User:Pro pusey/sandbox2

--PROFESSOR CHARLES PUSEY PHD 21:03, 31 August 2012 (UTC)professor charles pusey sub section 6 .series factor of the gene shall be valued to factor 8'

Be care from the chemicals used that all new wave s do not meet into the cmpund of the factor/al these chemicals will be quoted within the chemicals'

Serie s factor shall be not allowed within the series 6'

GREENWICH UNIVERSITY
user series 7 shall be closed within the series of 456. repeat the test.

15% - factor 6 = 34458-765-542 [triangle} 457863 code series factor shall be quoted from the lab. freeze zone

'Bold text'Bold text'Bold text'

Italic text== Gene 564 code 11  professor charles pusey ==

DNA CODE 76YU

'''

 * DNA CODE 4565
 * Indented line special code 4536
 * Indented line 5643289 8000

2345 erd <big

Seris 4346542'5647 code 3452

MAIN COMPOUND CHEMICALS RIDSUAL VALUE
professor charles pusey ! 2345 !! 4536 !!45378 !! 56378 !! 56378 !!65489 !! 45367 == advanced lab test
 * lolopean || erolopean||45367 || eveolean|| 78654|| 34526|| 45367
 * 342656 || 6556647| 674898 || 56784 || 7568 || 98707 || 56432
 * -Chemicals used
 * 342656 || 6556647| 674898 || 56784 || 7568 || 98707 || 56432
 * -Chemicals used
 * H20 || B20 || Y20 || 456 || 20% || 564 || DNA
 * DNA 2 || DNA3 || DNA2 || 234|| 3098|| 4536||QW321
 * SERIES1 || SERIES342||SERIES5643 || SERIES432|| TYRT4536 || 453EWRD| 54RE3
 * WER342|| 00000|| 453ER|| 00987Y| DNA2 || DNA321 || GHT543
 * }
 * WER342|| 00000|| 453ER|| 00987Y| DNA2 || DNA321 || GHT543
 * }
 * }

RADICAL CHANGES WITHIN THE GENE STRUCTURE AFTER 36 SIX WEEKS BY PROFESSOR CHARLES PUSEY
' --~ WE CAN EVOLVE ON THE PRETEXT THAT ALL GENES WILL MUTATE WITHIN THEIR OWN CELLS ?

IS THAT WITHIN THE GENE STRUCTURE OF THE PROLASPE LINK GENE FACTOR 4 SERIES 4-6-8-8,WITHIN THAT GENE WE WILL MUTATE WITHIN THAT SAME CELL IT SHALL BE WITHIN THAT SAME CELL. ALL BASIC MUTATE CELL SHALL BE WITHIN THAT SAME STRUCTURE WITHIN THE WALL/

STUDENTS SHOULD LOOK WITHIN THE STRUCTURE OF THE WALL AND L RE LIGHT TO SEE IF THE STRUCTURE HAD BEEN FORMED;

IT IS POSSIBLE FOR THAT CELL TO BE REFORMED WITHIN THE CELL WALL AND WE SHAL FORM THE GENE FACTOR TO SEE IF THAT SHALL MUTATE TO THE SAID GENE TRY AND FORMULATE THE STRUCTURE AND WE SHALL SEE IF THE STRUCTURE SHALL MUTATE WITHIN THE SAID EALL OF THE REMIT PANEL

SERIES 45 SHAL BE THE SAME PANEL OF STRUCTURE IT SHALL BE WITHIN THE SAME GENE ANSWER THE SERIES AND YOU SHALL SEE THE SAME REMIT BEGINNING TO CHANGE WITHIN THE SAME REMIT WITHIN THE CELLIOD SRTUCTYURE OF THE COMPOUND.

Lets evolve with the chemical ranges of lower values lets see if the chemical changes within the right compound it is a fact that the higher value changes within the copper compound especially at the fright degree.

it is possible to see the copper compond at the right level if we are to see the right level '. gene factor remit shall be within the copper resand value wityhin the right heat exchange.

testing shall take place at the right value lets see if the value changes according to the right level within the copper compound,

Gene factor 3 series 7 complete heating exchange withing the member unit 456 chemical exchange
«×฿ »  m²×m²‡«≠₧»  symbol used to answer that gene code within the valum³m³e

≤−≥×m²–€–…⅞–⅝„«−≠₧»“ 897 /1233 codes used for symbols within the gene codes

Gene research value series 456 . by( professor CHARLES PUSEY}, HEAD CROGENICS GREENWICH UNIVERSITY
ỹɪ̯ɨɨ̯ Bold textBold text freezing zone 3432=9876=4538732456=45432=09876==63

Year value within the range of the value of gene research' are we y chromozone .within the popular research weld.

