2025-自學課程-系統神經科學 (7-12月)

  • 0.0
  • 59 學生
  • 報名時間 : 2025/01/01 - 2025/12/31
  • 開課時間 : 2025/01/01 - 2025/12/31
  • 課程費用 : 免費

報名課程

介紹

系統神經科學

 

🧠 為什麼我們能感覺、能動作、能記得昨天的味道?

 

你身體的每個動作、感覺、念頭,其實都有一整套神經網路在背後默默運作。

《系統神經科學》會帶你從「感覺-運動-認知」的完整流程,一步步看清楚神經系統的驚人邏輯!

課程設計以 8 週為單位,從神經系統基本架構一路延伸到視覺、觸覺、動作控制與認知規劃。

老師會用清楚好懂的影片+單元練習,還有期中與期末考幫你整理吸收、鞏固學習。

不用死背腦區、不怕看不懂圖表,老師會用「具體情境+系統邏輯」帶你搞懂:我們的身體和大腦,是怎麼一起合作完成每天那些,看似自然卻其實超精密的事。

 

🧪 神經冒險之旅:

 

📍 Week 1|打開神經系統地圖

認識神經系統從中樞到周邊的整體架構與分工

📍 Week 2|觸覺與痛覺的神經旅程

了解感覺訊號如何從皮膚傳進大腦並被處理

📍 Week 3|視覺 I:從眼睛到視覺皮質

掌握光線轉為神經訊號的流程與視覺處理

📍 Week 4|視覺 II:物體、空間與注意力

學會視覺系統如何解讀畫面、辨認物體與分配注意力

📍 Week 5|聽覺、嗅覺與味覺的神經路徑

看懂這三大感官如何編碼訊息並影響感受與行為

📍 Week 6|動作 I:肌肉與脊髓反射

理解運動指令如何從大腦下達並控制肌肉動作

📍 Week 7|動作 II:小腦、眼動與平衡

探索動作協調與姿勢平衡背後的神經機制

📍 Week 8|動作 III:規劃、學習與模仿

理解動作學習與鏡像神經元在行為形成中的角色

 

 

🎓 學完之後,你能用一個更系統的眼光,理解感覺、動作、認知這條神經路線圖是怎麼被接力完成的。

 

 

如果你想對人體多一點理解、對神經科學多一點掌握,這門《系統神經科學》,就是一個很不錯的起點。

 

