User:Skysmith/Missing topics about Metabolism

Missing topics related to metabolism

Thanks to User:Jmh649, User:Nono64, User:Seppi333 & User:Yangosplat222

Terminology

 * Acholuria -
 * Acid tide -
 * Addition of base -
 * Alkaline reserve -
 * Anadicity -
 * Antiauxin -
 * Antilysin -
 * Apoinducer -
 * Basal Metabolic Temperature (BMT) -
 * Bioequivalent allergy unit (BAU) -
 * Carrier molecule -
 * Chloroplast factor -
 * Contractile bundle -
 * Cornified envelope -
 * Cotranslational modification -
 * Creatinine coefficient -
 * Diuretic combinations diuretic combination -
 * Enzyme-linked fluorescence -
 * Equilibrium quotient -
 * Estrogen-progesterone combination -
 * F'-function -
 * Generative apogamy haploid apogamy meiotic apogamy reduced apogamy -
 * Generator potential -
 * Growth substance -
 * Grumous fluid -
 * Guanine nucleotide dissociation inhibitor -
 * H-flagellar -
 * Haptophore -
 * Hydrolysed carbohydrate -
 * Hypofunction -
 * Hypovirulence factor -
 * Idiophase -
 * inhibitor molecule -
 * Leader peptide -
 * Melatonin Production Factor Melatonin production factor –
 * Membrane permselectivity -
 * Metabasidium -
 * Metabolic compartment -
 * Metabolic cooperation -
 * Metabolic Demand metabolic demand -
 * Metabolic energy -
 * Metabolic scope -
 * Microtubule anchoring -
 * minimal metabolism -
 * Multi-Automata General Neutral Units Structure (MAGNUS) -
 * Nontaster -
 * nucleus retroambiguus (NRA) -
 * O-somatic -
 * Oxygen quotient -
 * P face -
 * Pellagan-preventing factor P. P. factor -
 * Pellagra-preventing factor Pellagra-preventive factor -
 * Phenylthiohydantoin -
 * Polar granule -
 * Prophenoloxidase cascade -
 * Protonmotive force -
 * Reducing power -
 * Relative medullary thickness -
 * Rhodogenesis -
 * Routine metabolic rate (RMR) -
 * Salvage sequences -
 * Scyrps -
 * Set point (endocrinology) -
 * Stop-transfer sequence - could probably be redirected to protein translocation, although that article itself isn't super fleshed out wrt stop-transfer sequences so it could be worth making its own article (this was  on 05 November 2017 I just forgot to sign it)
 * Tremorgenic -
 * Tyramide signal amplification -
 * Tyrosine kinase catalytic domain -
 * Unicellular adhesion molecule -
 * Urophan, urophanic -
 * Variability plot, Wu and Kahal plot -
 * Vascular trace –

Types of metabolism

 * Aldarate metabolism -
 * Androgen metabolism -
 * Assimilative metabolism, assimilatory metabolism -
 * Cerebral metabolism -
 * Crassulen Acid Metabolism Crassulen acid metabolism -
 * Dissimilative metabolism, dissimilatory mechanism -
 * Electrolyte metabolism -
 * Glutethimiolipid metabolism Glutethimiolipid -
 * Glycerolipid metabolism -
 * Halophilism -
 * Human chemistry -
 * Lipometabolism -
 * Lysosomal metabolism -
 * prebiotic metabolism -
 * Respiratory metabolism -
 * Retinal metabolism -
 * Selenoamino metabolism Selenoamino -
 * Sphingoglycolipid metabolism Sphingoglycolipid -
 * Starch and sucrose metabolism –

Specific substances

 * 13,13'-dibenzantronile -
 * activated nucleotide -
 * Amino adenosine triacid ester -
 * Amino adenosine -
 * Anhydromannose -
 * Azurinox -
 * Biotin-streptavidin -
 * Butyl isovalerate -
 * Dibutyrin -
 * Eurhodin -
 * Galactonate -
 * Galactonolactone -
 * Galactose dehydrogenase -
 * Isobutyl isovalerate -
 * Isoviolanthrone -
 * Phylloerythrin -
 * Polyol dehydrogenase -
 * Polyoxotungstate -
 * Retinalhyde -
 * RIP2 kinase - - assuming this is RIPK2 based upon a cursory look at that page. Not positive. Seppi 333  (Insert 2｢ &#124; Maintained) 02:46, 15 July 2014 (UTC
 * Styliolinid -
 * Sulfoesterase –

Metabolic diseases and disorders

 * Acalcerosis, calcium deficiency -
 * Acrohyperhidrosis, excessive sweating of the limbs -
 * adrenal cortex disease -
 * Agalorrhea, stopping of milk flow -
 * Amcrocytic anemia -
 * Aminuria -
 * Anolkis, form of cell death -
 * Antitrypsin deficiency -
 * Bilirubinemia -
 * C1s deﬁciency -
 * Ca  channel deficiency -
 * Chemical impairment -
 * Cholesterosis -
 * Constitutional disease, inborn defect -
 * Constitutional maldevelopment -
 * Dehydration fever -
 * Diminished reserve -
 * Dysinsulinism -
 * Dyspituitarism -
 * Dysthyroidism -
 * Endocrine shock -
 * Enzymolysis -
 * extra-adrenal paraganglioma -
 * Fatty infiltration -
 * Gallais syndrome, adrenal disorder-
 * Hervitaminosis -
 * Hormone deficiency -
 * Hypermasculinization -
 * Hypoacidity -
 * Idiopathic anemia -
 * Indicanuria -
 * Insulin amyloidosis -
 * Itk deficiency -
 * Lactosuria –
 * Lithium deficiency -
 * Melanuria -
 * Metabolic shock -
 * Methemoglobin reductase deficiency -
 * Milkman's syndrome Looser-Milkman syndrome-
 * Myelosis Leucemia Acuta (MLA) -
 * Parental iron overload -
 * Pimeluria -
 * Plasma-lecithin deficiency -
 * Protein-losing nephropathy -
 * Proteinosis -
 * Quaternary Hyperparathyroidism -
 * Rapid fat gain -
 * Salt depletion -
 * Secondary anemia –
 * Synovial fluid synovioma -
 * Winged helix deficiency –