Their is the chromo factor of the negative value to be heat exchanged of the bottom value to be said remember the top value within the research field' research heat xchange value will be held within the range of all co research group within the field that should be exchanged within the said field

symbols will be logged to the heat exchange number so that the princilple factor will be at risk within the lab. and the remit of the gene code will be heat exchanged and the said log will be put and risk accessed within the last log, no log will be time present at the varible and shall be risked accessed within the lab. you should be able to be loged within the last log, the vairible line within the chromo factor should be logged within the time zone off the lab and shall be marked,

Gene value series  s.---g67543 series code
All students within the series code of Factor 3 shall freeze the genetic series of 1 following the Factor removal system within the genetic time frame. Within the remit of the general code stick to the lab times and the Gecom molecules.

Series Factor Module Codes are as follows: -

674 GM unlocking sequence, 7431 H20. Modular sequence code should be as follows: - B2O x 863 659 Y2O x 1282. 452 Series Code within the remit of the genetic diagram. Within the modular sequence the paralim genetic sequence should be adhered to the genetic timetable of the chromosome order of the Y Factor.

Within the sequential sequence the neurone should be monitored to the level of the dilution stage. The genetic code should be manipulated to the sequence of 1. As discovered by "Professor Pusey 2004, BMS Article, paragraph 2, link 2 the code of the biorhythm series".

Question 1 What is the chromosome disorder relating to the Y Factor?

Question 2 The Y-Gene is carried by the male or female. What is the series of the modular sequence of random testing that should be carried out?

Question 3 What the genetic parallel of the Y-Gene disorder?

Question 4 What the the genetic parallel of the genetic disease of Lyme-norforma disease? What is the disorder of the chromatic series of the genetic sequence during formation of the DNA structure? Reference "Pusey BMA, Series 3".

Question 5 Within the DNA structure, what is the code link of the Y-Gene and the DNA disorder? What is the pro-testing series and time frame of the mutation?

Question 6 DNA stucture-6. What is the module sequence?

Question 7 DNA stucture code within the parallel sequence should be carried out to the human code of BY - 2 BO Series 1, Y20 - C2O ZH x C2O.

Question 8 Remit the test within the laboratory.

Question 9 Code sequence should be analysed and subject to the Hoffmisten Genetic Code of the Youlosten Jeletta Germania Code, Factor-1 Series 2.

Question 10 GERMAN CODE Hesiden Cobencha Onhoushen Coshenon, Conhousen. THE GENETIC CODE DE-BREVIATE SERIES ABOVE.

DNA CHEMICAL STRUCTURE - FRANCOIS SENCERE
Une cest un apet. Ce we cest neuf. Parle chemon deldela set nerf.

Series-ZEFE. 456 - 7301. Cest neuf.

Jeser ce troix. 789. Cest neuf.

456 - 135 Series 758 x 743 x 214.

Chemecal Palvon Set treveon srexlsn. Proles dez on lez parle vous reh on tre. Couson ser ner jersay que.

french sub section
ce rouikt erouikl serwen

Factor 4 series testing 7890 polyproperlyne          BY PROFESSOR  CHARLES  PUSEY
Series testing polyproperine

Factor 5 testing shall be based on the series of 3 to the transition series to the value of based on the factor of 11 the residule factor of three shall be replicated to the drug formula of 5

Polypopuline  EQUATE TNE VALUE     ..... value table sarelsalyn derwentrine casotrollyns plus the factor development table

Series 4 testing residule to the last factor   ×÷ H30  Developmemt stage

Series testing value 234 code equate the value within the res code plus 1 all students should be aware of the residule value.

Gene factor module7
Gene factor 234 7 key value 123 housename  098 sen56 09ikken 7865  evrty  4567 8907 34567 354678 2345345 243454 3456b 7896 32456 435553 4567 34567 45687 345677 3456 5678 456787 4567 8907 3456 3456 34567 3456 6789 4563 7864 783433 233452

cyogenics series factor 9 exclusive     by professor charles pusey
LAB ANALYSIS TO SERIES FACTOR 9

Chemicals used are: -

propoperlyne sysaxoline sercaterline and troxoline - warning - these substances are hazadous "to be used with extreme caution".

Lab testing conditions please be observed.

H20 x B20 testing module DNA code sector 3, remit value without screening.

MODULE TWO

Remit value B20 link to Y2O - chemical used propoperlyne

MODULE THREE

CYO-link to sysaxoline - chemical used troxoline.

