on the long arm of chromosome 1 in the section of 23(1q23)it plays role in mitochondria. 15-gene face1: It is located on the sort arm of chromosome 1 in the section of34(1p34) it is tumor suppressor gene. 16-HMG7: It is located on the short arm ofchromosome1in the section36(1p36) It plays role in the lamb's development. 17-gene renien : It is located on the chromosome 1in the long arm in section of 42(1q42)it produces renien it has relation in the kidney and blood pressure regulation. 18-COL11A1: Produces collagens  protein which formed in joints cartilages.

The principles of the genes axis theory
there are many hypotheses I will submit them  in this theory these hypotheses considered as  principles of the genes axis theory  the principles include 1-every gene does not its function as single  it does its function as member of series, this series is setting up the conditions for this gene to do its function then this gene will share to setup the conditions for new genes to do their functions (this process we call it as the differentiations line). 2-the gene can do many different functions in many different series for example the tumor suppressor genes do their functions in different cells and different tissues in every cell they do different way of functions 3-the similar genes axis will be active in similar cells for example the different cells which derived from the same stem cell, like the active genes in the neuron cells in brain and the neurons  in  peripheral nervous cells the gene axis are similar the genes. 4- the active genes series term is different than the active genes group in the cells the active genes  mean all the gene which do their functions in the cells while the gene series mean the previous active genes that setup the conditions to the new genes to do their functions in the new derived cells  both them can be called the gene axis theory. 5- will not be necessary that the defected copy or the disorder in one genes will affect the other genes series because the different strategy that the genes axis will depend but some genes will affect on the genes axis this we can find it in some fetal genes in embryo growth like the original genotype in hemophilia which will be dreadful in the female embryo and many other dreadful genes in the embryo growth  which will affect the genes axis or genes series. 6-all the genes axis will be affected by the internal environments(inside the body cells ) and the external environment (the group of the physical and chemical out of the body) 7-the body physiology depends on the sum of the genes axis or genes active functions, the genes axis functions for the body physiology like the wires for the electric equipment 8- the genes axis will start when zygote will be formed than will develop to generate new gene axis during all the stages of the embryo growth and the genes axis will continue to be formed during the stage after the body is born and will continue to be formed from the childhood stage to the adultness stage to the aging and will stop in the death ,during all the these stages groups of genes will be activated in every stage

The 5th dimension
In the beginning I would like to say that the dimension system which we depend is static, but the universe is in dynamic case therefore the dynamic should be represented in the dimension system, this dimension system is formed according to the theory of relativity , it supposes that the universe is space-time network it gave many solutions for many problems in physics after the 19th century physics problems We can suppose according to the physical fact that there is not static case in universe and the universe is in dynamic case, we can suppose the space-time network is in dynamic too And the dynamic is a part of this dimension system, we can consider that the dynamic is dimension like the time or like the width or the length  or the height There are many theories submitted another dimension system like  the string theory which supposed the universe consist  of 11dimensions, and klose theory which suppose that there is another dimension  in addition to the space-time , klose considered this dimension  is like the loops This dimension may be dynamic dimension,  we can  find the mathematical  expression to the dynamic dimension this expression  states that the dynamic dimension is the space derivative to the time Dd=ds/dt That Dd is the derivative of the dynamic, ds is the space derivative ,dt is the time derivative There are many forms for the dynamic case like frequency, speed, velocity and the another motion types, the universe when it was born it was in dynamic case when the big pang is began  the dynamic case controls the  universe  , every state in universe in motion the energy and the material ,  everything in this universe in dynamic from  the sub-atomic particles like the quarks inside the hadrons the electrons  in the atom and out of the atom the atom in the molecules  and out of the molecules , the molecules too in the dynamic case , the rays in the universe like the electromagnetic rays and the free particles like the electrons mouns taus  and neutrinos , to the huge bodies like  the stars the galaxies , The dynamic dimension is represented in the diagrams as the curves  like the frequency representations and the other motion types representations the four forces in physics the strong ,the electromagnetic ,the weak ,and the gravity depends on the dynamic case to do their effect in universe, any case in universe need to the dynamic

the energy and meterial
The two concepts refer to the more important factors which forms the universe, the material in physics means anything has mass can be found in certain space in universe. The mass is the basic property for the material we in this article speak about the very little masses in universe which forms the large masses, we speak about the sub-atomic particle s , the masses of the sub-atomic particles is in contact with energies , therefore we can see the changes  in energy effect on the sub-atomic particles masses. In physics there are 12 sub-atomic particles they The six quarks (the units which forms the protons and neutrons) The up quark, dawn quark, strange quark , bottom quark , charm quark ,and top quark. And the other six sub-atomic particles are the electron, moun, tau , and the accompanied neutrinos for the three particles which are neutrino electron ,neutrino moun , and neutrino tau ,this is the sub-atomic particles which has masses, every one of these particles has certain energy standard or energy level  found in it, the energy is related in the formation of this particles and their masses , the energy  which found in the universe  in fourth forms , The fourth energies are 1-the strong energy which are carried by quantum (the quantum is imaginary particle does not have mass) this quantum called gluon, the strong energy  is controlling the connections  of the quarks  and the particles which consists of the quarks  like the protons and neutrons, the particles which consist of the quarks called the hadrons , the hadrons  is classified to baryon and meson , the baryon consist of three quarks  while the meson consist of the quark and anti quark , it is not possible  the quarks found in single they found in groups , we named these groups the hadrons , the hadrons consist of the quarks and the gluons. The hadrons forms the nucleus of the atom. 2-the electromagnetic force which are carried by quantum called the photon, the photon is interacting with charged particles like the electrons the mouns the tau and the protons , the electromagnetic is the  force which  make the electrons move in certain orbits round the nucleus of the atom , this  force is controlling the interactions between  the  atoms  to form the molecules. 3-the weak force this force is carried by particles called the z ,w+ and w- bosons ,this particles have masses, this force is controlling the decays interactions for the particles ,any particles will be decayed this force will be generated. 4-the gravity force this force is not related the sub-atomic particles it effects  on the large bodies in the space it is the weakest and more range force its effect on the sub-atomic particles is very weak but its effect on the sub-atomic particles cannot be neglected  it is carried by quantum called graviton. The strongest force is the strong nuclear force, and the second strongest  force is the electromagnetic it equal 1/137 of the strong force , the weak force equal 10^-14 of the strong force , the weakest force is the gravity it equal 10^-49 of the strong nuclear force , the strong nuclear  force is the shorter range effect while the gravity force is the longer range effect , We can conclude that the strong nuclear force, the weak nuclear force and the electromagnetic force  are the internal  forces inside the atomic construction , while the gravity is external  force depend on the size (volume) and the distance and effect on the large bodies , it is not found inside the atom that is mean it is space and volumetric force

The energy's hole hypothesis
I submit this hypothesis as mechanism can explain how the material is formed in universe, I suppose that in every energy's standard (energy's level) there is maximum point energy , in every maximum point energy  there is hole, this hole like the black hole in the center  of the galaxy , the energy in the center of the galaxy is high energy , the hole in the maximum energy's hole  is the point of the energy's  condensation , the energy's condensation will  generate the material  , we mean in the material in this article the sub-atomic  particles, the energy bound state is represented by the points which are generated in the energy's standards , the hadronization  and ionization  are the examples of the  maximum point energy , we can notice the energy condensation by sub-atomic particles  which are generated in the hadronization   or ionization , the energy's  points  are generated  in  the energy fluxes like the reactors the suns the stars and any flux energy generators. The energy flux has many energy's standards points, the maximum points and minimum points , in the maximum points the energy's hole will be formed , and when it is formed the energy will be condensed , and the particles will be generated this happened when the universe is generated , the material is created  when the grand unified energy was generated ,  when the grand unified force is generated  the maximum point energy was formed ,  and when this point was formed the energy condensation  happened , that led to the material formation , this  is one of the examples which may support my hypothesis of the energy's hole and the energy condensation which led to the material formation , the quasar  is one of the high energy source it thought that it generates the material and it like the white hole  which supplies the universe of the material , however we can depend on the Einstein  formula which states E=m*c^2 E is the energy, m is the mass, c is the light speed which its value 3*10^8 m/s This means that the energy can be condensed to form the mass which is property of the material , the maximum point energy here when the body reached to the speed of the light or below

the dynamic factor
The dynamic is the factor that the physical states depend on it, the energy the material and the space-time network are in dynamic cases, the dynamic found in many forms like the speed or velocity ,the speed or velocity is the derivative of the position with respect to the time which is stated in the mathematical expression v=ds/dt, v is the speed , ds is the position , dt is the time , the unit of the velocity is meter /second , from the velocity equation we find the speed is derived from the space dimension and time dimension , this is one of the equation which support the dynamic is dimension case. The other form for the dynamic case is the frequency, the frequency we can consider it as the characteristic or the property of any case in physics , all the large and small bodies like the stars ,galaxies , or the sub-atomic particles have certain frequency , and the energies bandwidths has certain frequency , like the electromagnetic waves they have equation determine the speed of this electromagnetic waves which it is equal to the light speed 3*10^8 m/s this  equation states : S=f*l S is the light speed, f is the frequency , l is the wave length , this explains too the dynamic is the part of the dimensional system , because the speed is the resultant of the dimensional case of the space and time. The energy and the mass depends too on the dynamic case from Einstein equation E =m*c^2 E is the energy, m is the mass, c is the light speed , the light speed is the dynamic form which determine the energy and the mass Blanc equation explain too the energy dependence on the dynamic case E = f*h E is the energy, f is the frequency , h is the Blanc constant which its value 6,625*10^-34 joule*second There are many other dynamic forms like the rotational speed, and the linear motion

The genes located on human chromosome 2
1-gene TPO :

This gene located on the 2p25 on the short arm of chromosome 2 in the section of 25 it is producing enzyme TPO which produces thyroxin hormone.