Types of metabolic substances

 * Anterior pituitary extract (APE) -
 * Essential chemicals essential chemical -
 * Physiological substance -

Agglutinins

 * Autoagglutinin -
 * Heteroagglutinin -
 * Isoagglutinin -

Amino acids

 * Alpha-amino group -
 * Amidinase -
 * Fatty acid elongases -
 * Glucoprotamine -
 * Pantotropic acid -
 * Plasma amino acids Plasma amino acid -
 * Selenoamino acid metabolism -

Other acids

 * 2-bromopropionic acid -
 * 4-pyridoxic acid -
 * C5-branched dibasic acid metabolism -
 * Cyanoamino acid metabolism Cyanoamino acid -
 * Cyanoamino metabolism Cyanoamino -
 * Deoxythymidylic acid, deoxythymidylate, thymidine monophospate -
 * Methyl guanidine acetic acid -
 * Methylethyl acid -
 * Napthealeneacetic acid -
 * Ornithuric acid -
 * Pteroic acid -
 * Pteroyglutamic acid (PGA) -
 * Selenoamino acid metabolism Selenoamino acid -

Enzymes

 * 2-oxoadipate dehydrogenase complex -
 * alkb enzyme -
 * Amylopsin, pancreatic enzyme -
 * Anhydrase -
 * Carboxylase (enzyme) -
 * Cholesterase -
 * Cobamide coenzyme -
 * enzyme and coenzyme -
 * enzyme reactivator -
 * enzyme stability -
 * Enzyme therapy -
 * EP-B2 enzyme (celiac disease) -
 * immunoenzyme techniques immunoenzyme -
 * Induced fit enzyme model -
 * Lock and key enzyme model -
 * mannoside -
 * multifunctional enzyme -
 * Peptic enzyme -
 * peroxisomal bifunctional enzyme –
 * Processive enzyme -
 * Stapsin -
 * Stringent factor -
 * Sulfamidase -
 * Unwindase, unwinding enzyme –

Esters

 * Napththylaceic acid methyl ester -
 * NHS-ester -
 * Succinimidyl-ester -

Hormones

 * Activation hormone -
 * Adrenotrophia, hormone -
 * Ageing hormone aging hormone -
 * alpha subunit glycoprotein hormone -
 * Anterior pituitarylike hormone (APL) -
 * Antihormone -
 * beta subunit follicle stimulating hormone -
 * beta subunit luteinizing hormone -
 * C21-steroid hormone metabolism -
 * Dep testosterone -
 * Ecdysiotropic hormone -
 * Fetal hormone -
 * Hormone-sensitive -
 * Microtubule-stimulating hormone (MSH) -
 * msh release-inhibiting hormone -
 * Neurophypophysics hormone -
 * Organizational effect of hormone -
 * pancreatic hormone receptor -
 * Parahormone -
 * Prolan, a hormone -
 * Thoracotropic hormone -
 * Wound hormones Wound hormone -

Lipids

 * Cationic lipids cationic lipid -
 * Lipid envelope -
 * Lipid monolayer -
 * Lyso-phospholipids -

