ADENOSINE DIPHOSPHATE

Before
1: S
amp, see
2: SU
fructose, cyclic, sodium, enzyme, human, during
3: SUU
farnesyl, sodium
3: USU
potassium, dependent
4: SUUU
activated
4: USUU
endogenous, potassium
4: UUSU
intravenous
6: UUUUSU
diethylstilbestrol
After
1: S
tri, may
2: SU
glucose, phosphates, cyclic, uptake, phosphate, levels
2: US
release
3: SUU
analogs, analogues, agonists, residues
3: USU
inhibits, infusion, production
4: USUU
antagonists, derivatives
4: UUSU
concentration
Surrounder Phrases
adenine dinucleotide, arabinoside, nucleotides, nucleotide, residues, residuecytidine deaminase, diphosphate, triphosphate, monophosphatenicotinamide adenine, nucleotideuridine diphosphate, monophosphate, triphosphate, kinaseguanosine monophosphate, triphosphate, diphosphate, triphosphatase, nucleotideribonucleoside diphosphate, triphosphateisopentenyl diphosphateadenosine triphosphatase, triphosphatases, deaminase, triphosphate, monophosphate, diphosphate, analogs, analogues, phosphates, receptors, nucleotides, receptor, agonists, kinase, tri, antagonists, inhibits, infusion, cyclic, uptake, phosphate, residues, derivativesribulose diphosphatefarnesyl diphosphatetranslocating atpasediphosphate aldolase, carboxylase, ribose, reductase, synthase, kinase, glucosediethylstilbestrol diphosphatemyofibrillar atpasenucleoside diphosphate, analogs, triphosphate, analogues, monophosphate, analogue, analog, transportdibutyryl cycliccyclic amp, guanosine, adenosine, nucleotides, nucleotide, monophosphate, phosphate, stress, compoundsthiamin diphosphatedinucleotide phosphateribose moiety, phosphate, sugarthymidine kinase, monophosphate, triphosphate, uptake, analogue, analogmyosin atpase, molecule, kinase, bindingamp deaminase, adenosine, receptor, levels, concentrations, metabolismthiamine diphosphatephosphate isomerase, aldolase, synthase, moiety, fructose, uptake, metabolism, residues, concentrations, compounds, kinasefructose diphosphate, metabolism, glucoseglucose isomerase, uptake, metabolism, fructose, infusion, moiety, galactose, concentrations, levels, residues, concentration, molecule, transport, residuereceptor antagonists, antagonist, agonists, agonist, kinases, binding, kinase, antagonism, blocking, molecule, inhibitschloroquine phosphateintravenous infusion, glucose, administration, adenosine, fluidintracoronary infusion, administrationgalactose residues, residue, metabolismsynthase kinase, inhibition, enzymemitochondrial atpase, membrane, enzyme, metabolismnucleotide analogs, triphosphate, analogues, sugars, binding, analogue, metabolism, residues, analog, derivatives, residuecholine uptake, kinase, transportmonophosphate kinase, levelsthallium uptake, myocardial, compounds, stressextracellular fluid, potassium, adenosine, enzyme, sodium, intracellular, concentrationsplasma membrane, glucose, concentrations, choline, concentration, potassium, levelspotassium atpase, phosphate, adenosine, uptake, concentration, concentrationserythrocyte membrane, enzyme, glucose, metabolism, receptor, plasmainterstitial fluid, tissueenzyme ribulose, inhibition, choline, molecule, adenosineactivated atpase, receptor, adenosine, kinases, myosin, kinase, potassium, receptorssodium phosphate, diphosphate, phosphates, potassium, concentrationsugar ribose, moiety, phosphates, residues, nucleotidesstimulated atpase, glucose, cyclicagonist binding, antagonist, concentrations, induced, concentrationendogenous adenosine, agonist, agonists, compounds, glucoseintracellular cyclic, potassium, fluid, sodium, adenosine, receptors, concentrations, transport, concentration, metabolism, uptake, enzyme, receptormembrane atpase, receptors, receptorselective agonists, agonist, antagonists, antagonist, inhibition, uptakereductase inhibition, enzymeagonists inhibitdependent kinases, carboxylase, atpase, kinaseterminal galactose, residues, residue, kinase, kinases, nucleotidecellular metabolism, uptake, kinases, receptors, membraneantagonists inhibittriphosphate bindingkinase receptors, receptor, inhibitioncell membrane, receptoratpase inhibition, enzymeinhibits mitochondrial, cellulardeoxy formantagonist bindingexogenous glucosetransport atpasestress thalliuminhibit mitochondrialbrain tissueanalog cellularmyocardial metabolism, uptakeconverts analoginduced inhibitionreceptors inhibitssugars glucosehuman erythrocytestimulates glucose