2-gene GAD1 :

It is located on the long arm of chromosome 2 in the section of 31 it is located on2q31 produces glautamic acid

3-gene AHH:

It is located on the long arm of chromosome 2 in the section of 31 located on 2q31 it is coding enzyme AHH which active in the lungs cells

4-gene ADD2 :

It is trans membrane protein which forms the cell membrane

5-gene EMX1 :

It is located on the short arm of chromosome 2 in the section 14 2p14 it is active in the brain it plays role in brain development

6-gene FSHR :

It is located on the short arm of chromosome 2 in the section of 21 2p21 it produces FSH hormone receptor

7-gene LCHAD :

It is located on the long arm of chromosome 2 in the section 23 located 2q23 it is necessary for the metabolism ,it is transition gene

8-liver fatty acid :

It is located on the chromosome 2, it is active in the liver

9- Ferro protein gene :

It is transporter of the iron in the human cells

10-gene AGXT:

It is active in the liver

11- gene HADHA :

It is located on the short arm of chromosome 2 in the section 23 ,2p23 play important role in the metabolism

12-gene SPG4:

It is located on the short arm of chromosome 2 in the section of 22, 2p22it is active in the nervous system

13-gene SPG13:

It is located on the long arm chromosome 2 in the section 24,2q24 it is active in the spinal cord

14-T8 :

It is tumor suppressor in lymphocytes

15- gene TGFA :

It is growth factor

16-gene GRB14:

It is growth factor binding protein it is located on the long arm of chromosome 22 ,2q22_24

17- gene SOS :

It is located on the short arm of chromosome 2 in the section of 22, 2p22 it controls the tranduceing of the signal of GAD and GTP

18- gene IRS:

It is located on the long arm of chromosome 2in the section 35,2q35 it is insulin receptor substrate

19-gene POMC:

It is located on the short arm of chromosome 2, 2p23 it controls the Lipton and the fat mass in the cell

20-gene LCA :

It is oncogenes it is located on the long arm of the chromosome 2 in the section 14 ,2q14

21-gene MERTK:

It is located on the long arm of chromosome 2 in the section 14, 2q14 it is proto oncogenes

22-gene MYCN :

It is located on the short arm of chromosome 2 in the section 24 it is proto oncogenes

The accumulation theory
This theory states that everything in universe tends to gather like the forces and the sub-atomic particles,  which forms the atom ,  the atom gathering  forms the molecules. The gathering nature depends on the principles of the physics, the basic forces like the strong nuclear force ,  the weak forces ,  and electromagnetic force  when it gathers  it will weld  the sub-atomic particles  ,  the forces  gathering and the sub-atomic particles gathering  form the atom which consider the  essential chemical unit. The atoms will gather according to the chemical and physical principles to form the molecules, which consider the smallest body content. The molecules to will gather or accumulate to form the largest bodies from the small rock to the planets and the stars when the stars and planets gather will form the sunny group, and the stars and sunny groups will form the galaxies, the galaxies when accumulate will form the galaxies clusters. This theory is physical and chemical theory, may when we submit this theory in this form we will need to much prove that mathematically and theoretically, anything in this universe is tending to accumulate and form the largest  groups , The energy- material relationship depends on the accumulation nature   the Einstein equation which states the energy equal the mass multiplied by the light speed square E = m*c^2 This equation depend on the energy or material accumulation, the large molecules like the genes proteins and the cellular organs can give us good explain for this theory, I will write much about this theory in other articles.

The genes located on human chromosome 3
1-gene p63:

This gene located on the long arm of human chromosome 3 in the section 27, 3q27 it is tumor suppressor gene. 2-gene VHL: It is located on the short arm of chromosome 3 in the section 25, 3p25 it is tumor suppressor gene 3-gene RCC: It is located on the long arm of chromosome 3 in the section 14, 3q14 it cancerous gene (oncogenes ) 4-gene GATA2: It is located on the long arm of chromosome 3 in section 21,3q21 it is immune gene it is active in the immunity system 5-RH gene : It is located on the long arm of chromosome 3 in the section of 21, 3q21 it is one of the RH gene. 6-gene GAP: It is active in the brain its protein consist of 853 amino acids 7-gene CD200 : It is located on the long arm of chromosome 3 in the section 12, 3q27 it produces glycol protein receptor 8-gene RL35A: It is located on the long arm of chromosome 3 in section 29, 3q29 it produces ribosomal protein 9-gene ORCTL3: It is located on the short arm of chromosome 3 in section 22, 3p22 it is tumor suppressor gene it is active in kidney 10-gene cholecytokine: It is located on the long arm of chromosome 3 in the section 12 ,3q12 it play role to produce the cholecytokine. 11- gene SPG14: It is located on the long arm of chromosome 3 in the section 27 ,3q27 it is active in the spinal cord and the brain stem 12-gene FHIT: It is located on the short arm of chromosome 3 in the section 14, 3p14 it is active in the lung it is tumor suppressor gene 13-gene fr3b : It is located on the short arm of chromosome 3 in the section 14, 3p14 it is tumor suppressor gene active in the lung 14-gene p97: It is active in the lymphocytes and fibroblast 15-gene gene cyp51 : It plays role in the metabolism and controls the forming of the chemical environment to the cell 16-gene GSTM4 17-gene TF: It is located on the long arm of chromosome 3 in the section 21, 3q21 it is iron binding protein. 18-gene GPX1:it is located on the short arm of chromosome 3 in the section 21, 3p21 it produces glutamine peroxides it plays role to protect the cells from the oxidation damage 19-gene OXTR: This gene located on the short arm of chromosome 3 in the section 25 ,3p25 encodes oxytocine hormone receptor 20-gene VAIX : It Lucien rich gene

21-gene WNT5A: It is located on the short arm of chromosome 3in section 14 it is cancerous gene proto-oncogene

The genes on the human chromosome 4
1-gene A4: This gene is located on the short arm of chromosome 4 in the section 14, 4p14 it is transcription factor, play role in the cell division ,and the transcription process. 2-HOX-7 gene: It is located on the short arm of chromosome 4 in the section 16, 4p16, it is one of the transcription factor and play role as tumor suppressor gene 3-fat gene : It is located on the long arm of chromosome 4 in the  section 34, 4q34 it is tumor suppressor gene. 4-gene FRG1: It is located on the long arm of chromosome 4 in the section 35, 4q35 it is active in the skeletal muscles 5-CPP32 gene: It is located on the long arm of chromosome 4 in the section 34, 4q34 it produces the killing enzyme of the cell 6-gene MCH2 : This gene is similar to the CPP32 it is playing the same role of MCH2 gene it is located on the long arm of chromosome 4 in the section 25, 4q25 7-gene c40rfc2 : It is located on the long arm of chromosome 4 in the section of 26, 4q26it is active in the skeletal muscles 8-gene HDH : It is located on the short arm of chromosome 4 in the section 16, 4p16 it is causing Huntington disorder 9-T-cell growth factor gene : This gene is located on the long arm of chromosome 4 in the section 26,4q26 it is active in the T-cells in the immunity  system 10-gene FGFB : It is located on the long arm of chromosome 4 in the section 25, 4q25 it is growth factor 11-gene ANK2: It is located on the long arm of chromosome 4 in section 27, 4q27 it is active in the nervous cells it controls the stability of the Na/Ca ions 12-gene FGFR3: It is growth factor 13-gene FGFRL1: It is growth factor 14-gene CXCL1 15-gene HERC3 16-gene MLT: It is located on the long arm of chromosome 4 in the section 31, 4q31 it causes recessive disorder it is active in kidney heart nervous system plays role in metabolism stability 17- gene ANT1 : It is located on the long arm of chromosome 4 in the section 35 ,4q35 it is active in the skeletal muscles and heart and produces 18- gene SMG GAD : It is located on the long arm of chromosome 4 in the section 21, 4q21 it is phisphoralates protein 19-gene HHIP: This gene is located on the long arm of chromosome 4 in the section 31 it plays role to limit the cells signal

The gene axis theory
In this article I will speak about this  theory, the plants growth stage can give us good explanation  for this theory,  we  can observe when the roots will be formed first  in the plants growth , this mean that the genes which control the root formation will be active first in the first stage of the plants growth stage , the leaf will be formed in the next stage the genes which control the leafs formation  will be active , the genes of the roots  will setup the genes of the leaf to be active then the truck of the plant will be formed when the genes of the roots and the leafs , this genes will setup the trucks genes to be active , this series can explain to us the genes axis theory , the flowering will be the last stage of the growth cycle stage , the flowering genes will be active depending on the series of the roots , leafs , and trucks genes , this genes will activate the flowering genes, The similar is happening for the other organisms, during any organism growth cycle , the fruiting and the seed formation , will depend  on the genes of the flowering to be active

