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The PDSS2 gene seemsto influencecoffee intake by slowing the metabolism of caffeine in the body
adherence to protocol requirements , including abstinence from caffeine , alcohol , and productsinfluencethe metabolism of caffeine on the day of testing
US researchers ... that is knownto influencecaffeine metabolism in the body
10.1371 / journal.pgen.1002033 rs4410790 and rs2470893influenceshabitual caffeine consumption Caffeine metabolism
a single nucleotide polymorphisminfluencingcaffeine metabolism and outcomes from caffeine ingestion
people with the genetic variantcausessluggish metabolism of caffeine
minor differencesmay influencethe rate of caffeine metabolism ( 38 ... and the performance response to caffeine ingestion ( 3
two genetic variationsinfluencecaffeine metabolism and are associated with how much caffeine people consume
Methylated purinesoriginatefrom the metabolism of methylxanthines ( caffeine , theophylline and theobromine
study(passive) was designedstudy
to faster weight lossleadingto faster weight loss
changes between two captured imagescan causechanges between two captured images
to a faster combustion energy bodyleadsto a faster combustion energy body
from the type of muscle action and exercise performed , caffeine dose used , muscle group tested , or training status of the subjectsmay have resultedfrom the type of muscle action and exercise performed , caffeine dose used , muscle group tested , or training status of the subjects
in caffeine intoxicationmay resultin caffeine intoxication
to an increased acute response later in pregnancymay leadto an increased acute response later in pregnancy
to eliminate caffeine reducecan leadto eliminate caffeine reduce
in decreased clearance of caffeine and a prolongation of the plasma half - lifemay resultin decreased clearance of caffeine and a prolongation of the plasma half - life