Nutrients and nutrition

 * Carbohydrate Recognition Domain -

Peptides

 * Peptide hydrolase -
 * Peptide map -
 * Peptide transporter -

Proteins

 * Acid metaprotein -
 * Actin binding protein -
 * actin capping protein -
 * actin-related protein 2 -
 * actin-related protein 3 -
 * adaptor protein complex -
 * advanced oxidation protein product -
 * alpha subunit mitochondrial trifunctional protein -
 * alpha-helical protein conformation -
 * amyloidogenic protein -
 * angiostatic protein -
 * Antifertilizin -
 * Antigen receptor -
 * apolipoprotein b familial hypobetalipoproteinemia -
 * Apolipoprotein L-1 -
 * apoprotein(a) -
 * arabidopsis agamous protein -
 * arthropod protein -
 * ataxia telangiectasia mutated protein -
 * autophagy-related protein -
 * axin protein -
 * Band III protein -
 * bcl-x protein -
 * beta subunit mitochondrial trifunctional protein -
 * Beta-lipoprotein -
 * beta-strand protein conformation -
 * cadherin related protein -
 * Cap-binding protein -
 * card signaling adaptor protein -
 * casp8 and fadd-like apoptosis regulating protein - }
 * Caudal protein -
 * celf protein -
 * celf1 protein -
 * Cell surface proteins -
 * chitinase-3-like protein 1 -
 * chlorophyll binding protein -
 * chloroplast protein -
 * circadian rhythm signaling peptide and protein -
 * cloacin -
 * clock protein -
 * co-repressor protein -
 * coat protein complex I -
 * cobra cardiotoxin protein -
 * cobra neurotoxin protein -
 * cold shock protein and peptide -
 * complement c3b inactivator protein -
 * complement inactivator protein -
 * Complement Protein C3 -
 * cornified envelope proline-rich protein -
 * coronavirus spike glycoprotein -
 * coxsackie and adenovirus receptor-like membrane protein -
 * crk-associated substrate protein -
 * Cyclic AMP-binding protein -
 * cyclic amp-dependent protein kinase catalytic subunit -
 * cyclic amp-dependent protein kinase rialpha subunit -
 * cyclic amp-dependent protein kinase ribeta subunit -
 * cyclic amp-dependent protein kinase riialpha subunit -
 * cyclic amp-dependent protein kinase riibeta subunit -
 * cyclic amp-dependent protein kinase type I -
 * cyclic amp-dependent protein kinase type II -
 * cyclic gmp-dependent protein kinase type I -
 * cyclic gmp-dependent protein kinase type II -
 * cyclic nucleotide-regulated protein kinase -
 * Cytoplasmic tail -
 * death domain receptor signaling adaptor protein -
 * death-associated protein kinases -
 * deficiens protein -
 * dietary egg protein -
 * DNA-activated protein kinase -
 * DNA-dependent protein kinase -
 * drosophila glue protein -
 * drosophila protein -
 * drosophila son of sevenless protein -
 * early growth response protein 3 -
 * edar-associated death domain protein -
 * elav protein -
 * Electron carrier protein -
 * Endometrial protein 15 -
 * enhancer of zeste homolog 2 protein -
 * Enhancer protein -
 * enoyl-(acyl-carrier-protein) reductase (nadh) -
 * erythrocyte anion exchange protein 1 -
 * ets-domain protein elk-1 -
 * ets-domain protein elk-4 -
 * facilitative glucose transport protein -
 * fertilin -
 * focal adhesion protein-tyrosine kinase -
 * Foetoprotein -
 * Fruitless protein -
 * g12-g13 gtp-binding protein alpha subunit -
 * ga-binding protein transcription factor -
 * gag-pol fusion protein -
 * gi-go gtp-binding protein alpha subunit -
 * gi2 gtp-binding protein alpha subunit -
 * glucocorticoid-induced tnfr-related protein -
 * glycine decarboxylase complex h-protein -
 * glycine plasma membrane transport protein -
 * Glycoprotein biosynthesis -
 * gpi-linked protein -
 * Gross cystic disease fluid protein -
 * gs gtp-binding protein alpha subunit -
 * gtp-binding protein beta subunit -
 * gtp-binding protein gamma subunit -
 * Guanine Nucleophile Binding proteins -
 * HD protein, helix-destabilizing protein -
 * hdl lipoprotein -
 * hdl2 lipoprotein -
 * hdl3 lipoprotein -
 * Helix-destabilizing protein, SS-binding protein -
 * hemochromatosis protein -
 * Heteromultimer heterooligomer -
 * Histone-like protein -
 * HIV core protein p24 -
 * hmga1a protein -
 * hmga1b protein -
 * hmga1c protein -
 * hmgb protein -
 * hn protein -
 * Homeoprotein -
 * homer scaffolding protein -
 * Homomultimer -
 * host factor 1 protein -
 * HU protein -
 * human immunodeficiency virus protein -
 * idl lipoprotein -
 * immobilized protein -
 * immunoglobulin j recombination signal sequence-binding protein -
 * inducible t-cell co-stimulator protein -
 * influenza virus hemagglutinin glycoprotein -
 * inhibitor of differentiation protein -
 * inhibitory smad protein -
 * insulin receptor substrate protein -
 * integrin-binding sialoprotein -
 * iodoprotein -
 * Islet-activating protein (IAP) -
 * kelch-like ech-associated protein 1 -
 * Lactabumia, protein -
 * Lactoprotein -
 * Lecithoprotein -
 * Light-harvesting chlorophyll-protein (LHCP) -
 * lim domain protein -
 * lim-homeodomain protein -
 * Link protein -
 * Lipid exchange protein -
 * lipid-linked protein -
 * lipoprotein lipase activator -
 * lithostathine -
 * Local protein synthesis -
 * LP protein -
 * mads domain protein -