本課程提供線上測驗,但不提供線上成績單,僅提供成績顯示。

章節

* 以下章節為預覽,請點報名後點選開始上課,進入課程
  • Week 1.Organization of the nervous systems
    • ● Unit 1-1. Anatomical organization of CNS and PNS
    • ● 1-1Quiz
    • ● Unit 1-2 .Functional organization of the brain
    • ● 1-2Quiz
    • ● Unit 1-3.Regional specialization of the cerebral cortex
    • ● 1-3Quiz
    • ● Unit 1-4 . Neural organization of perception
    • ● 1-4Quiz
    • ● Unit 1-5.Neural organization of cognition
    • ● 1-5Quiz
    • ● Unit 1-6.Neural organization of action
    • ● 1-6Quiz
    • ● Unit 1-7.Quantification of perception and action
    • ● 1-7Quiz
    • ● Unit 1-8.Functional imaging of the brain
    • ● 1-8Quiz
  • Week 2.Sensation and perception: touch and pain
    • ● Unit 2-1. Sensory receptors and sensory coding
    • ● 2-1Quiz
    • ● Unit 2-2. Sensory processing beyond receptors
    • ● 2-2Quiz
    • ● Unit 2-3. The somatosensory system
    • ● 2-3Quiz
    • ● Unit 2-4. Mechanoreceptors and touch
    • ● 2-4Quiz
    • ● Unit 2-5. Tactile information processing
    • ● 2-5Quiz
    • ● Unit 2-6. Thermal receptors and temperature
    • ● 2-6Quiz
    • ● Unit 2-7. Nociceptors and pain
    • ● 2-7Quiz
    • ● Unit 2-8. Nociceptive information processing
    • ● 2-8Quiz
  • Week 3.Sensation and perception: vision I
    • ● Unit3- 1. Eye, brain, and vision
    • ● 3-1Quiz
    • ● Unit3- 2. Phototransduction and adaptation
    • ● 3-2Quiz
    • ● Unit3- 3. Neural organization of the retina
    • ● 3-3Quiz
    • ● Unit3- 4. Retinal ganglion cells
    • ● 3-4Quiz
    • ● Unit3- 5. Neural organization of the primary visual cortex
    • ● 3-5Quiz
    • ● Unit3- 6. Intermediate-level visual processing
    • ● 3-6Quiz
    • ● Unit 3-7. Color vision
    • ● 3-7Quiz
    • ● Unit3- 8. Depth and motion perception
    • ● 3-8Quiz
  • Week 4.Sensation and perception: vision II
    • ● Unit 4-1. Contextual effect of visual perception
    • ● 4-1Quiz
    • ● Unit4- 2. Object perception
    • ● 4-2Quiz
    • ● Unit4- 3. Perceptual constancy
    • ● 4-3Quiz
    • ● Unit4- 4. Visual memory
    • ● 4-4Quiz
    • ● Unit4- 5. Internal representations of space
    • ● 4-5Quiz
    • ● Unit4- 6. Visuomotor control
    • ● 4-6Quiz
    • ● Unit 4-7. Scene stabilization during saccades
    • ● 4-7Quiz
    • ● Unit4- 8. Attention and visual processing
    • ● 4-8Quiz
  • Week 5.Sensation and perception: audition, olfaction, and gustation
    • ● Unit5- 1. Mechanoelectrical transduction of hair cells
    • ● 5-1Quiz
    • ● Unit5- 2. Cochlear structure and frequency coding
    • ● 5-2Quiz
    • ● Unit5- 3. Sound localization and spatial mapping
    • ● 5-3Quiz
    • ● Unit5- 4. Sound perception and vocal learning
    • ● 5-4Quiz
    • ● Unit 5-5. Olfactory receptors and coding
    • ● 5-5Quiz
    • ● Unit 5-6. Neural organization of odor perception
    • ● 5-6Quiz
    • ● Unit 5-7. Taste receptors and taste buds
    • ● 5-7Quiz
    • ● Unit 5-8. Gustatory information processing
    • ● 5-8Quiz
  • Week 6.Movement and action: peripheral mechanisms
    • ● Unit 1. Muscle structure and force
    • ● 6-1Quiz
    • ● Unit 2. Motor unit
    • ● 6-2Quiz
    • ● Unit 3. Muscle action
    • ● 6-3Quiz
    • ● Unit 4. Local spinal circuits of reflexes
    • ● 6-4Quiz
    • ● Unit 5. Regulation of spinal reflexes
    • ● 6-5Quiz
    • ● Unit 6. Central pattern generator and locomotion
    • ● 6-6Quiz
    • ● Unit 7. Neural control of locomotion
    • ● 6-7Quiz
  • Week 7.Movement and action: central control
    • ● Unit 7-1. Eye movements and extraocular muscles
    • ● Quiz7-1
    • ● Unit 7-2. The control of gaze
    • ● Quiz7-2
    • ● Unit 7-3. The vestibular apparatus and vestibulo-ocular reflex
    • ● Quiz7-3
    • ● Unit 7-4. The vestibular system
    • ● Quiz7-4
    • ● Unit 7-5. Postural equilibrium and orientation
    • ● Quiz7-5
    • ● Unit 7-6. Sensory integration and control of posture
    • ● Quiz7-6
    • ● Unit 7-7. Neural organization of cerebellum
    • ● Quiz7-7
    • ● Unit 7-8. Functions of cerebellum
    • ● Quiz7-8
    • ● Unit 7-9. The basal ganglia
    • ● Quiz7-9
  • Week 8.Movement and action: coordination and planning
    • ● Unit 8-1. Motor commands and sensorimotor transformation
    • ● Quiz8-1
    • ● Unit 8-2. The organization and planning of movement
    • ● Quiz8-2
    • ● Unit 8-3. Cortical areas for voluntary motor control
    • ● Quiz8-3
    • ● Unit 8-4. Neural coding of motor commands
    • ● Quiz8-4
    • ● Unit 8-5. Neuroprosthesis and adaptive motor learning
    • ● Quiz8-5
    • ● Unit 8-6. Voluntary movement: reaching for an object
    • ● Quiz8-6
    • ● Unit 8-7. Voluntary movement: grasping an object
    • ● Quiz8-7
    • ● Unit 8-8. Planning action and mirror neurons
    • ● Quiz8-8

常見問題

線上成績單 :
此課程線上成績單費用為 300 元

學習履歷 :
此課程學習履歷申請費用為 300 元


指定用書

Eric R. Kandel, James H. Schwartz, Thomas M. Jessell, Steven A. Siegelbaum and A. J. Hudspeth, Principles of Neural Science, 5th Ed., 2012.

特別感謝書商麥格羅﹒希爾(McGraw-Hill)提供書籍圖片授權以俾進行影片製作,以下為此書籍之連結資訊。(點我開啟)

參考資料

  1. Dale Purves, George J. Augustine, David Fitzpatrick and William C. Hall, Neuroscience, 5th Ed., 2011.
  2. Larry Squire, Darwin Berg, Floyd E. Bloom and Sascha du Lac, Fundamental Neuroscience, 4th Ed., 2012.
  3. John G. Nicholls, A. Robert Martin, Paul A. Fuchs and David A. Brown, From Neuron to Brain, 5th Ed., 2011.

先修課程

具備生物學基本概念即可

講師

teacher Picture

焦傳金

國立清華大學生命科學系 教授 | 查看講師

評價

0.0

平均評價

本課程尚未有人來評價

預覽影片 & 簡介

2025-自學課程-系統神經科學 (7-12月)

腦科學為21世紀最重要的研究領域,而神經科學即是腦科學的基礎。本課程將介紹神經網絡的結構與功能,特別專注探討感覺神經系統與運動神經系統。藉由觀念解說與實驗數據的分析,讓修習的學生能瞭解神經系統運作的基本法則。