10.1007/s00240-018-1101-7 7
Disclosures: Yi-Hsiang Huang: Nothing to Disclose, Ming-Han Chen: Nothing to Disclose, ChiehJu Lee: Nothing to Disclose, Wei-Sheng Chen: Nothing to Disclose, Chang-Te Chou: Nothing to Disclose 784 PREVALENCE AND CHARACTERISTICS OF HIGH-RISK FIB-4 AMONG PRIMARY CARE PATIENTS WITH PRE-DIABETES (PREDM): POTENTIAL TO IMPROVE THE CURRENT STATE OF DISEASE UNDER-RECOGNITION Max Goldman 1 Janet Chu 2 Nghiem Ha 2 Bilal Hameed 2 Mandana Khalili 2 Rena Fox 2 , 1 Kaiser Permanente, Northern California, 2 University of California, San Francisco Background: AASLD guidelines recommend that primary care (PC) patients with any risk factor for MASLD be regularly assessed with FIB-4, with further evaluation recommended for those with indeterminate- or high-risk scores
Disclosures: Edward Gane: Nothing to Disclose, Tawesak Tanwandee: Roche: Grant/Research Support, MSD: Grant/Research Support, Altimune: Grant/Research Support, Gilead: Grant/Research Support, Vir Biotech: Grant/Research Support, Bitna Yi: Gilead Sciences, Inc.: Employee, Teri Chew: Gilead Sciences, Inc: Employee, Irina Botros: Nothing to Disclose, Danielle Shing: Nothing to Disclose, Heba Abdullah: Nothing to Disclose, Leonard Sowah: GILEAD Sciences, Inc: Employee, Frida Abramov: Gilead Sciences, Inc: Employee, Gilead Sciences, Inc: Stock - publicly traded company, Ben Da: Nothing to Disclose, Audrey Lau: Nothing to Disclose, Anu Osinusi: Nothing to Disclose, Tak Yin Owen Tsang: Nothing to Disclose, Anchalee Avihingsanon: Nothing to Disclose 368 DETECTION AND MONITORING OF INFANT DRUG EXPOSURE: A STUDY ON TFV CONCENTRATION IN TDF AND TAF Chengjing Tao Background: A few studies have observed the Tenofovir (TFV) concentration of Tenofovir Disoproxil Fumara (TDF) and Tenofovir Alafenamide Fumarate (TAF) in the blood, milk, and amniotic fluid of pregnant women, but few have investigated the concentration of TFV in infant blood and urine, which could aid in detecting and monitoring infant drug exposure
Compared with glucose molecules, fatty acid molecules contain more carbon atoms and produce a significantly greater amount of ATP upon complete oxidation
These tend to settle with consistent and lower-frequency use
Brielmeier, M