 * marvel domain containing 2 protein -
 * marvel domain-containing protein -
 * matrix attachment region binding protein -
 * Melanoprotein -
 * membrane-associated matrix metalloproteinases -
 * mitochondrial uncoupling protein -
 * mitogen-activated protein kinase 6 -
 * mitogen-activated protein kinase 7 -
 * monocyte chemoattractant protein -
 * monomeric clathrin assembly protein -
 * Multifunctional protein -
 * mutl protein -
 * myelin and lymphocyte-associated proteolipid protein -
 * myeloid cell leukemia sequence 1 protein -
 * myeloid-lymphoid leukemia protein -
 * myxovirus resistance protein -
 * nadph-ferrihemoprotein reductase -
 * nlr protein -
 * nod signaling adaptor protein -
 * nod1 signaling adaptor protein -
 * nod2 signaling adaptor protein -
 * nodal protein -
 * nogo protein -
 * non-histone chromosomal protein -
 * nonheme iron protein -
 * nuclear factor 45 protein -
 * nuclear factor 90 protein -
 * nuclear matrix-associated protein -
 * nucleocytoplasmic transport protein -
 * Nucleosomal Histone Kinase, Nucleosomal histone kinase, protein -
 * nucleosome assembly protein 1 -
 * organic anion transport protein 1 -
 * Oryzenin -
 * p120 gtpase activating protein -
 * parkinson disease associated protein -
 * pathological protein aggregation -
 * peptide aptamer -
 * period circadian protein -
 * periplasmic binding protein -
 * peroxisomal multifunctional protein-2 -
 * Placental protein 14 -
 * plant viral movement protein -
 * plasma retinol-binding protein -
 * platelet membrane glycoprotein IIb -
 * pol1 transcription initiation complex protein -
 * poly(a)-binding protein I -
 * poly(a)-binding protein II -
 * pore forming cytotoxic protein -
 * post-translational protein processing -
 * pre-beta high-density lipoprotein -
 * pregnancy-specific beta 1-glycoprotein -
 * programmed cell death 1 ligand 2 protein -
 * proline-directed protein kinase -
 * proline-rich protein domain -
 * prostatein -
 * prostatic secretory protein -
 * Protein body -
 * Protein concentrate -
 * protein d-aspartate-l-isoaspartate methyltransferase -
 * protein deglycase dj-1 -
 * protein degradation end products -
 * Protein export -
 * protein interaction map protein interaction mapping -
 * protein irradiation -
 * protein methyltransferase -
 * Protein multimerization -
 * protein o-methyltransferase -
 * protein phosphatase 2c -
 * protein prenylation -
 * protein refolding -
 * Protein renaturation -
 * protein structural element -
 * protein structural homology -
 * protein translocation system -
 * protein unfolding -
 * protein-arginine n-methyltransferases -
 * proteinase-activated receptor -
 * prp 27-30 protein -
 * prpc protein -
 * prpsc protein -
 * pyrin domain-containing 3 protein nlr family -
 * qa-snare protein -
 * qb-snare protein -
 * qc-snare protein -
 * rac gtp-binding protein -
 * rac1 gtp-binding protein -
 * ral gtp-binding protein -
 * rap1 gtp-binding protein -
 * receptor-interacting protein serine-threonine kinase -
 * receptor-like protein tyrosine phosphatase -
 * receptor-regulated smad protein -
 * reduced folate carrier protein -
 * replication protein C -
 * Resource-holding protein -
 * Response regulator protein -
 * rhob gtp-binding protein -
 * RNA cap-binding protein -
 * S cerevisiae cdc28 protein kinase -
 * s-phase kinase-associated protein -
 * s100 calcium binding protein G -
 * s100 calcium-binding protein A4 -
 * saccharomyces cerevisiae cdc42 gtp-binding protein -
 * saccharomyces cerevisiae silent information regulator protein -
 * salivary proline-rich protein -
 * secretory proteinase inhibitory protein -
 * seed storage protein -
 * selenium-binding protein -
 * seminal plasma protein -
 * seminal vesicle secretory protein -
 * Sensor protein -
 * serrate-jagged protein -
 * shc signaling adaptor protein -
 * skp cullin f-box protein ligase -
 * slc4a protein -
 * small cytoplasmic ribonucleoprotein -
 * small nucleolar ribonucleoprotein -
 * small ubiquitin-related modifier protein -
 * snrnp core protein -
 * soluble n-ethylmaleimide-sensitive factor attachment protein -
 * STAC (protein) -
 * Stress proteins Stress protein -
 * Stress proteins Stress proteins -
 * Stress response protein 27 -
 * T form -
 * Terminal complement components -
 * tgf-beta superfamily protein -
 * tnf receptor-associated death domain protein -
 * Total protein -
 * transferrin-binding protein A -
 * translational protein modification -
 * tripartite motif protein -
 * trypanosoma variant surface glycoprotein -
 * tumor suppressor p53-binding protein 1 -
 * ubiquitinated protein -
 * vacuolar sorting protein vps15 -
 * vesicular acetylcholine transport protein -
 * vesicular biogenic amine transport protein -
 * vesicular inhibitory amino acid transport protein -
 * vesicular neurotransmitter transport protein -
 * viral core protein -
 * viral fusion protein inhibitor -
 * viral tail protein -
 * Viral-coded protein -
 * wt1 protein -
 * x-box binding protein 1 -
 * x-linked inhibitor of apoptosis protein -
 * zonula occludens protein -
 * Zymogen granules Zymogen granule –

