Title: The Vestibular Nuclei: A Bridge between Motion Sickness and Obesity Title: GLP-1 signaling in the PVN-to-DVC circuit regulates energy homeostasis. Title: Asprosin activates AgRP neurons via SK channel to promote feeding. Pennington Biomedical Research Institute. Title: Role of central extended amygdala in eating and eating disorders. The Big Boss Upstairs (Chair: Yunlei Yang and Xiaobing Zhang) Round table discussion with senior members experienced in promotion, tenure and other senior administrative positions. Title: From mice to man: Translational metabolic research opportunitiesĬareer Development Session (Chair: Ling Qi Panelists: Shuibing Chen and Congcong He) (Marina Ballroom) Title: Disrupted post-transcriptional regulation of gene expression as a hallmark of severe obesity. Title: Single cell multiomics guided mechanistic understanding of Fontan-associated liver disease Title: SARS-CoV2 manipulates host cholesterol through HOPS Title: A novel crosstalk between EHBP1-mediated cholesterol metabolism and inflammation in NASH Title: Autophagic regulation of exercise-induced metabolic benefitsīishuang Cai, PhD. Title: A novel lncRNA regulator in cholesterol metabolism.Ĭongcong He, PhD. Title: Sexually dimorphic responses in obesity, glucose tolerance and diabetes caused by CCN5/WISP2 gene deficiency and adipocyte-specific overexpression Title: Hepatic Atg14 in the regulation of lipid droplets and cell survival Long Live the Liver (Chair: Yanqiao Zhang & Qin Yang) Title: Regulation of energy homeostasis insulin signaling and beyond. Keynote Presentation (Chair: Gen-Sheng Feng) (Marina Ballroom) Reception (6:00 pm-9:30 pm) (Marina Ballroom & Foyer)Ĭontinental Breakfast (Marina Pre-Function) Title: The emerging roles of OVOL2 in energy homeostasis. Title: A split and inducible adenine base editor for precise in vivo base editing. Title: GLP-1 metabolite rescued diabetic ischemic lower limbs by improving glycolysis via GLP-1R-dependent pathway but independent of entry. Title: Innate Immune Signaling in Metabolic Diseases.Ĭhao Zheng, PhD. Title: Parkin, A Regulator Mitochondrial Homeostasis. Title: Hepatocyte TOX4 deficiency promotes steatosis by alleviating ErbB4-STAT5 mediated suppression on de novo lipogenesis. Title: Tcf21 marks visceral adipose progenitor cells and functions as a rate-limiting factor during visceral adipose tissue development and expansion. Title: Hepatic phospholipid remodeling mediates selective insulin resistance. New Faces, New Sciences (Chairs: Li Qiang and Qiong Wang)īo Wang, PhD. The deadline for abstract submission of Apis already passed.įinal Meeting Program and Abstract Book Available now! Hotel: Please use this Group Link that was set up for 2023 CADA Meeting or call hotel reservations center directly – that number is (800) 445-8667 and advise the Reservation Agent of the Group Name CADA. You may use the following payment methods when doing the onsite registration:Ģ. For trainees, meeting registration fee: $100. For PIs, meeting registration fee: $200 for permanent CADA member $400 for non-member. Location: Hilton San Diego Airport/Harbor Island | 1960 Harbor Island Dr, San Diego, CA 92101. We look forward to seeing you in San Diego! As a member of the world’s leading diabetes organization, you have access to high-impact, peer-reviewed journals, networking opportunities with leaders in the field of diabetes through Interest Groups, Member Forum, WIN ADA, helpful resources like the Standards of Medical Care in Diabetes, discounted registration to meetings, books and patient education resources and many more valuable benefits.The online registration for the 2023 CADA Annual Meeting has been closed. Diabetes professionals can expand their knowledge through ADA members-only benefits. Join thousands of health professionals who are committed to understanding and treating diabetes. Your work in research and patient care helps to improve the lives of millions of people living with diabetes. If you have questions about our programs, please contact are here for you. Please view the individual activities to see which continuing education credits are offered. Free continuing education credits are available for physicians, physician assistants, nurses, nurse practitioners, dietitians, pharmacists, certified diabetes educators and other health care professionals. The ADA’s Professional Education Portal contains numerous online activities providing continuing education credits. Each activity has been developed by leaders in the field of diabetes with the goal of providing you with cutting-edge education to advance knowledge, and strategies to improve clinical practice and patient outcomes.Īdditional educational offerings include: Take advantage of our wide variety of continuing education activities for health care professionals.
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