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Molecular Mechanism in the Brain : A Computational Perspective 강의 ‘지식 표현 및 추론’ 중간 발표 구본웅 , 협동과정 뇌과학 전공 2002 년 5 월 1 일 ( 수 ). Structure. 2. Synaptic Facilitation. 3. Posttetanic Potentiation. 4. Long-Term Potentiation. 1. 2. 1. NMDA : N-Mthyl-D-Aspartate - PowerPoint PPT Presentation
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구본웅 , 협동과정 뇌과학 전공1/13
Molecular Mechanism in the Brain
Molecular Mechanism in the Brain: A Computational Perspective
강의 ‘지식 표현 및 추론’ 중간 발표구본웅 , 협동과정 뇌과학 전공
2002 년 5 월 1 일 ( 수 )
구본웅 , 협동과정 뇌과학 전공2/13
Molecular Mechanism in the Brain 1. Structure
구본웅 , 협동과정 뇌과학 전공3/13
Molecular Mechanism in the Brain 2. Synaptic Facilitation
구본웅 , 협동과정 뇌과학 전공4/13
Molecular Mechanism in the Brain 3. Posttetanic Potentiation
구본웅 , 협동과정 뇌과학 전공5/13
Molecular Mechanism in the Brain 4. Long-Term Potentiation
21
1. NMDA : N-Mthyl-D-Aspartate2. Q/K : Qisqualate/Kainate
구본웅 , 협동과정 뇌과학 전공6/13
Molecular Mechanism in the Brain 5. Neuromodulation
21
1. ACh : AcetylCholine2. GnRH : Gonadotrophin-Releasing Hormone
구본웅 , 협동과정 뇌과학 전공7/13
Molecular Mechanism in the Brain 6. Locus Coeruleus
1. TH : Tyrosin Hydroxylase
1
구본웅 , 협동과정 뇌과학 전공8/13
Molecular Mechanism in the Brain 7. Gene Expression
구본웅 , 협동과정 뇌과학 전공9/13
Molecular Mechanism in the Brain 8. Trophic Factor
구본웅 , 협동과정 뇌과학 전공10/13
Molecular Mechanism in the Brain 9. Summary
Molecular
Mechanism
Trantient Change
in Synaptic Efficacy
Change
in the Structure
Initial State
구본웅 , 협동과정 뇌과학 전공11/13
Molecular Mechanism in the Brain 10. Conclusion (1)
Molecular Mechanism Short-term Memory
구본웅 , 협동과정 뇌과학 전공12/13
Molecular Mechanism in the Brain 11. Conclusion (2)
Short-term Memory
Long-term Memory
Molecular Mechanism
구본웅 , 협동과정 뇌과학 전공13/13
Molecular Mechanism in the Brain 12. Conclusion (3)
컵 그릇
Molecular Mechanism
Perception, Cognition