hrp0089p2-p084 | Diabetes & Insulin P2 | ESPE2018

PID1 Alters Antilipolytic Action of Insulin and Increases Lipolysis via Inhibited the Activation of AKT/PKA Pathway

Yin Chun , Xiao Yan

Objective: The aim was to investigate the mechanism for impaired control of lipolysis in obesity by investigating the effect of PID1 on insulin-induced activation of AKT/PKA/HSL pathway and lipolysis.Methods: First, CIDEC expression was detected in adipose tissue and blood insulin and glycerol levels were measured in high-fat diet-induced obese rats. Next, we examined the effect of different concentrations of insulin on lipolysis and AKT/PKA/HSL pathway ...

hrp0086rfc15.4 | Late Breaking | ESPE2016

The Effect of Sfrp5, Wnt5a, Adiponectin, and Chemerin on Blood Pressure Regulation in Obese Children

Xiao Yan , Yin Yan

Background: The dysregulation of adipocytokines with increasing fat mass may directly contribute to hypertension. It has been confirmed that chemerin and adiponectin can affect BP. However, the effect of other adipocytokines on the development of hypertension is still poorly understood.Objective and hypotheses: The aim was to evaluate the associations of Sfrp5 and Wnt5a with blood pressure (BP), and to examine whether BP can be influenced by changes in a...

hrp0084p3-907 | Fat | ESPE2015

The Correlation Study on Childhood Obesity, Insulin Resistance and Androgens

Xiong Feng , Zhang Yu-Qing , Ding Xiao-Yan , Wang Dong-Gang , Zhu Min

Background: Adolescent hyperandrogenemia is prophase of polycystic ovary syndrome. Obesity is one important cause of hyperandrogenemia. Whether hyperandrogenemia has happened in obese children is need to explore.Aims and objectives: To investigate the levels of insulin and androgens in obese children, analysis the correlation between insulin resistance and androgens, and comparison on the differences of androgens levels between obese boys and girls, and ...

hrp0089p2-p113 | Diabetes & Insulin P2 | ESPE2018

Detection and Analysis of Glycometabolism Related Genes in Children Diabetes

Chen Lin QI , Wang Xiao Yan , Wu Hai Ying , Chen Ting , Chen Xiu Li , Sun Hui , Wang Feng Yun

Objective: To know more about the etiology and mechanism of antibody-negative diabetes, screening MODY pathogenicity genes and deepening understanding of islet autoantibody-negative diabetes, so as to individualized precision treatment.Methods: A total of 31 subjects with diabetes who had negative islet autoantibodies and C-peptide ≥0.3 ng/ml were collected. Another group was the type 1 diabetes control group, After informed consent obtained patien...