isomerase (Also isomerases) : Related Words Words similar in meaning to isomerase
- isomerase«
- glucose isomerase«
- enzyme«
- tpi«
- chiral carbon«
- molecule«
- isomerization«
- xylose«
- ec«
- isomer«
- reaction«
- glucose«
- double bond«
- interconversion«
- xylulose«
- racemases«
- isomerization energy«
- ci«
- ring«
- category«
- substrate«
- phi«
- ketose«
- active site«
- absolute configuration«
- trans isomer«
- structural isomer«
- radiolabeled substrate«
- glu104asp«
- endiol intermediate«
- stereoisomers«
- hemolytic syndrome«
- tpi deficiency«
- multiple chiral carbon«
- ipp isomerase«
- bond connectivity«
- stereochemistry«
- product«
- chair transition«
- serine«
- conversion«
- chorismate mutase«
- carbon«
- intramolecular lyases«
- phosphoglucomutase«
- isomerization reaction«
- fructose-6-phosphate«
- intramolecular transferase«
- isomeric form«
- intramolecular oxidoreductase«
- epimerases«
- aldose«
- ci isomer«
- hemicellulose«
- deficiency«
- hemolytic anemia«
- molecular formula«
- neurological symptom«
- ring structure«
- fructose«
- deprotonation«
- reaction rate«
- glycolysis«
- disease«
- proline«
- transferase«
- asp«
- industrial application«
- spleen«
- form«
- mechanism«
- yield epimers«
- unlabeled substrate perturbs«
- typical simplified model«
- triosephosphate isomerase deficiency«
- tracer perturbation«
- tpi protein«
- tpi patient«
- tautomers«
- target chiral carbon«
- symptom tpi«
- sweetening power«
- sugar isomerase«
- substrate isomerase«
- stereoselective antarafacial transposition«
- step invert stereochemistry«
- stable trans isomer«
- stable ci isomer«
- spinal motor neuron involvement«
- spherocytic haemolytic anaemia«
- somatic index«
- single isomerization«
- severe autosomal recessive«
- reactive enolate intermediate«
- pyramidal tract sign«
- product inhibition experiment«
- product diffuse«
- plasma bilirubin concentration«
- phosphohexose isomerase dificiency«
- phosphohexose isomerase deficiency«
- o5-c1 bond«
- lower hemoglobin«
- isotope exchange study«
- isomerase kinetics«
- isomerase deficiency«
- isomer close«
- isoforms d«
- intramolecular transferases«
- intramolecular transfer«
- intramolecular oxidoreduction«
- intramolecular oxidoreductases«
- his388 residue«
- hereditary enzyme deficiency«
- haematological clinical manifestation«
- glycolyic metabolism«
- gluose-6-phosphate«
- glucose-6-phosphate protein«
- glucose-6-phosphate isomerase deficiency«
- glu104asp mutation«
- fructose production«
- frequent respiratory system bacterial infection«
- frequent erthoenzyopathy«
- fetal red cell«
- erythrocyte gpi deficiency«
- epimerases target molecule«
- enzyme transfer«
- endiol c2 oxygen«
- electrophilic allylic isomer«
- ec category«
- diphosphate delta isomerase type«
- diminished erythrocyte«
- dihyroxyacetone phosphate(dhap«
- diaxial position«
- clinical tpi deficiency«
- chronic axonal neuropathy«
- chorionic villus dna analysis«
- chain ketose«
- c1 oxygen«
- c1 hydroxyl oxygen«
- anaerobic metabolic dysfunction«
- acidic c2 proton«
- life expectancy«
- unbound enzyme«
- tpi null allele«
- mutases«
- lys518«
- lower hematocrit«
- liver-«
- isomerases«
- his388«
- gpi gene«
- glu357«
- energetic information«
- chain aldose«
- c3-c4 bond«
- % recurrence risk«
- class«
- intermediate«
- equilibrium«
- trans stereoisomers«
- tertiary carbocation intermediate«
- residual flavor«
- phosphohexose isomerase«
- isotope exchange«
- fructose ring«
- enzyme form«
- efficient substrate«
- acid/base catalysis«
- contraction«
- rate«
- toxic substrate«
- fructose corn syrup production«
- technique«
- soda manufacturer«
- reversible interconversion«
- red cell transfusion«
- proline racemase«
- phosphate 3-epimerase«
- isomerization step«
- enoyl coa isomerase«
- concurrent reduction«
- antenatal diagnosis«
- treatment«
- trans-2-butene«
- yield«
- xylulose-5-phosphate«
- isopentenyl«
- indirect transfer«
- cis-2-butene«
- autosomal recessive«
- asp residue«
- mutation«
- reaction environment«
- homozygous mutant«
- heterozygous parent«
- glucose ring«
- glucose-6-phosphate isomerase«
- fourth carbon«
- variable severity«
- comparable proportion«
- ribulose-5-phosphate«
- allose«