new dimensional system
5th dimension In the beginning I would like to say that the dimension system which we depend is static, but the universe is in dynamic case therefore the dynamic should be represented in the dimension system, this dimension system is formed according to the theory of relativity , it supposes that the universe is space-time network it gave many solutions for many problems in physics after the 19th century physics problems We can suppose according to the physical fact that there is not static case in universe and the universe is in dynamic case, we can suppose the space-time network is in dynamic too And the dynamic is a part of this dimension system, we can consider that the dynamic is dimension like the time or like the width or the length  or the height There are many theories submitted another dimension system like  the string theory which supposed the universe consist  of 11dimensions, and klose theory which suppose that there is another dimension  in addition to the space-time , klose considered this dimension  is like the loops This dimension may be dynamic dimension,  we can  find the mathematical  expression to the dynamic dimension this expression  states that the dynamic dimension is the space derivative to the time Dd=ds/dt That Dd is the derivative of the dynamic, ds is the space derivative ,dt is the time derivative There are many forms for the dynamic case like frequency, speed, velocity and the another motion types, the universe when it was born it was in dynamic case when the big pang is began  the dynamic case controls the  universe  , every state in universe in motion the energy and the material ,  everything in this universe in dynamic from  the sub-atomic particles like the quarks inside the hadrons the electrons  in the atom and out of the atom the atom in the molecules  and out of the molecules , the molecules too in the dynamic case , the rays in the universe like the electromagnetic rays and the free particles like the electrons mouns taus  and neutrinos , to the huge bodies like  the stars the galaxies , The dynamic dimension is represented in the diagrams as the curves  like the frequency representations and the other motion types representations the four forces in physics the strong ,the electromagnetic ,the weak ,and the gravity depends on the dynamic case to do their effect in universe, any case in universe need to the dynamic we can form many dynamic formula which are the dynamic forms  ,the dynamic forms are represented as the velocity  which are the ratio between the position and the time v=p/t, that p is the position, t is the time and v is the velocity This formula is the relation between the time and the space it is corresponding to the first formula that I showed it in the beginning of this article ,the speed is the other form of the dynamic which is the ratio between the distance  and the time as the formula S=d/t, that s is the speed ,d is the distance and t is the time In laplace formula is transformation from the space axis to the time axis or the contrary, the dynamic is the relation between the space and the time We treat this relation as the 5th dimension We can say that the dynamic is the transition across the space and during the time In the relativity theory, the space –time network forms the universe , The dynamic same is the space-time relation The uncertainty principle states that there is uncertainty to determine the electron position and  its spin in the same time, this because when the spin is determined the position is not determined and the contrary , this we can consider that the electron position is the space and the electron spin is the dynamic  and the required time is just  enough   to determine one of the two option , the three factors which we deal them as the dimensions  play the important role in the uncertainty principle which applied on the electron , the space is represented by the  electron position , the dynamic is represented by the electron spin and the time which required to determine one the spin or the position. the time is constant but the spin and the position are  variable .the dimensional  system is applied to the all physical system,  the space dimension (length ,width and height ) which represent s the three dimension , the relativity theory added the time as fourth dimension , we can  consider the dynamic  as the 5th dimension  is the ratio between the space dimension (length , width  and the height ) and the time , it is the resultant of the space to the time, we will take the particles as the example of the movement in the dimensional system  to which consist of the space and the time , we considered the dynamic  as the 5th dimension therefore that the particle movement  is the suitable example to the dynamic space-time  system , the electron jump from  electron orbit to other this due to the spin of electron increase , the dynamic space-time dimension  is found in many energies fields therefore we find some change in the particles in the particle energy and particle mass this depend on the dynamic space-time  dimension , we can call this dynamic space-time dimension (the dynamic  point) this concept is the expression of any dynamic state in the space-time dimensional  system. The dynamic is the changes average for the position (space) and the time with respect to the state or the physical system. There are two types of the dynamic the general dynamic universe dynamic such the dynamic of the space-time, the self-system dynamic like the dynamic state of the system like the sub-atomic and  atomic dynamic , molecular dynamic stars and the galaxies dynamic. We will study one of the states dynamic  of the light speed equation: This equation state that the light speed equal the wave length multiplied  the frequency this in fact the electromagnetic waves speed, and the  light is one of the  electromagnetic  wave s=f*l S=the electromagnetic speed F= the frequency of the electromagnetic L= the wavelength The electromagnetic wave speed  can be considered as the real calculated number  of the time –space dynamic, the electromagnetic  wave speed is the same light speed which equal 3*10^8 m/s, The wave length is measured by the length unit  that mean the wave length can be deal as the space dimension, the  frequency is one of the dynamic forms which can be treated as the  space-time relation which include the time the frequency can be considered as the time inverse  any dynamic case can be considered as time  inverse we can observe that in the velocity equation  : V=s/t Which appears that the velocity is the inverse of the time, but it isn't the inverse with respect  the space  which mean that any dynamic case increase with space increase but it decrease with time increase , the dynamic require  change in the space and change in the time but when the change in the space  is the larger than the change in the time  the dynamic will be larger , the dynamic will be smaller when the change of the space is less than the change of the time , when the system is not in dynamic state , it will be in the general dynamic state , for example when a certain body exists on the earth  in the static state it will move in the general dynamic state , we mean in general dynamic state is  the  dynamic of the body which gained it from the earth motion and the  dynamic   which produced from the dynamic of its  molecules and atoms , the second type of the dynamic is the self dynamic which produced by the motion of the body. The wave intrusion is one case of the dynamic dimension, we can understand the wave intrusion  when we understand  the dynamic is the 5th dimension. Every system in the universe forms wave all the material and the energy is forming wave, therefore  the intrusion  happen  to the solid system   (the solid bodies)  , this intrusion called the resonance , which means the intrusion between two waves , when  this two waves be in the same frequency , same phase direction , and same amplitude ,  any  wave can intrude with the solid body wave which  cause  the resonance  for the solid body , this is clear example of the dynamic dimension , which explains how the dynamic dimension  play the important role in the wave intrusion, the wave which formed from the non solid body when intrude with wave which formed from the solid body when they will be in the same frequency , same phase direction , and same amplitude. So we can say that the waves intrusion is the result of the dynamic dimension, the waves are the forms of the dynamic dimension , and the intrusion between the waves is case of the dimensional intrusion. The another example of the dynamic dimension case is the quantum  intrusion which was done in experiment in  Switzerland in 2003 when the scientists could to transmit the images of the atoms molecules and some sub-atomic particles by the laser  rays , the images are transmitted by the dynamic dimension  depending on the laser rays properties , the quantum intrusion is dimensional intrusion , the geometry should include the dynamic in the dimensional system in addition to the space (length ,width ,and height ) and the time. the dynamic can be the transformation dimension, we will discuss this point of view in the following equation : e=m*c^2 (e) is the energy ,(m) is the mass, (c^2) is the square of the light speed. This equation is called the equivalence of the mass and energy hypothesis for Einstein, this equation explains that the transformation from the energy to the mass and the contrary depends  on the dynamic , the dynamic  in this equation is the light speed. According to this equation the energy depends on the dynamic whenever the dynamic increased the energy is increased too, but the contrary for  the  mass, which will decrease when the dynamic is increased , as explained mathematically : M=e/(c^2) But  the  light speed in this equation  which represents  the dynamic  factor  is considered  constant, generally the dynamic factor in this equation is the transformation factor between the energy and the mass. In another equation  we will find relation between the energy and the dynamic, this equation is the Blanc equation , which is one of the quantum equation , this equation states E=f*B (E) is the energy, (f) is the frequency , (B) is the Blanc constant which equal 6,625*10^-34 joule.sec. This explains that the energy is depending on the dynamic, the dynamic in this equation is represented  by the frequency  , the frequency is the time inverse according to this equation that the result of this equation is measured by the joule , which  is the unit of the energy , while the unit of the Blanc constant  is joule.sec,  and the frequency unit  is the hertz , the hertz  equal  1/sec. The energies are emitted through the space-time as fields, the space-time includes the space-time of the cluster of galaxies and the sunny group space-time  and the  atomic space-time and the sub-atomic  space-time , this the meaning of the relativity. The energy in the universe in four types are : the strong nuclear force ( the force which connects the quarks and hadrons  together ) this force is carried by the gluon. the weak force which controls the decays of the particles this force is carried by boson  z and -+w. the electromagnetic force which is carried by the photon. and the gravity which is carried by the graviton. this four forces are depending on the dynamic case, the (gluon, photon ,z ,+-w, and the graviton )  are quantum's and called bosons , the quantum is the virtual particle does not have mass , except  the z -+w bosons which have mass , and carry the weak force , all the quantum's are bosons , the bosons are the particles which  have spin equal 0 or integer  , the spin is dynamic  case , as we mentioned  that the energies when be emitted will emit as fields in the space-time , this field we can imagine in the strong nuclear force which effects in the bounds of the atomic dimensions , the space-time of the atoms. and we can imagine it in the other three forces the weak force which effects in the space-time larger rather from the atomic space-time  and the electromagnetic which effects on the larger space-time, the gravity is the larger space-time that it can effects on the galaxies space-time , the fields of this energies  in  their special relative space-time  depend on the dynamic case of the energy field. the beginning of the universe (the big pang ) was very hot and dynamic the energy was the first to be formed and three forces were unified  in one force (the strong, the  weak and the electromagnetic ) were unified in one force is the grand unified force but when the universe is slowed the three forces are separated, that mean they were depending on the dynamic case of the universe , when any energy's field is slowed it will be cooled  and this will make the masses  of the particles this happened to the universe in its beginning , this mechanism happens inside the particles accelerators and the galaxies center s and happens too inside the stars. we can understand that from the equation of the energy-mass equivalence for Einstein as the following : E=M*C^2 M=E/(C^2) This explain the inverse relation between the mass and the dynamic which represented by the light speed' generally the particles are dynamic too, Most of the particles are fermions. The fermions are the particles which has spin non integer, as 1/2 or 3/2 but some particles are bosons , the basic are 12 in the standard  modules theory (one of the quantum theories ) this particles are (the six quarks up ,down, strange,  charm  top and bottom  quarks , and the six leptons which are the tau moun electron and the three types of the neutrinos ), all the masses and the energies of this particles depend on their dynamic state , this particles forms the atoms , the  atoms state depend on the dynamic  state of this basic particles , the quarks which forms the hadrons like the protons and neutrons depend  in the dynamic state , the dynamic state of the quarks called the asymptotic  freedom , this dynamic state of the quarks  determine the state of the hadrons which forms the nucleus of the atom , the electrons dynamic  determine the state of the atom , it controls the chemical reactions of the atoms.

The gene index

The human genome it is the more important project in biology it means studying the genes their functions their constructions and their locations in chromosomes, It is necessary to know much about our genes because that will give us the knowledge of our biological properties and any drug in future may will be formed according to our genetics properties, when we know the more important genes in our body cells. The human genes knowledge will play important role in our biological life this may will determine our food and our life style. I will show abbreviation of some genes and some information about their functions and their locations but some genes I do not have enough information about their functions, therefore I will show their locations only.

