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所在平台: Udemy |
课程主页: https://www.udemy.com/course/carbohydrate-metabolism/
课程评论：没有评论
**课程名称：** 医学生物化学：碳水化合物代谢 **课程概述：** 本课程将带您踏上一段探索碳水化合物代谢的旅程。我们将从碳水化合物在肠道的消化吸收开始，深入了解身体细胞如何利用吸收的单糖单元。课程将详细讲述葡萄糖、果糖和半乳糖在饱食状态下的利用，以及在禁食状态下身体的变化。 **课程结构：** 本课程共分为四个章节，包含约十五个视频讲座，旨在以生动有趣的方式呈现碳水化合物代谢的关键概念。 **章节详情：** 1. **碳水化合物代谢导论：** 碳水化合物消化概述。 2. **胰腺β细胞的瞬时高血糖与胰岛素释放。** 3. **葡萄糖转运蛋白。** 4. **葡萄糖代谢途径：** * **糖酵解：** 途径、调控及临床意义。 * **丙酮酸脱氢酶：** 途径、调控及临床意义。 * **能量利用途径。** * **三羧酸循环（柠檬酸循环）：** 途径、调控及临床意义。 * **电子传递链：** 概述与途径。 * **电子传递链的临床相关性。** 5. **糖原、果糖和半乳糖代谢：** * **果糖代谢：** 途径、调控及临床意义。 * **半乳糖代谢：** 途径、调控及临床意义。 * **糖原合成与分解：** 途径与调控。 * **糖原贮积病。** 6. **糖异生、酒精代谢与己糖单磷酸旁路：** * **糖异生：** 途径、调控及临床意义。 * **酒精代谢：** 途径与临床意义。 * **己糖单磷酸旁路、NADPH与G6PD缺乏症。** **额外内容：** 课程还将包含与碳水化合物代谢相关的临床选择题回顾，帮助学员巩固所学知识。
In this course, we will start our journey with the story of carbohydrate digestion and absorption in the intestines. all the way to how our body cells utilize the absorbed monosaccharide units. We will tell the story of how glucose, fructose and galactose are utilized in a well fed state and then what happens when we fast. To teach this in a very interesting manner, we have divided this course into four (4) sections with about fifteen (15) lecture videos all togetherThis course consists of fifteen lectures divided into 4 sections:Introduction to Carbohydrate Metabolism: Overview of Carbohydrate DigestionTransient hyperglycemia and insulin release from the beta cells of the pancreasGlucose TransportersGlucose metabolic pathways, Glycolysis; pathway, regulations and clinicalspyruvate Dehydrogenase; pathway, regulations and clinicalsEnergy Utilization pathwaysCitric Acid Cycle; pathway, regulations and clinicalsElectron Transport Chain; Overview and PathwayClinical Relevance of the Electron Transport ChainGlycogen, Fructose & Galactose MetabolismFructose Metabolism; pathway, regulations and clinicalsGalactose Metabolism; pathway, regulations and clinicalsGlycogenesis and Glycogenolysis; pathway and regulationsGlycogen Storage DiseasesGluconeogenesis, Alcohol Metabolism & Hexose Monophosphate ShuntGluconeogenesis; pathway, regulations and clinicalsAlcohol Metabolism; pathway and clinicalsHexose Monophosphate Shunt, NADPH & G6PD DeficiencyWe will also consider some clinical Multiple Choice Questions Review as it relates to Carbohydrate Metabolism.