- stable carbon«
- mutase«
- multisystem disorder«
- dimeric enzyme«
- intramolecular rearrangement«
- heterozygous«
- severe anaemia«
- bacteria«
- substrate type«
- hydride shift«
- severe phenotype«
- sugar manufacturing«
- enantiomeric form«
- diagnosis«
- individual bond«
- pyruvate kinase deficiency«
- human disease«
- adjacent carbon«
- free enzyme«
- dimensional arrangement«
- decaying plant matter«
- specialist«
- irreversible reaction«
- dmapp«
- chorismate«
- ribulose«
- electrostatic effect«
- cycloalkanes«
- isopentenyl diphosphate«
- claisen rearrangement«
- single proton«
- co2+«
- cholesterol synthesis«
- catalytic residue«
- xylan«
- industrial applications«
- supportive measure«
- epimerization«
- reticulocyte«
- trans«
- glucose-6-phosphate«
- bond«
- neurological impairment«
- peak activity«
- obvious symptom«
- concentration«
- reaction vessel«
- congenital disease«
- carbon double bond«
- reaction kinetics«
- common mutation«
- biochemical study«
- dyskinesia«
- unbalance«
- calvin cycle«
- clinical picture«
- arabinose«
- divalent cation«
- subsequent formation«
- carbohydrate metabolism«
- splenectomy«
- reverse reaction«
- chemical method«
- direct transfer«
- spatial arrangement«
- transition«
- phosphotransferases«
- missense mutation«
- dystonia«
- dependent manner«
- ribose«
- fructose corn syrup«
- protonation«
- temperature«
- transfer«
- neurodegeneration«
- hexane«
- practical difficulty«
- mannose«
- underlying mechanism«
- anaemia«
- most patient«
- enzymatic activity«
- ipp«
- phenylalanine«
- diphosphate«
- jaundice«
- diabetic«
- ultraviolet radiation«
- erythrocyte«
- exact mechanism«
- molecular analysis«
- physical structure«
- sucrose«
- sweetener«
- comprehensive plan«
- energy«
- rare disease«
- tyrosine«
- experimental evidence«
- molecular genetics«
- current model«
- experimental data«
- planar«
- alkene«
- ray crystallography«
- biofuels«
- healthcare professional«
- human«
- kinetics«
- entry«
- literature«
- catalysis«
- cardiologist«
- biological process«
- commercial application«
- cation«
- physical examination«
- nomenclature«
- ketone«
- dramatic increase«
- dysfunction«
- confectionery«
- oxidoreductase«
- single individual«
- aldehyde«
- cancer cell«
- presence«
- technical difficulty«
- pediatrician«
- anemia«
- neurologist«
- genetic engineering«
- additional cost«
- energy source«
- subclass«
- bind«
- tremor«
- age«
- fermentation«
- range«
- secretion«
- contaminant«
- inactivation«
- extensive research«
- inversion«
- source material«
- key component«
- ethanol«
- linkage«
- major issue«
- phosphate«
- yeast«
- proton«
- connectivity«
- low cost«
- breaking«
- individual«
- oxidation«
- consists«
- regeneration«
- date«
- action«
- substitution«
- decarboxylase«
- adenosine deaminase«
- reductase«
- lipase«
- phosphatase«
- kinase«
- nuclease«
- proteolytic enzyme«
- nitrogenase«
- oxidase«
- monoamine oxidase«
- pepsin«
- papain«
- amylase«
- urease«
- trypsin«
- cyclooxygenase«
- superoxide dismutase«
- polymerase«
- secretase«
- elastase«
- peptidase«
- collagenase«
- plasmin«
- lysozyme«
- cholinesterase«
- catalase«
- proteinase«
- beta-lactamase«
- telomerase«
- protease«
- streptokinase«
- zymase«
- streptodornase«
- rennin«
- pepsinogen«
- penicillinase«
- muramidase«
- hyaluronidase«
- histaminase«
- fibrinolysin«
- enterokinase«
- disaccharidase«
- de-iodinase«
- coagulase«
- chymosin«
- spreading factor«
- complement«
- oxygenase«
- aminotransferase«
- peroxidase«
- angiotensin-converting enzyme«
- angiotensin converting enzyme«
- transaminase«
- lactase«
- ribonuclease«
- urokinase«
- thrombin«
- endonuclease«
- transcriptase«
- reverse transcriptase«
- exonuclease«
- caspase«
- plasminogen activator«
- plasminogen«
- trypsinogen«
- renin«
- sucrase«
- saccharase«
- ribonucleinase«
- ptyalin«
- invertase«
- cyclooxygenase-2«
- cyclooxygenase-1«
- aminopherase«
- 2,2-dimethylbutane«
- 3-methylpentane«
- 2-methylpentane«
- 2-butene«
- SOD«
- MAO«
- Hyazyme«
- Cox«
- ADA«
- HMG-CoA reductase«
- 5-hydroxy-3-methylglutaryl-coenzyme A reductase«
- RNA polymerase«
- DNA polymerase«
- RNase«
- Lactaid«
- Cox-2«
- Cox-1«
- ACE«
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