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zymase ( a complex of enzymescauseglycolysis
In addition , a portion from both the arterial and coronary venous blood samples was transferred into NaF - coated vialsto preventglycolysis
damaged respiration(passive) triggered byaerobic glycolysis
many extreme environmental stimuli [ 39(passive) could be triggered bythe glycolysis
sodium fluoride tubeto preventGlycolysis
glucagon ( 26(passive) caused byglycolysis
The metabolic enzymescomposeglycolysis
Yellen G. Neuronal stimulationtriggersneuronal glycolysis
in the muscles , which involves the breakdown of glucose into pyruvate(passive) is triggeredGlycolysis
containing NaFto preventglycolysis
flexibility , muscle contractility and delay anoxia and accumulation of toxinstriggersglycolysis
glucagon ( Fig . 2B and D(passive) caused byglycolysis
a chemical ( e.g. , sodium fluoridepreventsglycolysis
a complex set of enzymescauseglycolysis
stimulation of lymphocyte Bcausesupregulation of glycolysis
TH-070 development ... 35).A second agentpreventsglycolysis
Grey : contains potassium oxalate and sodium fluorideto preventglycolysis
Tubes with only enolase inhibitors , such as sodium fluoride , should not be relied onto preventglycolysis
acute exposure to AVP(passive) caused byglycolysis
the acute administration of AVP(passive) caused byglycolysis
long wide bacteria are archivedto createglycolysis
LPS ( Figures 2A , B(passive) caused byglycolysis
hypoxia and specific gene alterations(passive) caused byglycolysis
The addition of 2 mg sodium fluoride per mL blood to be collectedwill preventglycolysis
Reduced insulin and increased glucagon and epinephrine increase glucogenolysis andcauseglycolysis
an AMPA receptor - mediated process either in Purkinje cells or astrocytes(passive) is triggered byglycolysis
mutations in the gene encoding liver and red blood cell PK ( PKLR(passive) caused byglycolysis
Portions of the arterial and coronary venous blood samples were transferred into NaF - coated vialsto preventglycolysis
The team collected venous samples in a sodium fluoride additive tube the Sarstedt Fluoride EDTA S - Monovette ( Sarstedt AG & Co. , Nümbrecht , Germany ) with immediate placement on an ice - water slurry for transportation to the laboratory within 30 minutes for prompt centrifugationto preventglycolysis
the reaction of phosphorylation of fructose-6-phosphate ... fructose-1,6-bisphosphate , whichpreventsglycolysis
of three irreversible steps , namely , glucose phosphorylation catalyzed by hexokinase ( HK ) or glucokinase ( GLK ) , fructose-6-phosphate ( F6P ) phosphorylation by 6-phosphofructokinase ( PFK ) , and pyruvate formation by pyruvate kinase ( PK(passive) is composedGlycolysis
An antiglycolytic agent ... that is usedto preventglycolysis
Antiglycolytic agents ... that are addedto preventglycolysis
oxygen limitation(passive) caused byglycolysis
glucokinase overexpression correlated with the rate of glucose phosphorylation ( Fig . 5C(passive) caused byglycolysis
anticancer and endocrine therapies(passive) caused byglycolysis
somethingpreventingglycolysis
Inhibition of GADPHpreventsglycolysis
anonyme with The test builder 1(passive) created byGlycolysis
hyperglycemia and reducing the DAG content(passive) caused byglycolysis
atp , pyruvatecreatesatp , pyruvate
in the formation of pyruvate and ATPresultingin the formation of pyruvate and ATP
pyruvate , NADH , and ATPcreatespyruvate , NADH , and ATP
in the production of ATP moleculesresultsin the production of ATP molecules
inside the conversion of pyruvate to lactateultimately resultinginside the conversion of pyruvate to lactate
in the production of ATP and lactateresultsin the production of ATP and lactate
in an oscillatory production of ATPresultingin an oscillatory production of ATP
to L - lactate productionleadingto L - lactate production
to net lactate productionleadingto net lactate production
a net of 2 ATPcreatesa net of 2 ATP
in lactate production and a low ATP yieldresultingin lactate production and a low ATP yield
in the the production of lactic acid and ATPresultingin the the production of lactic acid and ATP
in the generation of pyruvateresultingin the generation of pyruvate
to an ATP increaseleadsto an ATP increase
in augmented ATP andresultingin augmented ATP and
from accumulation of ATPresultingfrom accumulation of ATP
to ATP reductionleadingto ATP reduction
ATP changes(passive) caused byATP changes
in lactate production ( Paul , 1983resultingin lactate production ( Paul , 1983
in the net production of two ATP molecules and two molecules of NADHalso resultsin the net production of two ATP molecules and two molecules of NADH
in a net production of two ATP molecules and two NADH moleculesresultsin a net production of two ATP molecules and two NADH molecules
2 atp from one glucoseto create2 atp from one glucose
in increased lactate production , metabolic acidosis and increase in the V ˙ CO 2resultingin increased lactate production , metabolic acidosis and increase in the V ˙ CO 2
to the production of 2 ATP , 2 NADH , and 2 pyruvateleadsto the production of 2 ATP , 2 NADH , and 2 pyruvate
to production of pyruvate which is converted to alanine by ALTleadsto production of pyruvate which is converted to alanine by ALT
in the production of pyruvate , which can be converted to acetyl - CoAresultsin the production of pyruvate , which can be converted to acetyl - CoA
in a net gain of 2 ATP per molecule of glucoseresultsin a net gain of 2 ATP per molecule of glucose
less ATP energy for the cellcreatesless ATP energy for the cell
to lactate production in muscle and other tissues ( 8)leadingto lactate production in muscle and other tissues ( 8)
in an increase in glucose consumption and lactate productionresultingin an increase in glucose consumption and lactate production
in reduced ATP productionresultingin reduced ATP production
an increase in ATP production(passive) caused byan increase in ATP production
in suppressed ATP productionresultingin suppressed ATP production
in rapid ATP productionresultsin rapid ATP production
in production of NADH and ATPresultsin production of NADH and ATP
four ATP moleculescreatesfour ATP molecules
in a net gain of how many ATP moleculesresultsin a net gain of how many ATP molecules
in a net gain of two ATP moleculesresultsin a net gain of two ATP molecules
in lactate production , which leads to lactate accumulation an thus growth inhibition ( < 58.5 mM lactateresultingin lactate production , which leads to lactate accumulation an thus growth inhibition ( < 58.5 mM lactate
in the production not only of ATP but also of pyruvate , which feeds into the TCA cycle via the action of pyruvate dehydrogenaseresultsin the production not only of ATP but also of pyruvate , which feeds into the TCA cycle via the action of pyruvate dehydrogenase