The genes as the following: 1-gene p53: It is tumour suppressor gene it suppresses the cancerous formation it regulates the cell growth and its division, it is located on the short arm  human chromosome 17 in the section 13 which is written as 17p13 2- gene p73 It is tumour suppressors gene, it suppress the cancerous formation, it regulates the cells growth and divisions it is located on human chromosome 1 in the sort arm , and the section 36 1p36. 3-genes p63 : It is tumour suppressor gene it suppresses the cancerous formation, it regulates the cell growth and division it is located  on the long arm of human chromosome 3 in the section 27which is written as 3q27. 4-gene RB: it is tumour suppressors gene it suppresses the cancerous formation it regulates the cell division and growth  it is located on the long arm of human chromosome 13 in the section 14, 13q14. 5- gene RPL1(p107) It forms protein 107 which represents  the envelop of the protein  RB, it is located on long arm of human chromosome 20 in the section 11, 20q11. 6-gene rpl2(p130) It is tumour spressor gene it forms protein p130 which represents the envelope for RB protein, it is located on the long arm of human chromosome 16 in the section 12 , 16q12 7-gene APC It is tumour supressor gene which supresses the cancerous formation it is located on the long arm of human chromosome 5 in the section 21, 5q21 8- gene VHL It is tumour supressor gene it is located on the short arm of human chromosome 3 in the section 25 ,3p25 9-N-RAS It is cancerous gene it causes the tumour formation it is located on the short human chromosome 1 in the section 21, 1p21 10-gene NB1 It is tumour supressor gene it is located on the short arm of human chromosome 1 in the section 36, 1p36. 11-gene RCC It is cancerous gene which forms the tumour it is located on the long arm of human chromosome 3 in the section 14 ,3q14 12- gene NF1 It is tumour supressor gene it is active in the brain it is located on the long arm of human chromosome 17 in the section 11, 17q11 13- gene NF2 It is tumour suppressor gene it is active in the brain, it is located on the long arm of human chromosome 22 in the section 12 , 22q12 14-gene BRCA1 It is cancerous gene, it causes the cancer of the breast and the ovary it is located on the long arm of human chromosome 17 in the section 21 , 17q21 15-gene BRCA2 It is cancerous gene it causes the cancer of the breast and the ovary it is located on the long arm of human chromosome 13 in the section 32 ,13q32 16-gene men1 It is tumour suppressor gene it is cancerous gene it is located on the short arm of human chromosome 11in the section 13 ,11p13 17-gene lmo2 it is cancerous gene it causes the cancer of the breast and the ovary it is located on the short arm of human chromosome 11 in the section 13, 11p13 18-gene WT1 It is tumour suppressor gene it is located on the long arm of human chromosome 11in the section 13 ,11q13 19-gene WT2 It is tumour suppressor gene it is located on the long arm of human chromosome 11 in the section 15 ,11q15 20-gene mdm2 It is tumour suppressor gene it is located on the long arm of human chromosome 12 in the section 14, 12q14 21- gene p21 It is tumour suppressor gene it is located on the human chromosome 6 22-gene SEL1L It is tumour suppressor gene it is active in the pancreas it is located on the long arm of human chromosome 14 in the section 13 ,14q13 23- gene smn1, This genes is active in the frontal cells in the spinal cord they control the nervous signal from the brain to the muscles it is located on the long arm of human chromosome5 in the section 13 ,5q13 24-gene smn2 This genes is active in the frontal cells in the spinal cord they control the nervous signal from the brain to the muscles it is located on the long arm of human chromosome5 in the section 13 ,5q13 25-gene spg6 It is gene active in the mid brain in the region which connects the two brain halves it is located on the long arm of human chromosome 15 in the section 11, 15q11 26-gene spg11 It is active in the mid brain in the region which connects the two brain halves it is located on the long arm of human chromosome 15 in the section 13 ,15q13 27- gene spg24 It is active in the mid brain in the region which connects the two brain halves it is located on the long arm of human chromosome 13 in the section 14, 13q14 28-gene SLC10A1 This gene regulates the thyroxin hormone in the cells it is located on the long arm of the human chromosome 14 in the section 24 ,14q24 29-gene SLC21A3 This gene regulates the thyroxin hormone in the cells it is located on the short arm of human chromosome 12 in the section 12 ,12p12 30-gene MCT8 This gene regulates the thyroxin hormone in the cells it is located on the long arm of human chromosome X in the section 13, Xq13 31-gene G6PD It is responsible of producing G6PD enzyme which controls the reactions inside the red blood cells it is located on the long arm of the human chromosome X in the section 28, Xq28 32-gene colour blandness It causes the colour blandness ,it is located on the long arm of human chromosome X in the section 28, Xq28 33- gene haemophilia This gene causing the genetics bleeding it is located on the human chromosome X 34-gene MHC This gene forms the MHC protein which informs the T-cells killer that the anti gene is found inside the body s cell, it is immune gene, it is located on the short arm of human chromosome 6 in the section 21 , 6p21 35-gene LIM1 This gene active in the brain, it is necessary for the nervous cells in the brain it is located on the human chromosome 7 36-gene GATA2 It is immune gene, it is active in the immune cells it is located on the long arm of human chromosome 3 in the section 21 , 3q21 37- gene GATA4 It is immune gene, it is active in the immune cells it is located on the short arm of human chromosome 8 in the section 23, 8p23

