ADENOSINE DEAMINASE

Before
1: S
amp, amp, see
2: SU
cyclic, enzyme, human, during
3: USU
potassium, dependent
4: SUUU
activated
4: USUU
endogenous, potassium
4: UUSU
intravenous
After
1: S
gene, tri, in, may
2: SU
phosphates, cyclic, uptake, phosphate, levels
2: US
release
3: SUU
analogs, analogues, agonists, residues
3: USU
inhibits, infusion, production
4: USUU
deficiency, antagonists, activity, derivatives
4: UUSU
concentration
Surrounder Phrases
myoadenylate deaminasecytosine arabinoside, deaminase, residuesporphobilinogen deaminaseadenine dinucleotide, arabinoside, nucleotides, nucleotide, guanine, residues, residuecytidine deaminase, diphosphate, triphosphate, monophosphatenicotinamide adenine, nucleotideisopentenyl diphosphateadenosine triphosphatase, triphosphatases, deaminase, triphosphate, monophosphate, diphosphate, analogs, analogues, phosphates, receptors, nucleotides, receptor, agonists, kinase, tri, antagonists, inhibits, infusion, cyclic, uptake, phosphate, residues, derivativestranslocating atpasemyofibrillar atpasenucleoside diphosphate, analogs, triphosphate, analogues, monophosphate, analogue, analog, transportguanine nucleotide, nucleotides, cytosine, residuesthreonine deaminase, kinase, residues, residuedibutyryl cycliccyclic amp, adenosine, nucleotides, nucleotide, monophosphate, phosphate, stress, compoundsdinucleotide phosphatemyosin atpase, molecule, kinase, bindingserine threonine, residue, residues, kinaseamp deaminase, adenosine, receptor, levels, concentrations, metabolism, formation, concentration, bindingphenylalanine deaminase, residue, residues, metabolism, concentrations, levels, concentrationadenylate deaminase, kinasediphosphate kinasedeaminase deficiency, gene, activityreceptor antagonists, antagonist, agonists, agonist, binding, kinase, antagonism, blocking, gene, molecule, serine, inhibits, inhibitors, stimulatesintravenous infusion, administration, adenosine, fluid, potassiumintracoronary infusion, administrationmitochondrial atpase, membrane, enzyme, metabolism, genekinase inhibitor, inhibitors, deficiency, activity, receptors, receptor, gene, inhibition, enzymenucleotide analogs, triphosphate, analogues, binding, analogue, metabolism, residues, analog, derivatives, residuemonophosphate kinase, levelsthallium uptake, myocardial, compounds, stressextracellular fluid, potassium, adenosine, enzyme, intracellular, concentrations, concentrationstimulates adenylate, releaseplasma membrane, concentrations, phenylalanine, concentration, potassium, levels, phosphatepotassium atpase, phosphate, deficiency, adenosine, uptake, concentration, concentrations, levelserythrocyte membrane, enzyme, metabolism, receptor, plasmastimulated adenylate, atpase, cyclicinterstitial fluid, tissueactivated atpase, adenylate, receptor, adenosine, myosin, kinase, potassium, receptorsenzyme inhibitors, inhibitor, adenylate, phenylalanine, inhibition, deficiency, activity, molecule, adenosine, converts, concentrationinhibits adenylate, mitochondrial, cellularinhibit adenylate, mitochondrial, endogenous, cellular, intracellulartriphosphatase activityatpase inhibitor, activity, inhibitors, inhibition, enzyme, gene, reactionphosphate moiety, uptake, metabolism, residues, concentrations, compounds, kinase, residue, concentration, transport, deficiency, receptoragonist binding, antagonist, activity, concentrations, induced, concentrationendogenous adenosine, agonist, inhibitor, inhibitors, agonists, compounds, gene, metabolismintracellular cyclic, potassium, fluid, adenosine, receptors, concentrations, transport, concentration, metabolism, uptake, enzyme, receptor, phosphate, membranemembrane atpase, receptors, receptor, transportuptake inhibitors, inhibitor, inhibitionselective agonists, agonist, antagonists, inhibitor, antagonist, inhibition, inhibitors, uptakeagonists inhibitcellular metabolism, uptake, receptors, membrane, receptorantagonists inhibitdependent atpase, kinasetriphosphate binding, levelscell membrane, receptor, receptorsterminal residues, residue, kinase, serine, nucleotide, nucleotides, phosphatedeoxy formantagonist binding, activitytransport atpasestress thalliumbrain tissueanalog cellularmolecule inhibitorsinhibitor deficiency, concentration, binding, concentrations, moleculemyocardial metabolism, uptake, tissueinhibitors inhibitconverts analoginduced inhibition, myocardialreceptors inhibits, stimulateshuman erythrocytetissue inhibitorincreased uptake, erythrocytevia diexogenous compoundsbound atpasefluid infusioninhibiting cellularcompounds inhibit