Saccharides

 * Lipo-oligo-saccharide -
 * Lipopolysaccharide layer -

Sugars

 * Insulin Molecule insulin molecule -
 * Sugar tolerance -
 * UDP-sugar -

Miscellaneous metabolic substances

 * 1-phenyl-1-cyclohexene -
 * 17β-hydroxysteroid reductase -
 * 2-phenoxypropanol -
 * 6N-isopentenyladine -
 * A-kinase -
 * ab-specific nadp transhydrogenase -
 * acetylglucosaminidase -
 * acetylserotonin o-methyltransferase -
 * Acid albumin -
 * acid sensing ion channel blocker -
 * acidic amino acid transport systems -
 * activated killer monocyte -
 * Acylglycine -
 * Adenohypophyseal luteotropin -
 * Adenosine disphosphate rihosyl (ADPR) -
 * adenylyl cyclase inhibitor -
 * adipokine receptor -
 * adrenal cortex function test -
 * Albumin milk, casein milk - /
 * alkaline ceramidase -
 * alpha TE alpha tocopherol equivalent of vitamin E-
 * Alpha-2-PEG -
 * Amide nitrogen -
 * amino acid chloromethyl ketone -
 * amino acid isomerase -
 * amino acid receptor -
 * amino acid repetitive sequence -
 * Anthocyanosis -
 * anti-idiotypic antibody -
 * antibody affinity -
 * antibody binding site -
 * antibody diversity -
 * Antibody formation -
 * Antibody specificity -
 * antigen receptor -
 * Antigenic modulation -
 * arabinonucleoside -
 * Aspartate transcarbomoylase -
 * Azurinred -
 * basic amino acid -
 * Benzimidazolyl -
 * Bilicyanin -
 * butylhydroxybutylnitrosamine -
 * Carbohydrate Recognition Domain (CRD)-
 * carbon-sulfur ligase -
 * carbon-sulfur lyase -
 * CASA (antigen) -
 * casein kinase ialpha -
 * casein kinase idelta -
 * cationic amino acid transporter 1 -
 * Cell constancy -
 * Chalcone synthetase -
 * Cholecyanin, bilicyanin -
 * Chylimicron -
 * Circular metabolism -
 * Cleistanthin B -
 * Coco ampho glycinate -
 * coenzyme a ligase -
 * coenzyme a-transferase -
 * coformycin -
 * conjugated (usp) estrogen -
 * Convulvaceae -
 * Cross-complementation -
 * cyclic amino acid -
 * Cyclic AMP-responsive element (CRE) -
 * Cytidine kinase -
 * Cytidyl transferrase -
 * Cytochrome b-cq complex -
 * Cytochrome b4-f complex -
 * Cytochrome D450 -
 * Cytochrome oxidase complex -
 * Cytosine monophosphate -
 * DALA synthetase -
 * Decyl maltoside -
 * degenerin sodium channel -
 * delayed rectifier potassium channel -
 * Deoxyadenylate -
 * Deoxyguanonylate -
 * Dichloroisocyanurate -
 * dietary calcium -
 * dietary carbohydrate -
 * dietary phosphorus -
 * dietary potassium -
 * dietary sodium chloride -
 * Dilamentous actinomycete -
 * Dilithium tetrachlorocuprate -
 * Dolichol phosphate -
 * durapatite -
 * Endocrine mechanisms -
 * Endocrine system (invertebrate) -
 * Endocrine system (vertebrate) -
 * Ethyl dichlorophosphate -
 * ets motif -
 * fatty acid synthesis inhibitor -
 * Fetal adrenal -
 * Fluorescyanine -
 * Fructosan -
 * Fucosan -
 * Fumitremorgen B -
 * Gambogic amide -
 * glicentin -
 * Glucokinin -
 * Glycerol diether -
 * Glycine, serine and threonine metabolism -
 * Guanosine disphosphate (GDP) -
 * Guanosine synthetase (GS) -
 * halofenate –
 * harringtonine -
 * Homocarnosine -
 * immobilized antibody -
 * immobilized nucleic acid -
 * immunoconglutinin -
 * Indole acetonitrile (IAN) -
 * inducible t-cell co-stimulator ligand -
 * interferon inducer -
 * intestinal absorption -
 * intestinal elimination -
 * intestinal reabsorption -
 * Iodpovidone -
 * Iosine monophosphate, inosunic acid isosinate -
 * Isoxanthoperin, leucopterin B -
 * kynuramine -
 * Late endosome -
 * Leucodopachrome -
 * Linear metabolism -
 * Lithium sodium tungstate -
 * luminescent agent -
 * Lysine tyrosyl quinone -
 * lysinoalanine -
 * Melanogen -
 * meta-aminobenzoates -
 * metalloporphyrin -
 * methionine enkephalin -
 * Methyl glycoccoll -
 * Methyl propylphenol -
 * methylthioinosine -
 * Modified oligonucleotides -
 * molybdoferredoxin -
 * monocarboxylic acid transporter -
 * Monogalactocyl ciacylglycerol -
 * murine-derived monoclonal antibody -
 * muscle form glycogen phosphorylase -
 * N Nitrosodiphenylamine -
 * Naphthaquinone -
 * Neomycin phosphotransferase –
 * Neurohypophysis hormone -
 * neutral amino acid transport system -
 * neutral amino acid -
 * Nitrocobalamine -
 * non-fibrillar collagen -
 * Nucleotide monophosphate -
 * nutritional and metabolic disease -
 * O-gylcosylation -
 * O-toludine hydrochloride -
 * Overflow hypothesis -
 * oxythiamine -
 * P-nucleosides -
 * Pectosinase, protopectinase -
 * pediocin -
 * peritoneal macrophage -
 * phenoxyacetate -
 * Phenyl-N-methyl transferase -
 * Phenylalanine tyrosine -
 * Phenylthiohydantoin -
 * Phosphatidylethanoline -
 * Phosphokinase -
 * phosphorus metabolism disorder -
 * Phycoviolobilin -
 * Polyarene -
 * Polycationic polyene -
 * Polytetrathiafulvalenes -
 * Prebiotic organic synthesis -
 * protamine kinase -
 * Protochlorophyllide A -
 * Pseudoionine -
 * Pyranosyl -
 * pyrantel tartrate -
 * Pyridine nucleotides -
 * Pyridoxamine 5'-phosphate -
 * Pyridoxine 5'-phosphate -
 * pyrithiamine -
 * Quanosine pentaphosphate -
 * Quanosine tetraphosphate -
 * reagin -
 * Receptor-associated tyrosine kinase -
 * Ribose C1 -
 * S-adenosyl-5'-3-methylpropylamine -
 * Secretory rate -
 * serum-free culture media -
 * sex attractant -
 * shal potassium channel -
 * single-chain antibody -
 * Solphydryl group solphydryl -
 * Sporidesmin A -
 * sulfhydryl reagent -
 * sulfur amino acid -
 * sulfur group transferase -
 * syk kinase -
 * thiocholine -
 * Thorn's Syndrome -
 * Thymidylyltransferase -
 * Thyroid myeloperoxidase -
 * Transcriptase -
 * Trichosiderin -
 * Tyvelose -
 * UDP-glucuronosyl transferase-2B7 -
 * Undecenoic acid -
 * uridine diphosphate glucose dehydrogenase -
 * uridine diphosphate n-acetylmuramic acid -
 * uridine diphosphate xylose -
 * urorubin -
 * Β-glucanase –