38-gene GATA6 It is immune gene, it is active in the immune cells it is located on the long arm of human chromosome 18 in the section 11 , 18q11 39-gene M130 This gene is responsible of the human features and human phonology, it  is located on the short arm of human chromosome 12 in the section 13 ,12p13 40- the alpha protein of the globins It is responsible of producing the alpha protein which forms the haemoglobins it is located on the human chromosome 16, it is two genes in the same chromosomal location 41-the beta globins gene It is responsible of producing the beta protein which forms the haemoglobins it is located on the chromosome 11 42-RH gene a This is one of the RH gene which forms RH protein in the red blood cells it is located on the short arm of the human chromosome 1 in the section 36, 1p36 43-RH gene b This is one of the RH gene which forms RH protein in the red blood cells it is located on the long arm of human chromosome 3 in the section 21, 3q21 44-RH gene c This is one of the RH gene which forms RH protein in the red blood cells it is located on the on the long arm of human chromosome 22 in the section 12, 22q12 45-gene ckop2 It is located on the two chromosomal location of the human chromosome 13 one of the two chromosomal location in the long arm of the human chromosome 13 in the section 14 and the other in the short arm of chromosomal 13 in the section 24, 13q14p24 46-gene TBCE This gene forms protein TBCE which form the cells membrane with tubline and actins it is located on the long arm of human chromosome 1 in the section 42 ,1q42 47-insuline like growth factor (sirt3 gene) It is one of the important growth factor in the human cells it is located on the short arm of human chromosome 11 in the section 15, 11p15 48-gene cd2 It is growth factor it is active in the T-cells it is located in the short arm of human chromosome 1 in the section 13, 1p13 49-gene lamnA/C It is producing the lamnA/C protein which forms the membrane of nucleus it is located on the long arm of human chromosome 1 in the section 21, 1q21 50-V-HGH gene It is responsible of the growth hormone protein it is located on the long arm of human chromosome 17, 17q 51-gene GPRA a , It is active in the hypo campus in the brain it is related the  epilepsy of the fever it is located in the short arm of human chromosome 7 in the section 14, 7p14 52-gene GPRAb It is active in the hypo campus in the brain it is related the  epilepsy of the fever it is located in the short arm of human chromosome 7 in the section15,7p15 53-gene soumo4 It is responsible of the saccharine infection it is located on the human chromosome 16 54- fibrlin gene It is active in the epithelial cells of the veins and artery it is located on the chromosome 7 55-gene BCR Its function is unknown  but it plays role in the cell life cycle it is located on human chromosome 22, it causes the leukaemia (blood cancer) when it unified with ABL gene which located on the human chromosome 9. 56-gene ABL It is playing role in the cell division it forms the tyrosine kinease, it causes the cancer blood when it is unified with gene BCR , it is located on human chromosome 9 57- gene PNCYL It is located on human chromosome 16 58-gene CFH It causes in the eye illness it is located on the long arm of human chromosome 1, 1q 59-gene AHH This gene is active in the lungs cell, it produces the AHH enzyme  it is located on the long arm of human chromosome 2in the section 31 , 2q31. 60-HEXA gene It is one of the important gene in the nervous cells it produces the HEXA enzyme which trnsforms the fat to prevent it to be inside the cell membrane  it is located on the long arm of  human  chromosome 15 in the section 24,15q24. 61-gene ADA This gene produces enzyme ADA this enzyme is reducing the chemical composition ATPH this composition  when will be over quantity it will kill the B_cells  the important cells for the immunity, this gene is located on the long arm of human chromosome 20 in the section 12 , 20q12 62-gene TNF This gene is responsible of the TNF recipient this gene is located on the long arm of human chromosome 12 in the section 13, 12q13. 63-gene conxin26 This gene is active in the ear cells it is related the deafness it is located on the long arm of human chromosome 13, 13q 64- gene conxin30 This gene is active in the ear cells it is related the deafness it is located on the long arm of human chromosome 13, 13q 65-gene conxin31 This gene is active in the ear cells it is related the deafness it is located on the long arm of human chromosome 1, 1q 66-gene conxin32 This gene is active in the ear cells it is related the deafness it is located on the human chromosome X 67-gene ORLDM13 This gene related in the genetics infection of the asthma it is located on the human chromosome 17 68-gene LDL This gene it causes the family low cholesterol  it is located on the human chromosome 19. 69-gene FTO This gene it causes the weight increases and the fatness it is located on the long arm of human chromosome 16 in the section 12, 16q12. 70-gene C-MYC It is tumour suppressor gene it suppresses the tumour formation it is located on the human chromosome 8 71-gene TPO This gene is active in thyroid gland it is located on the short arm of human chromosome 2 in the section 25, 2p25 72-gene KUP This gene is active in the in the testis it is located on two chromosomal location on the long arm of human chromosome 14 in the section 23 and 24, 14q23q24. 73-gene uRNA This gene is group of small RNA sequences forms big mRNA called proto mRNA it is important for the cell activity, it is located on the short arm of  the  human chromosome 1 in the section 36, 1p36 74-genes T_cell receptor It is the receptor of the immune T_cell, it is located on the long arm of human chromosome 14 in two chromosomal location , section 11 and section 12, 14q11q12 75-gene C-SRC This gene it is cancerous gene it is located on the short arm of human chromosome 1, 1p 76-gene p160 It is tumour suppressor gene it is located on human chromosome 1 77-gene PGC It is growth factor it is located on the short arm of human chromosome 6 in the section21 ,6p21. 78-gene PSCD3 This gene is growth factor it is located on the short arm of human chromosome 7 in the section 21,7p21 79-gene ABO This gene determines the blood groups it is located on the human chromosome 9 80-gene KELL blood group This gene determines the KELL blood group system it is located on the long arm of human chromosome 7 in the section 33, 7q33. 81-gene info gamma (32p) It is immune gene it is located on human chromosome 6 82-gene IL3 This gene is active in the immunity cells it is located on the long arm of human chromosome 5 in the section 23, 5q23. 83-gene u1psuedogene It is RNA genes it is located on the long arm of human chromosome 1 in  two chromosomal location ,section 12 and section 22, 1q12q22. 84-gene FGF9 It is growth factor it is located on the long arm of human chromosome 13 in two chromosomal location ,section 11 and section 12, 13q11q12 85-gene L3MTL It is located on the long arm of human chromosome 20, 20q 86-gene TDT This gene it is growth factor  it is located on the long arm of human chromosome 10 in the two chromosomal section 23,and  24, 10q23. 87-gene FAC1 This gene is related Alzheimer, it is located on the long arm of human chromosome 17 in the section 24 ,17q24. 88-tau gene This gene it is tumour suppressor gene it is active in the nervous  cells of the brain it is located on the long arm of human chromosome 17 in the section 21, 17q21 89- gene GAD1 This gene produces the glautamic acid which it is one of the genetics code, this acid plays role to determine the nervous signal by stimulating the nervous signal , the nerves depend on it 30% in the nervous signal determination , it is located on the long arm of human chromosome 2 in the section 31 ,2q31 90- gene IFL This gene is located on human chromosome 9 91-gene GAP This gene located on chromosome 3 92-gene EF2 This gene is located on human chromosome 19 93-gene GABA This gene is producing GABA acid which the nerves depend on it to determine  the nervous signal, this acid is reducing the nervous signal , the nervous cells depend on it %70, this gene is located on the long arm of human chromosome 5 in two chromosomal location , section 34 and section 35 ,5q34q35 94-a4 gene This gene is located on the human chromosome 4 in two chromosomal location one in the short arm in section 14and the other in the long arm in section 12,4p14q12. 95-gene a This gene located on the long arm of human chromosome 15 in two chromosomal section ,section 11 and section 13,15q11q13 96-gene PAP This gene is located on the short arm of human chromosome 12 in the section 12 ,12p12. 97-gene PHD This gene is located on the long arm of human chromosome 9 in the section 22, 9q22 98-gene CA2 This gene is located the long arm on human chromosome 8 in the section 22, 8q22 99-gene CNTFR This gene is located on the short arm of human chromosome9 in the section 13, 9p13 100-gene IGL This gene produces protein immunoglobulin, it is necessary  protein  for the immunity, this protein forms the anti body, it is located  on the long arm of human chromosome 22 in the section 11, 22q11. 101-gene CD200 It is growth factor it is located on the long arm of human chromosome 3 in two chromosomal location, section 12 and section 13 , 3q12q13. 102-gene BNP This gene is active in the bones cells it controls the bones cell growth it is located on human chromosome 1. 103-gene RAD54 This gene is cancerous gene it is affected by the radiation, it is located on the short arm of human chromosome 1 in the section 32. 104-gene VEGF It is growth factor it is located on the short arm of human chromosome 6 in  two chromosomal  location, section 12 and section 21, 6p12p21. 105-gene PIGF This gene is growth factor it is located on the long arm of human chromosome 14 in two chromosomal section 24, and section 31, 14q24q31. 106-gene TBX1 This gene is active in the stem cells it is necessary  for the stem cells it is located on the long arm of human chromosome 22 in the two chromosomal  location, section 11 and section 21,22q11q21 107-gene RTNYR This gene produces the RTNY receptors, it is located on the long arm of human chromosome 22 in the section 11. 22q11 108-gene CHK2 This gene is located on the long arm of human chromosome 22 in the section 12 ,22q12 109-gene COMT This gene is located on the long arm of human chromosome 22 in two chromosomal location section11 and section 21, 22q11q21 110-gene EMX1 This gene is active in the brain nervous cells ,it plays role in the brain development, it is located on the short arm of human chromosome 2 in two chromosomal location section 13 and section 14 ,2p13p14. 111- gene EMX2 This gene is active in the brain nervous cells ,it plays role in the brain development, it is located on the long arm of human chromosome 10 in the section 26,10q26. 112-gene ADD2 This gene is located on human chromosome 2. 113-gene AUP1 This gene is located on the short arm of human chromosome 2 in the section 13, 2p13. 114-gene Hdh This gene it causes HANTIGTON  chorea which causes the trembling  of the lambs this gene is located on the short arm of human chromosome 4 in the section 16,4p16. 115-gene EMERINE1 This gene is located on the human chromosome X in the section 28, Xq28. 116-gene SIRP-B2 This gene is located on the long arm of human chromosome 20 in the section 13, 20q13. 