MODULE FOUR

Sercaterline please refer to module two.

The sequence of this test should give you the value and the residual compound of the theory of the DNA structure. DNA coding book should be used to evaluate the core analysis of the structural compound within the theory of the core element the DNA sequence should be used to alter the theory of the genetic code.

All chemical compounds should be used to break and destroy the genetic sequence within the module value. Please refer to "Pusey Research Value - 2003, Genetic Research". My theory of genetic structure is that all genetic codes are utenised from the genetic Y-code. Therefore the Y-code manifests itself under mutate screening of the series B-factor. This will not represent itself under lab testing. You will find that the Y-code will break away from the genetic stucture after 8 weeks. Core-temperature of 90 degrees and over should be emphasised within the residual value.

MODULE FIVE

All chemicals used shoudl have the genetic circumference of the core-temperature, whereas within a Y-chromosome disoder of Bright's disease the core temperaure of the disorder drops below 60 degrees. Therefore, forming acute renal failure, hypertension and Reynauld's disease. Symptoms are usually within the first 8 weeks of the cell structure. The Y-chromosome forms within the genetic disorder of the factor "case observed Pusey series 2003 - refer to BMA Factor 7".

Gene Pooling - Professor Charles Pusey
MODULE 6 - 7

GENE POOL

The difference between the person born in the case study Afro-carribean you usually fine stronger genetic pooling within the X chromosomes. This would be in the hereditary inclusion of the bone structure and the development of the physical attributes ie., facial structure, height, weight etc.

WHAT IS THE MAIN GENETIC POOLING OF THE EUROPEAN STRUCTURE IE., MALE?

WHAT IS THE GENETIC POOLING OF THE WESTERN EUROPEAN FEMALE?

WHAT IS THE GENETIC POOLING OF THE AFRO-CARRIBEAN FEMALE?

WHAT IS THE MAIN GENETIC SEQUENCING THAT WE ALL SHARE?

THE CHIMPANZEE SHARES 99% OF OUR GENETIC POOL, WHAT IS THE DIFFERENCE BEWEEN THE HUMAN GENETIC POOL AND THIS ANIMAL? WHAT IS THE OUTSTANDING GENETIC KEY CODE THAT MAKES US DIFFERENT?

MODULE 8

Please rearrange these genetic code into the correct sequences: - 6,7, X751. 701X, 2, BH71E.

series 4578 8790 8970 67890 8970 567869 908054 89609890 786905 097896 67589 56478 0909889867    56478904 345367  3456748 345367
Cryogenic DEPT    RESIDULE VALUE   4567 ---3453  0090682345 0986 3456---345-00098

CRYOGENIC DEPT  0987906 -98969005 0987960  3457658  09879000- SERIES NUMBER   098675899

CRYOGENICS DEPT 098756      9897685670987650987456   098764563---2345 -0987645

CRYOGENICS DEPT 0989        989098756    098987645765    098764563   787        7657809

CRYOGENIC DEPT              9897890       0987654989      0987567898             098764788

CRYOGENICS DEPT             98987654      0987654677      0987645435              09876454231

cryogenics dept sub section 4
23456 sub code 3435 3452 sub code 3456

2334 sub code 6758

3456 sub code 7856

3456 sub code 5678

2345 sub code 4567

residule code 67689  9089867 3456 567849 565789 67589 56789 5678890 series code 678890-005-0999456

563367code 3456 ui89876 3456 7869 345678 34567 897876 34578 9098764 456783 345678 9087643 2345768 89876546 54563 565360

78690987 786909865 456789 456789 7867859 78690987 567478 56748 78690 7657890 4657890 45678 890456758 78690 894567 0987622435

SUBJECT TO EVALUATION CODE 3786789 SERIES CODE 456789

67890 098970 6789 56789 090687 8950987 5768990 89705 67895 7875890 78690 78690 785674 876890 765784 8977856 456789 456789

564789 78690 67899 890756 67589 46578 87689 7689 897568 86989875 8987567839859867890 0987657 6764563677465

8987576476578690987   series code 3456456 series code 4567889 series code 45678 series code 4567 sweries code 56478

series code 3456 series code 4567 series code 65678

series 34546 series code 456567 series code 568904 series code 5467 series code 5678 series code 4567

MODLE 34567 8907867 4567389 456789 564889090 56789 675890  567890 567890 567890 0989876 456789 5689900

4567 4567 567489 56789 5678 6789 55674989 67890 989086 67895 67859 90798867 5675986789 678590 567689 A

4567869 n7890