介紹

Biological membranes consist of lipids, proteins and carbohydrates to define the

compartmentalization of the cells. Membranes are also very dynamics not only within the

lateral and in the transverse direction of lipid bilayers, but also undergo constant motions

and contacts in the intracellular cytoplasma of the cells. Recent progress in the

structures/dynamics and crowdedness (or clustering) of these membrane components has

allowed us to address how the molecular diversity and interactions of these essential

cellular components help in exert its membrane functions through channels, transporters,

enzymes, receptors and other related structural components of lipid and glycoconjugates. In

order to achieve this goal, we will spend 1/3 of the lecture hours to review the basics of

membrane structures and functions, another 1/3 to update the progress in the field based

on the review articles during the last couple years and finally, the last 1/3 to guide students

reading the state of the art publications in the field of membrane biology.

章節

* 以下章節為預覽，請點報名後點選開始上課，進入課程

01_ Introduction to membrane structure, dynamics and function
- ● 01-1_ Introduction to membrane structure, dynamics and function
- ● 01-2_ Introduction to membrane structure, dynamics and function
02_foundation of membrane structure
- ● 02-1_foundation of membrane structure
- ● 02-2_foundation of membrane structure
03_lipid assembly
- ● 03-1_lipid assembly
- ● 03-2_lipid assembly
04_polypeptide lipid interaction
- ● 4-1_polypeptide lipid interaction
- ● 4-2_polypeptide lipid interaction
05_Membrane receptor and signaling
- ● 05-1_Membrane receptor and signaling
- ● 05-2_Membrane receptor and signaling
06_Membrane Biology
- ● 06-1_Membrane Biology
- ● 06-2_ Membrane Biology
07_Roles of lipid in shaping membrane and stabilizing proteins
- ● 07-1_Roles of lipid in shaping membrane and stabilizing proteins
- ● 07-2_Roles of lipid in shaping membrane and stabilizing proteins
08_ Conformational Space of ATPase and ABC transporters
- ● 08-1_ Conformational Space of ATPase and ABC transporters
- ● 08-2_ Conformational Space of ATPase and ABC transporters
09_Biogenesis and Enzymatic action at membrane interface
- ● 09-1_Biogenesis and Enzymatic action at membrane interface
- ● 09-2_Biogenesis and Enzymatic action at membrane interface
10_ Secondary transporters and channels
- ● 10-1_ Secondary transporters and channels
- ● 10-2_ Secondary transporters and channels
11_Ions channels
- ● 11-1_Ions channels
- ● 11-2_Ions channels

常見問題

線上成績單：
此課程不提供線上成績單，僅供成績顯示

學習履歷：
此課程不提供學習履歷

吳文桂 Wen-guey Wu 教授
生物膜由脂質、蛋白質和碳水化合物組成，定義細胞的區室化。
膜不僅在脂質雙層的橫向和橫向上也非常動態，而且在細胞的細胞內細胞質中也經歷不斷的移動和接觸。
這些膜成分的結構/動力學和擁擠度（或聚類）的
最新進展使我們能夠解決這些重要細胞成分的分子多樣性和相互作用
如何透過通道、轉運蛋白、酶、受體和其他相關蛋白質幫助發揮其膜功能。
為了實現這個目標，我們將用1/3的講課時間回顧膜結構和功能的基礎知識，
另外1/3的時間根據過去幾年的綜述文章更新該領域的進展，
最後，最後1/3引導學生閱讀膜生物學領域最先進的出版品。

講師

EMI_細胞膜學_Membrane Biology

介紹

章節

常見問題

講師

吳文桂 Wen-Guey Wu

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EMI_細胞膜學_Membrane Biology

介紹

章節

常見問題

講師

吳文桂 Wen-Guey Wu

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平均評價

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EMI_細胞膜學_Membrane Biology