117- gene INF This gene controls the nervous signal transition in the nerves ,this gene located on the long arm of human chromosome 21 in two chromosomal location ,section 22 and section 23, 21q22q23 118-gene FRG1 This gene is active in the skeletal muscles, it is located on the long arm of human chromosome 4 in the section 35,4q35 119- gene FSHR This gene produces the receptors of hormone FSH which produces it the pituitary gland, this hormone stimulate the ova  to be matured , this gene located on the short arm of human chromosome  2 in the section 21 ,2p21 120-gene FAT This gene is tumour suppressor gene it is located on the long arm of human chromosome 4 in the section 34, 4q34 121- gene ORCTL3 This gene is tumour suppressor gene, it is active in the kidney cells it is located on the short arm of human chromosome 3 in the section 22 , 3p22. 122-gene CFTR This gene is located on the long arm of human chromosome 7 in the section 31, 7q31. 123- gene RFC2 This gene is located on the long arm of human chromosome 7, its function is unknown , but thought  that it is  playing role in the cell growth , it is located on chromosome 7q 124-gene CF This gene is located on the long arm of human chromosome 13 in the section 34, 13q34. 125-gene SETDB1 This gene is located on the long arm of human chromosome 1,in the section 21, 1q21 126-gene HOX-7 This gene is located on the short arm of human chromosome 4 in the section 16,4p16 127-gene RPL35A This gene is located on the long arm of human chromosome 3 in the section 29,3q29 128-gene IGF1 This gene is immunoglobulin factor this gene it is located on the long arm of human chromosome 12 in the section 22, 12q22 129-gene CLAR1 This gene is located on the long arm of human chromosome 1 in the section 13,1q13 130- gene PNMT This gene is located on the long arm oh human chromosome 17 in two chromosomal location ,section 21, and section 22, 17q21q22 131- gene beta interferon This gene is active in the immunity cells, it is located on the human chromosome 7. 132-gene CYP1A1 This gene is located on long arm of human chromosome 15 in the section 22, 15q22. 133-gene CYP2D6 This gene ls located on the long arm of human chromosome 22 in the section 13, 22q13. 134-gene CYP2E1 This gene is located on the long arm of human chromosome 10 in the section 24, 10q24. 135-gene GST alpha This gene is located on the human chromosome 6 136-gene GST pi This gene is located on human chromosome 11. 137-gene GST mu This gene is located on human chromosome 3 138-gene NDUFS2 This gene produces the NDUFS2 protein which active in the mitochondrion, that plays role in the cells respiration , this gene is located on the long arm of human chromosome 1 in the section 23 , 1q23. 139-gene P450 This gene produces enzyme cytochrome - c, this enzyme controls the cells  respiration, and play important role in killing the cell, it is located on the long arm of human chromosome 19 in the section 12, 19q12. 140-gene CST5 This gene is located on the short arm of human chromosome 20 in the section 11, 20q11. 141-gene TH2 This gene it is one of the important gene which produces nervous hormone it is located on the long arm of human chromosome 5, 5q. 142-gene pi C21 This gene is located on the human chromosome 21. 143-gene PON This gene is located on the long arm of human chromosome 7 in two chromosomal location, section 22 and section 21 , 7q22q21 144-gene DBR This gene is located on the long arm of human chromosome 1, 1q. 145-gene PMM1 This gene is located on the long arm of human chromosome 22, in the section 13, 22q13. 146-gene PMM2 This gene is located on the short arm of human chromosome 16 in the section 13, 16p13. 147-gene LCHAD This gene plays role in the in the cell activity and the cells metabolism it is located on the long arm of human chromosome 2 in the section 23, 2q23. 148-gene SLD This gene is located on the long arm of human chromosome 7 in the section  31, 7q31. 149-gene FACE1 This gene is tumour suppressor gene it is located on the short arm of human chromosome 1 in the section 34, 1p34 150-gene FACE2 This gene is tumour suppressor gene it is located on the long arm of human chromosome 11 in the section 13, 11q13. 151-gene liver fatty acid This gene is active in the liver, it regulates the fatty acid in the livers it is located on the human chromosome 2 152-liver tumour suppressor gene This gene is active in the liver it is tumour suppressor gene, it prevents the cancer formation it is located on the human chromosome 11. 153-gene RENIEN This gene is located on the long arm of human chromosome 1 in the section 42, 1q42. 154-gene TCF4 This gene is located on the long arm of human chromosome 10 in the section 25, 10q25. 155- gene HMG7 Thisgene is active in the lambs cells, it is located on the short arm of human chromosome 1 in the section 36, 1p36. 156-gene BFT This gene is located on human chromosome 5 157- gene TPF This gene is located on the long arm of human chromosome 13 in the section 17, 13q17 158- gene LXCL1 This gene is located on the human chromosome 4 159- gene EYCL1 This gene determine the eye colour, it is located on human chromosome 19. 160- gene EYCL2,3 This is two genes are located on the same chromosome, both have role to determine the eye colour , they are located on the long arm of human chromosome 15 in two chromosomal locations , section 11 and section 15 , 15q11q15 161-gene C-ros This gene is cancerous gene, it causes the tumour formation , this gene is located on the long arm of human chromosome 6 in two chromosomal locations , section 16 and section 22, 6q16q22 162-gene C450F5 This gene is located on the long arm of human chromosome 4 in two chromosomal location, section 26, and section 27, 4q26q27. 163-gene CDH16 This gene is located on the long arm of human chromosome 16, in two chromosomal locations, section 21, and section 22, 16q21q22. 164-gene CDKN1B This gene is located on the short arm of human chromosome 12 in the section 13, 12p13 165-gene TALDO1 This gene is located on the short arm of human of human chromosome 11 in the section 15, 11p15 166-gene COL2A1 This gene forms protein collagen this gene is important gene for the muscles of the body, this gene is located on the long arm of human chromosome 12 in the section 13, 12q13 167- gene LRRK2 This gene is located on the human chromosome 12. 168- androgen receptor gene This gene is responsible of producing the androgen hormone it is located on human chromosome X. 169-gene ZF This gene it is sexual  gene it is active in the sexual systems, this gene is located on the human chromosome X and Y and the long arm of human chromosome 1 , 1q. 170 gene NEDD1 This gene is growth suppressor this gene is located on the long arm of human chromosome  12 in the section  22, 12 q22. 171-gene myoglobin This gene is active in the muscles, this gene is located on the long arm of human chromosome 22  in  two chromosomal  location , section 11, and section 13 , 22q11q13. 172-gene CADM This gene is located on the short arm of human chromosome 1 in the section 31, 1p31 173- gene COL11A1 This gene is producing important protein for the muscles, this gene is located on the human chromosome 1. 174- gene MTHF8 This gene is located on the human chromosome 1 175- gene ASPM This gene determines  the brain size, it is located on the long arm of human chromosome  1 in the section 31 , 1q31. 176- gene NBN This gene is located on the human chromosome 1. 177-gene KIF1B This gene is located on human chromosome 1 178- gene RAD51 It is cancerous gene it is affected by the radiation it is located on the human chromosome 15. 179- gene USH2A This gene is located on the human chromosome 1 180- gene STRC This gene is located on human chromosome 15 181- gene SOD1,2 This gene is located on the human chromosome 21 182- gene COUPTF1 This gene is located on the long arm of human chromosome 5 in the section 14, 5q14. 183- gene COUPTF2 This gene is located on the long arm of human chromosome 15 in the section 26, 15q26. 184- gene FGFs It is growth factor it is located on the human chromosome 8. 185- gene FGF11 It is growth factor it is located on the short arm of human chromosome 17 in the section 13, 17p13. 186- gene GULOP This gene is located on the human chromosome 8. 187- gene LPL This gene is located on the human chromosome 8. 188- gene TG This gene is located on the human chromosome 8. 189- gene FGFB This gene it is growth factor it is located on the long arm of human chromosome 4 in the section 25, 4q25. 190- gene ATM This gene causes the ATM syndrome  it is located on human chromosome 11. 191- gene TH This gene is located on human chromosome 11. 192- gene H3F3A This gene is located on the long arm of human chromosome  1 in the section 41, 1q41. 193-gene SAA1 This gene is located on human chromosome 11. 194- gene AZF This gene is active in the male sexual system, it is located on the long arm of human chromosome Y in the section 11, Yq11. 195- gene D1 receptor This gene is producing dopamine receptors, it is located on the long arm of human chromosome 11 in two chromosomal  locations, section 22 ,and section 23 , 11q22q23. 196- gene D2 receptors This gene is producing dopamine receptors, it is located on the long arm of human chromosome 5 in the section 35. 197- gene ZFY This gene is located on human chromosome Y. 198-gene TSPY It is located on human chromosome y. 199- gene BPY2 This gene is active in the sexual system of the male it is located on the long arm of human chromosome Y in the section 11, Yq11. 200- gene MEFR This gene is located on the short arm of human chromosome 16, in the section 13 , 16p13. 201- gene GAN This gene is located on human chromosome 16. 202- gene ADAMTS2 This gene is located on the long arm of human chromosome 5 in two chromosomal location, section 23 and section 24, 5q23q24. 203- gene TMC1 This gene is located on the human chromosome 9 204- gene HERC3 This gene is located on the long arm of human chromosome 4 in the section 21, 4q21. 205- gene ANK2 This gene is located on the long arm of  human chromosome  4 in the section 25, 4q25. 206-gene FGFr3 This gene is growth factor, it isolated on human chromosome 4. 207- gene FGFrl1 This gene is growth factor, it is located on human chromosome 4. 208- gene CD95 This gene is growth factor it is located on human chromosome 10. 209- gene FAS It is located on human chromosome 10. 210- gene PTEN This gene is located on human chromosome 10. 211-gene RRP1B This gene is located on human chromosome21. 212 –gene CLAUDIN14 This gene is located on human chromosome21. 213- gene PENT This gene is located on human chromosome21. 214-gene CHOLECYSTOKINE This gene is located on the long arm of human chromosome 3 in the section 12, 3q12. 215- gene gastrin This gene produces gastrin hormone protein  it is located on the long arm of  human chromosome 17, 17q. 216- gene SHBG This gene is located on the human chromosome 17. 217- gene KLF6 This gene is located on the short arm of human chromosome 10 in the section 15, 10p15. 218- gene FERRO protein This gene  produces the FERRO protein, it is located on human chromosome 2. 219-gene AGXT This gene is located on the human chromosome 2. 220- gene ASMT This gene is active in the sexual system for the male and female it is located on the sexual chromosome X, Y. 221- gene T4 This gene is located on the short arm of human chromosome 12 in the section 12. 222- gene T8 This gene is located on human chromosome 2. 223- gene PALM This gene is located on the long arm of human chromosome 19 in the section 13, 19p13. 224- gene HADHA This gene is located on the short arm of human chromosome 2 in the section 23,2p23. 225- gene SPG3 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 14 in two chromosomal  location , section 11, section 24, 14q11q24 226- geneSPG4 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the short  arm of human chromosome 2 in the section 22, 2p22. 