Receptors

 * Aicotinic acetylcholine receptor -
 * Signal sequence receptor -
 * Steroid receptor superfamily -

Metabolic processes

 * 2,3-buntanediol fermentation -
 * Acetylene reduction assay -
 * Air fluid gas exchange (AFGE) -
 * Aqueous outflow -
 * Autocatalytic system -
 * Biochemical conversion process -
 * Biochemical process -
 * Biochemical profile -
 * Butlerow reaction -
 * Catabolise -
 * Chromogenesis -
 * Coupled transport -
 * Cyclic phosphorylation -
 * Davy process -
 * Diisopropylfluoridate (DIPF) -
 * Electron carrier system -
 * Fluid exchange, air fluid exchange -
 * Gating current -
 * Glycogen storage -
 * Glycolate cycle -
 * Glycoprotein degradation -
 * Glycosaminoglycan degradation -
 * Heavy metal ingestion -
 * Heterofermentation -
 * Homoacetogenic fermentation -
 * Homofermentation -
 * Hormonal cycling -
 * Host-induced modification -
 * IMP synthesis -
 * Inositol phophalipid pathway -
 * Intramolecular respiration -
 * Ionic coupling -
 * Isoagglutination -
 * Leukocyte distribution -
 * Lipopolysaccharide biosynthesis -
 * Lymphatic flow -
 * Metabolic activation -
 * Metabolic exchange -
 * N-O acyl shift -
 * Nanoprecipitation –
 * O-methylation -
 * Oxidation pathway -
 * P-xylene degradation -
 * Pancreatic trypsin inhibitor -
 * Phospholipid degradation -
 * Phospoinositide pathway, PI pathway -
 * Photobiodegradation -
 * Photochromogenesis -
 * Purine nucleotide biosynthesis -
 * Rapid fat gain -
 * Rapid fat loss -
 * Reductive carboxylate cycle -
 * Reverse translation -
 * Saccharolytic fermentation -
 * Salvage reaction -
 * Soft-tissue pump -
 * Symphathetic adrenal medullary system -
 * Terminal oxidase -
 * Tetracycline biosynthesis -
 * Tissue respiration -
 * Transcutaneous energy transfer -

Related technology

 * Anfinsen Cage Anfinsen cage-
 * Conservation storage -
 * Hyaluromimethic Technology –
 * Methylation analysis -
 * Periodic Schiff reagent –

Cells

 * A cell -
 * adult germline stem cell -
 * Amphitecium -
 * Annulate lamellae -
 * Archesporium -
 * Ascophore -
 * atypical squamous cell of the cervix -
 * Belt desmosome intermediate junction -
 * Body cell -
 * CD5 B cell -
 * cell aggregation -
 * Cell aging -
 * cell compartmentation -
 * Cell conjugation Cytogamy -
 * Cell coupling -
 * cell cycle resting phase -
 * Cell dedifferentiation -
 * cell degranulation -
 * Cell doctrine -
 * Cell eclipse -
 * cell enlargement -
 * cell extract -
 * cell hypoxia -
 * Cell lineage restriction -
 * cell membrane permeability -
 * cell membrane structure -
 * Cell memory -
 * cell migration inhibition -
 * cell movement -
 * cell nucleus active transport -
 * cell nucleus division -
 * cell nucleus shape -
 * Cell nucleus size -
 * cell nucleus structure -
 * cell plasticity -
 * cell self renewal -
 * Cell senescence -
 * cell separation -
 * cell shape -
 * cell surface extensions -
 * cell tracking -
 * Cell transdifferentiation -
 * cell transplantation -
 * Cell-cell junction -
 * Cell-centre -
 * cell-derived microparticle -
 * cell-in-cell formation -
 * cell-membrane coated pit -
 * cellular microenvironment -
 * cellular reprogramming techniques -
 * cellular spheroid -
 * Central mother cell -
 * chemstrophic cell -
 * Chondrioclast, chondroclast -
 * chonocyte cell -
 * circulating neoplastic cell -
 * Co-translational transfer, co-translation translocation -
 * Coated pit Coated vesicle - /
 * Contractile fibre cell -
 * Crystal cell -
 * Cubical cell -
 * Cystocyte -
 * Deiter's nucleus -
 * Delay-accelerating factor -
 * Dermal cell -
 * Dome cell -
 * E-rosette -
 * Eccentric cell -
 * Electrical active cell -
 * Electrically active cell -
 * ependymoglial cell -
 * Excitatory cell -
 * fetal stem cell -
 * Free nuclear division -
 * Fusion nucleus -
 * gastric parietal cell -
 * Generative cell -
 * Germ nucleus -
 * Group Specific Compound Macrophage Activating Factor -
 * Histoblast nest -
 * Histoblast -
 * Holoschisis -
 * Human mesothelial cell 1 -
 * hybrid cell -
 * Hydropote -
 * inner auditory hair cell -
 * invertebrate photoreceptor cell -
 * Jacket cell -
 * Karyolymph -
 * kb cell -
 * Kidney glomerulus parietal cell -
 * Leberidocyte -
 * Lithocyte -
 * llc-pk1 cell -
 * Lophocyte -
 * Lutein cells -
 * macrophage cell migration assay -
 * Macrophage chemotactic factor (MCF) -
 * Medullary phloem -
 * megakaryocyte progenitor cell -
 * Megaparyocyte -
 * Meiosporocyte -
 * Meningocyte -
 * Merocyte -
 * Mesosperm -
 * Mestome -
 * Metanucleus -
 * Microsporocyte -
 * Mistral cell -
 * mitochondrial aldehyde dehydrogenase -
 * mitochondrial aspartate aminotransferase -
 * mitochondrial degradation -
 * Mitochondrial dynamics -
 * mitochondrial form creatine kinase -
 * mitochondrial proton-translocating atpase -
 * mitochondrial size -
 * Mitochondrial swelling -
 * mitochondrial turnover -
 * monocyte-macrophage precursor cell -
 * mouse embryonic stem cell -
 * Musculo-epithelial cell -
 * Myra cells myra cell -
 * neoplastic stem cell -
 * Nephrocyte -
 * nih 3t3 cell -
 * nk cell lectin-like receptor -
 * Nucleated cell -
 * Nucleus robustus archistrialis -
 * Octad cells -
 * Oenocyte -
 * outer auditory hair cell -
 * Outer phalangeal cell, deiter's cell -
 * Oxygen concentration cell -
 * Paget cells -
 * Paracyte -
 * Paranephrocyte, arthocyte -
 * Parietal vesicle -
 * Passage cells -
 * pentaploid cell -
 * Peptic cell -
 * Perforation plate -
 * perineuronal satellite cell -
 * Phloem parenchyma -
 * Phloem-mobile -
 * Planocyte -
 * Polian vesicle -
 * Polykaryocyte -
 * Polystely -
 * Pricle cell -
 * Primary endosperm nucleus -
 * Pro-T cell -
 * Proleukocyte -
 * protease nexin -
 * Pulpal Stem Cells pulpal stem cell -
 * Resting cell, resting nucleus -
 * Reticulo-endothelial cell -
 * Retraction fibres retraction fibers -
 * Ring cell -
 * rod cell outer segment -
 * Royal cell -
 * Sarcocyte -
 * Secondary cell culture -
 * Segmentation nucleus -
 * Semicells -
 * sensory receptor cell -
 * Sexual cell -
 * Siderocyte -
 * Single-positive thymocyte -
 * Sister cell, sister nucleus -
 * skeletal muscle satellite cell -
 * Somatic cell hybrid -
 * Spheroidocyte -
 * Spongioblast -
 * Subhymenium -
 * Swarm cell -
 * swiss 3t3 cell -
 * T-cell help -
 * Thread cells -
 * transcellular cell migration -
 * Transformed cell -
 * Trophocyte -
 * Ventral tegmental nuclei -
 * vertebrate photoreceptor cell -
 * vestibular hair cell -
 * Y cell -
 * Zoocoenocyte –

