High Resolution 1H NMR Approach to Study the Effects of Cold Stress on the Metabolism of Rat Renal Tissue

Keywords

achieved acquisition acute adapting adapts adrenal affecting allow almost alterations altered analytical animals arising availability back binning biochemical blood cages causing cells clear cold collected component compound comprehensive concentration concentrations conditions control cyclotron damage days decrease decreased decreases delay depression deuterium diarrhea directly diseases dislocation dissolved distinct disturbances division dosimetry easily elevated excess excised exposed exposure external extreme filtration flow fluids frozen functional gastrointestinal getting give glands glucose glutamate glycine heat homeostasis hormones humans hypertension identify identifying immune indicated indicates indicating induced kidney kidneys lactate leading maintain marked marker material mesh metabolic metabolism metabolite metabolites might molecular muscle muscles nervous nitrogen organ osmotic oxidative panic pathway pathways production profile progression prolonged rats reduced reflected regulated regulation renal reproduction respiratory response responsible rest sample samples serum spectra spectral spectrometer spectrum starts statistically steel stimuli stress studies suggesting suppression system systemic table temporarily tissue tissues towards transferred triggering variation various washed week whereas