227- gene SPG8 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 8 in two chromosomal  location , section 23, section 24, 8q23q24. 228- gene SPG10 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 12, section 13, 12q13 229- gene SPG12 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 19 , section 13, 19q13. 230- gene SPG13 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 2 , section 24,2q24. 231- gene SPG19 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 9 in two chromosomal  location , section 33, section 34 ,9q33q34. 232- gene SPG5 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long and short  arm of human chromosome 8 in two chromosomal  location , section 12, section 13, 14p12q13 233- gene SPG7 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 16 , section 24, 16q24. 234-gene SPG9 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 10 in two chromosomal  location , section 23, section 24, 14q23q24 235-gene SPG17 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 11 in two chromosomal  location , section 12, section 14, 11q12q14 236-gene SPG14 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 3 ,  section 27, 3q27 237-gene SPG15 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 14 in two chromosomal  location , section 22, section 24, 14q22q24. 238- gene SPG20 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 14  , section 12, 13q12 239-gene SPG21 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 15 in two chromosomal  location , section 21, section 22, 15q21q22 240- gene SPG23 This gene is active in the nervous cells of the region which connects the two brains halves, the defection in the SPG   genes  group causes the paralysis, this gene is located on the long arm of human chromosome 1 in two chromosomal  location , section 24, section 32, 1q24q32 241- gene SLC21A6 This gene is one of the SLC gene this gene regulate the thyroxin  hormone  in the body cells, this gene is located on the  long arm of human chromosome 12 ,12q. 242- gene SLC21A8 This gene is one of the SLC gene this gene regulate the thyroxin  hormone  in the body cells, this gene is located on the short arm of human chromosome 12 in the section 12  , 12p12. 243- gene SLC21 A14 This gene is one of the SLC gene this gene regulate the thyroxin  hormone  in the body cells, this gene is located on the short arm of human chromosome 12 in the section 12  , 12p12. 244- gene SLC21A12 This gene is one of the SLC gene this gene regulate the thyroxin  hormone  in the body cells, this gene is located on the long  arm of human chromosome 20 in the section 21  , 20q21 245- gene SLC21A20 This gene is one of the SLC gene this gene regulate the thyroxin  hormone  in the body cells, this gene is located on the long  arm of human chromosome 5 in the section 21  , 5q21 246- gene SLC7A5 This gene is one of the SLC gene this gene regulate the thyroxin  hormone  in the body cells, this gene is located on the long  arm of human chromosome 16 in the section 24 , 16q24. 247-gene SLC7A8 This gene is one of the SLC gene this gene regulate the thyroxin  hormone  in the body cells, this gene is located on the long  arm of human chromosome 14 in the section 4  , 14q4. 248- gene CPP32 This gene is located on the long arm of human chromosome 4 in the section 34, 4q34. 249- gene MCH2 This gene is located on the long arm of human chromosome 4 in the section 25, 4q25. 250- gene MCH3 This gene is located on the long arm of human chromosome 10 in the section 25, 10q25. 251- gene NEDD2 This gene is the growth suppressor, it is located on the long arm of human chromosome 7 in two chromosomal location , section 34 , and section 35, 7q34q35. 252- gene THY-1 This gene is located on the long arm of human chromosome 11, 11q. 253- gene RIL This gene is located on the long arm of human chromosome 5 in the section 31, 5q31. 254- gene FHIT This gene is located on the short arm of human chromosome 3 in the section 14, 3p14. 255- gene TC9F This gene is located on the long arm of human chromosome 4 in two chromosomal  location, section 26 and section 28. 256- gene TGFB This gene is located on the long arm of human chromosome 19 in section 13, 19q13. 257- gene TGFA This gene is located on human chromosome 2 258- gene IFG This gene is growth  factor, it is located on the short arm of  human  chromosome  12 in the section  12, 12p12. 259- gene METH2 This gene is located on the  long arm of human  chromosome 11 in the section 25, 11q25. 260-gene NERUROD2 This gene is active in the nervous cells of the brain, it is located on the long arm of human chromosome 17 in the section 12, 17q12. 261- gene NEUROD3 This gene is active in the nervous cells of the brain, it is located on the long arm of human chromosome 5 in two chromosomal locations , section 23, and section 31, 5q23,31. 262-gene HFGF-9(N33) It is one of the FGF genes groups, it is growth factor it is located on the short arm of human chromosome 8 in the section 22, 8p22. 263-gene TUSL3 This gene is tumour suppressor gene, it is active in the prostate cells, it is located on the human chromosome 8. 264- gene WWOX This gene is tumour suppressor gene, it forms ,enzyme OXIDUCTEASE  which causes the cells killing it is located on the long arm of human chromosome 16 in the section 23 , 16q23. 265- gene AP2gamma This gene is located on the long arm of human chromosome 20 in the section 13, 20q13. 266- gene CDH1 This gene is located on the long arm of human chromosome 16 in the two chromosomal locations, section 21, and section 22, 16q21q22. 267-gene MOMT This gene is located on the long arm of human chromosome 10 in the section 26, 10q26. 268-gene p16 This gene is tumour suppressor gene it is located on the short arm of human chromosome 9 in the section 21, 9p21. 269-gene KRAS This gene is located on the short arm of human chromosome 12 in the section 12, 12p12. 270-gene p34 This gene is tumour suppressor gene it suppresses the tumour formation it is active in the lungs cells, it is located on the long arm of human chromosome 6 in the section 25, 6q25. 271- gene WDR11 This gene is located on the long arm of human chromosome 10 in the section 26, 10q26. 272- gene MLR This gene is located on the long arm of human chromosome 4 in the section 31, 4q31. 273- gene NR3CY This gene is located on the long arm of human chromosome X in two chromosomal location, section 11, and section 12, Xq11q12 274-gene VDR(NR111) This gene is located on human chromosome 12. 275- gene MYO18B This gene is tumour suppressor gene it suppresses the cancer  formation it is  active in the lungs cells, it is located on the long arm of human chromosome 22 , section 12, 22q12. 276-gene SPYR4 This gene is located on the long arm of human chromosome 5, in two chromosomal locations , section 32, section 33, 5q32q33. 277-gene FR3B This gene is located on the short arm of human chromosome 3 in section 17, 3p17 278- gene CD3D This gene is growth factor it is located on the long arm of human chromosome 11 in the section 23, 11q23. 279-gene CDE3 This gene is growth factor it is located on the long arm of human chromosome 11 in the section 23, 11q23. 280- gene THY1 This gene is located on the long arm of human chromosome 11 in the section 23, 11q23. 281- gene ETS1 This gene  play role in producing the progesterone hormone,  this gene is located on the long arm of human chromosome 11, in the section 23, 11q23. 282-gene CBR This gene is located on the human chromosome 7. 283- gene TFF3 This gene is located on the long arm of human chromosome 21 in the section 21. 284- gene ST18 This gene is tumour suppressor gene, it is active in the breast cells it suppresses the cancer formation in the breast  cells , it is located on the long arm of human chromosome 8 in the section 11, 8q11. 285- gene HNAT3 This gene is located on the long arm of human chromosome 12 in the section 12, 12q12. 286- gene HER2 This gene is located on the long arm of human chromosome 11 in the section 11, 11q11. 287- gene ID3 This gene is located on human chromosome 1. 288- gene nerve growth receptors This gene is active in the nervous cells, it  produces the growth receptors of the nerves it is growth factor  , it is located on the long arm of human chromosome 17 in two chromosomal locations ,section 12 , and 22  , 17q11q22. 289- gene USF1 This gene is located on the human chromosome 1. 290-gene USF2 This gene is located on the human chromosome 19. 291- gene p97 This gene is  tumour suppressor gene, it suppresses the cancer formation , it is located on the human chromosome 3. 292- gene PROHIBITIN This gene is located on the long arm of human chromosome 17 in the section 21, 17q21. 293- gene NCP1 This gene is located on human chromosome 18. 294-human lymphocyte receptor This gene produces the lymphocyte receptor, it is located on the human  chromosome 11. 295- gene RPS26 This gene is located on human chromosome 12. 296- gene GRB This gene is located on the long arm of human chromosome 22 in two chromosomal locations, section 22, and section 24, 22q22q24. 297- gene SOS1 This gene is this gene is important gene for the SOS  system which controls the cell divisions mechanism ,this gene is located on the short arm of human chromosome 2 in the section 22, 2p22. 298-gene SOS2 This gene is this gene is important gene for the SOS  system which controls the cell divisions mechanism ,this gene is located on the long arm of human chromosome 14 in the section 21, 14q21. 299- gene HGF This gene is located on the long arm of human chromosome 7 in the section 22, 7q22. 300- gene NRF-1 This gene is located on human chromosome 7. 301- gene THROMBOXANE A2 receptor This gene, produces the receptors of THROMBOXANE  hormone , this gene is located on the short  arm of   human chromosome 19 in the section 13, 19p13. 302-gene UQCRFC1 This gene is located on the long arm of human chromosome 19, in the section 12, 19q12. 303- gene insulin receptor This gene produces the insulin hormone receptors, this gene is located on the short arm of human chromosome 19 in the section 13, 19p13. 304- gene IRS-1 This gene is located on the long arm of human chromosome 2 in the section 35, 2q35. 305- gene POMC This gene is located on the short arm of human chromosome 2 in the section 23, 2p23. 306- gene ANT-1 This gene is located on the long arm of human chromosome 4 in the section 35, 4q35. 307- gene ANT-2 This gene is located on the long arm of human chromosome X in two chromosomal locations, section 24and section 25,Xq24q25. 308- gene ANT-3 This gene is located on the short arm of human chromosome X, in the section 22, Xp22. 309- gene THYROTROPIN receptor This gene produces the THYROTROPIN hormone receptors, this gene is located on the long arm of human chromosome 14 in the section 31, 14q31. 310- gene 5-H2 receptor This gene is located on the human chromosome 13 311- gene DCP1 This gene is located on the long arm of human chromosome 17 in the section 23 ,17q23. 312- gene TF This gene is located on the long arm of human chromosome 3 in the section 21, 3q21. 313- gene DCP2 This gene is located on human chromosome 5. 314- gene GPX1 This gene forms the peroxides enzyme which plays role in the amino acids modification, this enzyme plays important role in the cell metabolism ,it is located on the short arm of human chromosome 3 in the section 21,3p21. 315- gene GPX3 This gene forms the peroxides enzyme which plays role in the amino acids modification, this enzyme plays important role in the cell metabolism ,it is located on long arm of human chromosome 5 in the section 23, 5q23. 316-gene GPX5

