Sleeping oxygen saturation, rapid eye movement sleep, and the adaptation of postprandial metabolic function in insulin sensitive and resistant individuals without diabetes

Article ID	Journal	Published Year	Pages	File Type
8650509	Physiology & Behavior	2018	36 Pages	PDF

Abstract

Sleeping oxygen desaturation and diminished REM duration are associated with a metabolic pattern that reflects a compensatory adaptation of postprandial insulin metabolism accompanying preclinical diabetic risk.

Keywords

ESRS ODI Sao2 T2DM FPG SWS TST REM IFG aHI IGT SAT SEQ DBP SBP FPI obstructive sleep apnea impaired glucose tolerance Impaired fasting glucose oxygen saturation fasting plasma insulin visceral adipose tissue Subcutaneous adipose tissue Osa TAT Insulin secretion rapid eye movement slow wave sleep Sequence Type 2 diabetes mellitus total sleep time apnea-hypopnea index body mass index BMI diastolic blood pressure systolic blood pressure Fasting plasma glucose VAT Insulin resistance PSG Postprandial Polysomnography Glycemia

Related Topics

Life Sciences Biochemistry, Genetics and Molecular Biology Physiology

Preview

Sleeping oxygen saturation, rapid eye movement sleep, and the adaptation of postprandial metabolic function in insulin sensitive and resistant individuals without diabetes

Authors

Karin A. Garcia, William K. Wohlgemuth, Ele Ferrannini, Andrea Mari, Alex Gonzalez, Armando J. Mendez, Roberto Bizzotto, Jay S. Skyler, Neil Schneiderman, Barry E. Hurwitz,