Cellular processes

 * Exomixis -
 * Hemigamy -
 * Karyoschisis, karyorhexis -
 * Merisis -
 * Mesokaryote -
 * Nuclear plate, equatorial plate -
 * Phagocytotis -
 * Plastolysis -
 * Plastorhexis -
 * Redifferentiation -
 * Topoinhibition -

Cell types

 * Chromatocyte -
 * Embryo cell -
 * Ferrocyte -
 * Tip cell -
 * trichogen hair-producing cell -
 * Wax cells -
 * Wing cells -
 * X cell -
 * Yellow cell -

Gametes

 * Agamete -
 * Androgamone -
 * Anisogamete -
 * Gametic number -
 * Gametocyst -
 * Gametogenic variation -
 * Gametropic movement -
 * Gamostely -
 * Heteroplanogamete -
 * Hologamy -
 * Macrogametocyte megagametocyte -
 * Megagamete -
 * Megagametocyte -
 * Merogamete -
 * Microgametoblast -
 * Oogamete -
 * Planogamete -
 * Progamete -
 * Spermary, spermarium -
 * Synkaryon -

Embryo-related

 * Chromoblast -
 * Dispermy -

Cell terminology

 * Adenoblast -
 * Adhesion plaque -
 * Agametoblast -
 * Androgonium -
 * Bordered pit -
 * Cellbiase -
 * Cytocyst -
 * Cytomorphosis -
 * Cytoplasmic localization -
 * Cytotaxis, cytotactic -
 * Cytotropism -
 * Default state -
 * Dermo-ossification -
 * Differentiation factor -
 * Dimixis -
 * Diplocaryon, diplokaryon -
 * Ectamnion -
 * Ectomere -
 * Elaeocyte -
 * Electrical coupling -
 * Electroblast -
 * Electrolemma -
 * Elementary body -
 * Embryo organizer -
 * Endochrome -
 * Endocycle -
 * Endocytic vesicle -
 * Endolysis -
 * Endomere -
 * Endosarc -
 * Epiplasm -
 * Erythrocytic burst-forming unit -
 * Euapogamy -
 * Excitability -
 * Exogastrula exogastrulation -
 * Exothecium -
 * Fixed anion -
 * Generative hyphae -
 * Germinal crescent -
 * Germinal ridge -
 * Germinal spot -
 * Golgi vesicle -
 * Gononephrotome -
 * Gonotome -
 * Half-spindle -
 * Hamathecium -
 * Haplo-sufficient -
 * Haplomycelium, haploid mycelium -
 * Haplont -
 * Haplophase -
 * Hemixis -
 * Homomixis -
 * Homoplast -
 * Hybrid cell -
 * Iccosome -
 * Infection thread -
 * Interpositional growth -
 * Intracellular motility -
 * Intracellular signaling pathways -
 * Iris cell -
 * Karyoclasis, karyoclastic -
 * Karyon -
 * Karyoplast -
 * Lactifer -
 * Lash flagellum -
 * Lipofuscin granules age pigments -
 * Lysogenization, lysogenize -
 * Lytic complex -
 * Macroblast -
 * Macronucleocyte -
 * Maturation divisions -
 * Medulliblast -
 * Meroblast -
 * Merospermy -
 * Mesectoderm -
 * Mesomitosis -
 * Metamitosis -
 * Metaphloem -
 * Micromere -
 * Microsorus -
 * Microspike -
 * Microtrabecular network -
 * Midpiece -
 * Mitochondrial sheath -
 * Monospermy -
 * Motile zygote Planozygote -
 * Myoplasm -
 * Nephridioblast -
 * Nephroblast -
 * Neuronephroblast -
 * Nuclear disc -
 * Nuclear transplantation -
 * Nucleohistone -
 * Nucleolysis -
 * Ooblast -
 * Pansporoblast -
 * Paramitosis -
 * Partial diploid -
 * Pavement epithelium -
 * Periblast -
 * Periblastesis -
 * Periphorium -
 * Planetism, planetic -
 * Planoblast -
 * Plasmasol -
 * Plasmid incompatibility -
 * Plastidome -
 * Polar translocation, polar transport -
 * Polyclone -
 * Polymitosis -
 * Pore complex -
 * Porphyrophore -
 * Positive interference -
 * Premyoblast -
 * Primary focus -
 * Primary mycelium -
 * Primary phloem -
 * Prokaryon -
 * Prosenchyma -