This gene forms the peroxides enzyme which plays role in the amino acids modification, this enzyme plays important role in the cell metabolism ,it is located on the short arm of human chromosome 6 in the section 21 , 6p21

317- gene GPX6 This gene forms the peroxides enzyme which plays role in the amino acids modification, this enzyme plays important role in the cell metabolism ,it is located on the short arm of human chromosome 6 in the section 21 , 6p21

318- gene GLAST(SLC1A3) This gene one of SLC genes group, this gene regulates the thyroxin in the body cells , it is located on the human chromosome 5 319-gene SMG GDP This gene is located on the long arm of human chromosome 4 in two chromosomal location section 21 and section 25, 4q21q25. 320 gene HEXB This gene is located on the long arm of human chromosome 5 in the section 13, 5q13. 321-gene HEXDC This gene is located on the long arm of human chromosome 17 in the section 25, 17q25. 322- gene OXTR This gene produces the OXITUCIN   hormone receptor, this gene is active  in  nervous hormone ,  this gene is located on the short arm of human chromosome 3 in the section 25, 3p25. 323- gene JAK3 This gene is located on the short arm of human chromosome 19 in the section 12, 19p12. 324- gene LMPA2 This gene is located on the short arm of human chromosome 18 in the section 11, 18p11. 325- gene QTL This gene plays role to regulate the blood pressure, this gene is located on the human chromosome 17 326- gene VANDIX This gene is located on human chromosome 3. 327- gene FECH This gene is located on human chromosome 18. 328-geneSMAD4 This gene is located on human chromosome 18. 329- gene KC6 This gene is located on the short arm of human chromosome 18 in the section 12, 18p12. 330- gene GDNF This gene is located on the short arm of human chromosome 5 in the section 13 331- gene KAP This gene is located on the long arm of human chromosome 21 in two chromosomal locations, section 22 , and section 23. 332- gene HHIP This gene is located on the long arm of human chromosome 4, in the section 31, 4q31. 333- gene RET This gene is located on the long arm of human chromosome 10 in the section 11, 10q11. 334- gene KCHE1 This gene is located on human chromosome 21. 335- gene TRPA1 This gene is located on the long arm of human chromosome 8 in the section 13, 8q11. 336- gene HCC This gene is located on the long arm of human chromosome 6 in the section 26, 6q26. 337- gene bladder  carcinoma This gene is cancerous gene, it causes the bladder cancer , it is located on the short arm of human chromosome 11, 11p. 338- gene LCA This gene is located on the long arm of human chromosome 2, in the section 14, 2q14. 339- gene HOX11 This gene is located on the long arm of human chromosome 10 in the section 24, 10 q24 340-gene ETS-2 This gene produces the progesterone protein, it is located on the human chromosome 21. 341- gene C-FES This gene is located on human chromosome 15. 342- gene MAP3K8 This gene is located on the short arm of human chromosome 10 in the section 11, 10p11. 343- gene FB1N1 This gene is located on the long arm of human chromosome 22 in the section 13, 22q13. 344- gene MC4R This gene is located on the human chromosome 18. 345- gene MERTK This gene is located on the long arm of human chromosome 2 in the section 14, 2q14. 346-gene WHT5A This gene is located on the long arm of human chromosome 3 in two chromosomal locations,  section 14, and section 21, 3p14p21. 347- gene PCPH This gene is located on the long arm of human chromosome 14, in the section 24, 14q24. 348- gene GAST This gene is located on the long arm of human chromosome 13 in the section 34, 13q34. 349- gene KCNE2 This gene is located on the long arm of human chromosome 21 in the section 22, 21q22. 350- gene MYCH This gene is located on the short arm of human chromosome 2 in the section 22, 2p22. 351- gene CH RMS This gene is located on the long arm of human chromosome 15, in the section 13, 15q13. 352- gene CH RM7 This gene is located on the long arm of human chromosome 15, in the section 13, 15q13. 353- gene CHOLINRE ACYTAL TRNSFEARSE This gene produces enzyme CHOLINRE ACYTAL TRNSFEARSE, this enzyme is necessary for the cell division, this gene is located on the long arm of human chromosome 10 in two chromosomal locations section 11 , section 24, 10q11q24. 354- gene EHOSF1 This gene is located on the short arm of human chromosome 18 in the section 11, 18p11. 355- gene TYMS This gene is located on the short arm of human chromosome 18 in the section 11, 18p11. 356- gene DOK6 This gene is located on the long arm of human chromosome 18 in the section 22, 18q22. 357- gene F8A1 This gene is located on the long arm of human chromosome X in the section 24, Xq24. 358- gene DOK5 This gene is located on the long arm of human chromosome 20 in the section 13, 20q13 359- gene DAXX This gene is located on human chromosome 6. 360- gene PHEX This gene is located on the long arm of human chromosome Xq22. 361- gene UROKINASE This gene is one of the KINAASE S enzyme genes, this play role of the cells division , this gene is located on the long  arm of human chromosome 10 in the section 24, 10q24. 362- gene TOM1 This gene is located on long arm of human chromosome 22 in the section 13, 22q13. 363- gene LT This gene is located on the human chromosome 6. 364- gene LHX4 This gene is located on the long arm of human chromosome 1 in the section 24,1q24. 365- gene FOXP2 This gene it is growth factors it is located on the long arm of human chromosome 7 in the section 31, 7q31. 366- gene FOXP3 This gene it is growth factors it is located on human chromosome X. 367- gene gilail tumour suppressor gene This gene is l tumour suppressor gene it is active in the gilail cells in the nervous system it is located on the long arm of human chromosome 19. 19q. 368- gene GLIOMA tumour suppressor gene This gene is tumour suppressor gene it is located on the long arm of human chromosome 19, 19q. 369- gene FOXP1 This gene it is growth factors it is located on the short arm of human chromosome 3 in the section 14, 3p14 370- gene FOXP4 This gene is growth factor, it is located on human chromosome 6. 371- gene DNM2 This gene is located on the short arm of human chromosome 19 in the section 13, 19p13. 372- gene DNM2 This gene is located on the long arm of human chromosome 9 in the section 34, 9q34. 373- gene CER1 this gene is located on human chromosome 9. 373- gene DGCR6 This gene is located on the long arm of human chromosome 22, in the section 11, 22q11. 374- gene CSX This gene is located on the long arm of human chromosome 5, section 34,5q34. 375- gene CASR This gene is located on the long arm of human chromosome 3, in the section 13,3q13. 376- gene CONDOTROPPIN RELASING hormone receptor This gene produces the receptors of CONDOTROPPIN RELASING hormone ,this gene is located on the long arm of human chromosome 1, in the section 12, 1q12. 377- gene HNP36 This gene is located on the long arm of human chromosome 11 in the section 13, 11q13. 378- gene HK2 This gene is located on the human chromsome14. 379- gene TR2 This gene is located on the long arm of human chromosome 12 in the section 22, 12q22. 380- gene TR4 This gene is located on the long arm of human chromosome3 in the section 24, 3q24. 381- gene TR3 This gene is located on the long arm of human chromosome 12 in the section 31, 12q31. 382 gene PROX1 This gene is located on the long arm of human chromosome 1 in the section 32, 1q32. 383- gene BASP1 This gene is located on the short arm of human chromosome 5 in the section 15, 5p15. 384- gene PKD This gene is located on the human chromosome 16. 385-gene ERM This gene is located on the long arm of human chromosome 3 in two chromosomal locations, section 27, and sections 29, 3q27q29. 386- gene ERK This gene is located on the short arm of human chromosome 1 in the section 36, 1p36. 387- gene BID This gene is located on the long arm of human chromosome 22 in the section 11, 22q11. 388- gene KERA This gene is located on the long arm of human chromosome 12 in the section 22, 12q22. 389- gene SMS This gene is located on the human chromosome X. 390- gene TEAR LIPOCALIN This gene is located on the long arm of human chromosome 9 in the section 34, 9q34. 391- gene AP0C This gene is located on the long arm of human chromosome 19, 19q. 392- gene CBLD This gene is located on the long arm of human chromosome 2, in the section 23, 2q23. 393- gene CUBN This gene is located on the human chromosome 10. 394- gene MCA1 This gene is located on the short arm of human chromosome 10, 10p. 395- gene PRODH This gene is located on the long arm of human chromosome 22 in the section 11, 22q11. 396- gene TUTR1 This gene is located on the long arm of human chromosome 5 in the section 34, 5q34. 397- gene TFF2 This gene is located on the long arm of human chromosome 21, in the section 22, 21q22. 398- gene TFF1 This gene is located on the long arm of human chromosome 21, in the section 22, 21q22. 399- gene HST1 This gene is located on the long arm of human chromosome 11 in the section 13, 11q13. 400- gene SCT This gene is located on the short arm of human chromosome 11 in the section 15, 11p15. 401- gene FABP This gene is located on the long arm of human chromosome 13in the section 13, 13q13. 402- gene T-cells lymphocyte This gene is active in the T-cells, it is necessary for the lymphocyte , this gene is located on the long arm of human chromosome 21, in the section 22, 21q22. 403- gene FUS This gene is located on the short arm of human chromosome 16, in the section 11, 16p11. 404- gene ZNF10 This gene is located on the long arm of human chromosome 12 in the section 24, 12q24. 405- gene GAUGE 1 This gene is located on the short arm of human chromosome X in the section 11, Xp11. 406- gene MSN This gene is located on the long arm of human chromosome X, in the section 11, Xq11. 407- gene NONO This gene is located on the long arm of human chromosome X in the section 12, Xq12. 408- gene 14-3-3 protein chain This gene is located on human chromosome 22. 409- gene FE65 This gene is located on the short arm of human chromosome 11, in the section 15, 11p15. 410- gene SAP1 This gene is located on the human chromosome 10, 411- gene CRAB1,11 This gene is located on the long arm of human chromosome 1, in the section 21, 1q21. 412- gene QIN This gene is located on the long arm of human chromosome 14, in the section 13, 14q13. 413- gene PCTAIRE This gene is located on human chromosome X 414- gene UBA1 This gene is located on the human chromosome X 415- gene SEY This gene is active in the sexual system, of the male , this gene is located on human chromosome Y. 416- gene MND2 This gene is located on the short arm of human chromosome 2 in the section 13,2p13. gene ADRB2 417- It is growth factor it is located on the long arm of human chromosome 5 in the section 32 ,5q32 418- gene 2B (L6MD2B) This gene is located on the short arm of human chromosome 2 in the section 13,2p13. 419- gene D3 This gene is located on the long arm of human chromosome 3 in the section 13, 3q13. 420- gene SCNMG This gene is located on the long arm of human chromosome 16 in the section 12, 16q12. 421- gene ODF2 This gene is located on the long arm of human chromosome 9 in the section 34, 4q34. 422- gene CCND1 This gene is located on the long arm of human chromosome 11 in the section 13, 11q13. 423- gene FLJIO26L This gene is located on the short arm of human chromosome 12 in the section 13, 12p13. 424- gene C116RF25 This gene is located on the short arm of human chromosome 11 in the section 14, 11p14. 425- gene ABCA13 This gene is located on the short arm of human chromosome 7 in the section 12, 7p12. 426- gene AGC1 This gene is located on the long arm of human chromosome 15 in the section 25, 15q25. 427- gene serotonin receptors This gene is active in the brain,  this gene produces  the serotonin  receptor , this hormone  is one of the important hormone in the nervous system , it is located  on the human chromosome 3. 428- gene H1 receptor This gene it produces the histamine  receptors  the histamine causes the sensitivity, this gene is located on the human chromosome 3. 429- gene H2 receptors This gene it produces the histamine  receptors  the histamine causes the sensitivity, this gene is located on the human chromosome 5. 430- gene H3 receptors This gene it produces the histamine  receptors  the histamine causes the sensitivity, this gene is located on the human chromosome 20. 431- gene NKL This gene is located on the short arm of human chromosome 12 in the section 13, 12p13. 432- gene MDR This gene is located on the human chromosome 20. 433-gene MDR1 This gene is located on the human chromosome 7. 434- gene prostate and colon tumour suppressor gene It is tumour suppressor gene it suppresses the tumour formation it is active in the prostate and colon, it is located on the human chromosome 8. 435- gene TNXP This gene is located on human chromosome 6. 436- gene MDK This gene is located on the short arm of human chromosome 11 in the section 13, 11p13. 437- gene PAR This gene is located on the human chromosome 12. 438- gene HERL This gene is located on the human chromosome 6. 439- gene LEGAL23 This gene is located on the long arm of human chromosome 14, in the section 21, 14q21.