 * Proto-aecidium -
 * Protobasidium -
 * Protoblast -
 * Protoconidium -
 * Protomitosis -
 * Pseudocilia -
 * Pseudomycelium -
 * Retinoblast -
 * Retisolution -
 * Ring centriole -
 * Sarchenchyma -
 * Sieve field, sieve area, sieve pore -
 * Sieve pit -
 * Somatic polyploidy -
 * Somatogamy pseudomixis -
 * Sorogen -
 * Spermagglutination -
 * Spore coat -
 * Stalk cell -
 * Stomatal index -
 * Stomatogenesis -
 * Synovial cell -
 * Thecacyst -
 * Tracheary elements -
 * Tracheidal cells -
 * trichoblast -
 * Tropophase -
 * Xylem parenchyma -
 * Xylogenesis -

Miscellanous cell-related

 * Allophore -
 * Intercellular cement -
 * Lamina fusca -
 * Lamina terminal -
 * Lamina vasculosa -
 * Lipoglycan -
 * Lithocyst -
 * Magnetocellular layer -
 * Mesenteriole -
 * Mikulicz's cells -
 * Plasmagel -
 * Poly-lg receptor -
 * Rhombocoel -
 * Vascular addressins –

Theories

 * Antigen template theory antigen template -
 * Codon-restriction theory -
 * Concept of humoral action -
 * Cushny's theory -
 * Filtration theory of kidney function, Ludwig's theory -
 * Forbidden clone hypothesis -
 * Ludwig's theory -
 * Membrane trigger hypothesis membrane trigger -
 * Modern theory of urine secretion -
 * Odontoblast transduction theory -
 * Prokaryotic theory of cellular evolution -
 * Selective theory of antibody diversity -

Steroids

 * alkylated estrogenic steroid -
 * androstanol -
 * brominated steroid -
 * cevane -
 * chlorinated steroid -
 * fluorinated steroid -
 * heterocyclic steroid -

Immunity

 * Heterologous immunity -
 * immunologic cytotoxicity test -
 * immunologic cytotoxicity -
 * immunologic dose-response relationship -
 * immunologic factor -
 * immunologic graft enhancement -
 * immunologic monitoring -
 * immunologic pregnancy test -
 * immunologic suppressor factor -
 * immunologic surveillance -
 * immunological model -
 * Immunology of reproduction -
 * immunosorbent -
 * Maternally-acquired immunity Maternally acquired immunity -
 * secondary immunization -

Related people

 * Norma Pirie (1907 - ) British biochemist -
 * Roberto Cavanna, Italian biochemist -

Miscellaneous

 * Bioseparation -
 * clinical enzyme test -
 * Cryoenzymology -
 * Donnan free space -
 * Embden Meyerhof-Parnas -
 * Estrogen treatment -
 * HLA typing -
 * Hydrophobic cluster analysis -
 * Inositol 1,4,5-triphosphate Pathway -
 * intrapartum transmission -
 * Jogger's high -
 * Ketore body -
 * lead screening -
 * Limit dextrins -
 * Membrane mimetic chemistry -
 * metabolic activation -
 * metabolic diversity -
 * Metabolic flow chart -
 * metabolic inactivation -
 * metabolic skin disease -
 * Metachromatin volutin granule -
 * MHC molecule -
 * Multilamellar Vesicule multilamellar vesicule -
 * Muscle-specific kinase -
 * Negative serology -
 * NHS-fluorescein -
 * Phoester bond -
 * Poly(C) -
 * Poly(G) -
 * Poly(T) -
 * Poly(U) -
 * Potassium tolerance -
 * Protease digests Protease digest -
 * Release channel -
 * Salivary pellicle -
 * Self-MHC -
 * Serotonergic effects Serotonergic effect -
 * Tetracos -
 * thanatochemistry –
 * Trypsin-like immunoreactivity –
 * viral antibody -
 * Xylogen –

Sources include
 * Eleanor Lawrence - Henderson's Dictionary of Biological Terms (2000, 12th edition)