Advanced Neurobiology I

About Course

Dive deep into the fascinating world of neuroscience with this comprehensive course from Peking University. Explore the intricate workings of the brain, from how it perceives the world to how it processes thoughts and responds to stimuli. This free course, part of a two-part series, delves into the molecular, cellular, and circuit-level mechanisms of the nervous system.

Gain a thorough understanding of:

Basic Neuroanatomy
Electrical Signal Transduction
Movement and Nervous System Diseases

This course is part of a two-part series, “Advanced Neurobiology I” and “Advanced Neurobiology II,” with the latter to be available online soon. While related in content, they are separate in scoring and certification. You can choose to take one or both. It’s recommended you take them sequentially and that you have a basic understanding of biology.

This course is completely free and available on Theetay.com. We offer thousands of free courses from top platforms like Udemy, Udacity, Coursera, MasterClass, and NearPeer. Start learning today!

Course Content

Advanced Neurobiology I

A Message from the Professor
003 01_welcome-to-advanced-neurobilology.mp4

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013 02_1-1-2-central-nervous-system-and-blood-brain-barrier.mp4

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016 03_1-1-3-meninges.mp4

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019 04_1-1-4-telencephalon.mp4

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022 05_1-1-5-the-localization-and-globalization-theory.mp4

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025 06_1-1-6-white-matter.mp4

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028 07_1-1-7-internal-structures.mp4

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031 08_1-1-8-hippocampus-and-ltp.mp4

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034 09_1-1-9-cerebellum.mp4

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035 10_quiz-1-1_exam.html

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039 01_1-2-1-brain-stem.mp4

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042 02_1-2-2-cranial-nerves.mp4

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045 03_1-2-3-ascending-and-descending-tracts-and-reticular-formation.mp4

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048 04_1-2-4-pons.mp4

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051 05_1-2-5-reflex-and-reflex-arc.mp4

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054 06_1-2-6-concepts-in-the-cns-and-pns.mp4

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057 07_1-2-7-spinal-cord.mp4

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060 08_1-2-8-the-visceral-nervous-system.mp4

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063 09_1-2-9-several-pathways-of-the-nervous-system.mp4

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064 10_quiz-1-2_exam.html

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069 01_1-shen-jing-ke-xue-yin-yan.mp4

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072 02_2-shen-jing-ke-xue-yu-ren-lei-jian-kang-he-yi-yao-gong-ye.mp4

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077 03_3-shen-jing-ke-xue-de-qi-meng-shi-dai.mp4

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080 04_4-shen-jing-ke-xue-de-wen-ti-fang-fa-ceng-ci.mp4

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085 05_5-nao-de-gong-neng-fen-qu-lu-xiang-xue-yu-brocas-area.mp4

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090 06_6-nao-de-gong-neng-fen-qu-pi-ceng-de-fen-qu.mp4

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095 07_7-nao-de-gong-neng-fen-qu-liang-ban-qiu-de-chai-bie.mp4

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100 08_8-pethe-fmri.mp4

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105 09_9-wai-zhou-shen-jing-xi-tong.mp4

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110 10_10-shen-jing-yuan-xue-shuo-he-shen-jing-yuan-ji-xing.mp4

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115 11_11-shen-jing-huan-lu.mp4

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120 12_12-shen-jing-xin-xi-chuan-di-dong-zuo-dian-wei.mp4

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125 13_13-shen-jing-xin-xi-chuan-di-hua-xue-chuan-di.mp4

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129 01_2-1-reductionism-and-hypothesis.mp4

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132 02_2-2-morphology-of-the-neuron.mp4

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135 03_2-3-visualization-of-neurons-and-the-neuron-doctrine.mp4

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138 04_2-4-the-story-of-the-fluorescent-proteins.mp4

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141 05_2-5-stories-of-the-nobel-prize.mp4

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144 06_2-6-organic-fluorescent-probes.mp4

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147 07_2-7-proteins-specifically-expressed-in-neurons-and-brainbow-technique.mp4

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150 08_2-8-microscopy-techniques-i.mp4

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153 09_2-9-microscopy-techniques-ii.mp4

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156 10_2-10-the-electron-microscope.mp4

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159 11_2-11-glia-and-myelination.mp4

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162 12_2-12-research-ais-and-ankyrin-g.mp4

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163 13_quiz-2_exam.html

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167 01_3-1-1-a-overview-of-neurons.mp4

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170 02_3-1-2-real-life-situation-ab-in-alzheimers-disease.mp4

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173 03_3-1-3-organelles-and-cytoskeleton-in-neurons.mp4

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176 04_3-1-4-research-induction-of-the-tunneling-nanotube.mp4

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179 05_3-1-5-defects-in-myelination-and-related-diseases.mp4

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182 06_3-1-6-synthesis-and-trafficking-of-neuronal-proteins-i.mp4

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185 07_3-1-7-synthesis-and-trafficking-of-neuronal-proteins-ii.mp4

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186 08_quiz-3-1_exam.html

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190 01_3-2-1-cellular-information-transfer.mp4

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193 02_3-2-2-signaling-molecules.mp4

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196 03_3-2-3-neurotransmitters-and-receptors.mp4

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199 04_3-2-4-the-synapse.mp4

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202 05_3-2-5-types-of-receptors.mp4

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205 06_3-2-6-crosstalk-of-cellular-signal-transduction-pathways.mp4

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208 07_3-2-7-the-ltp.mp4

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211 08_3-2-8-the-molecular-mechanism-of-learning-and-memory.mp4

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214 09_3-2-9-glia-in-a-synapse.mp4

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215 10_quiz-3-2_exam.html

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219 01_3-3-1-alzheimers-disease-introduction-and-myths.mp4

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222 02_3-3-2-alzheimers-disease-pathology.mp4

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225 03_3-3-3-parkinsons-disease-introduction.mp4

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228 04_3-3-4-parkinsons-disease-symptoms-and-prognosis.mp4

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231 05_3-3-5-parkinsons-disease-pathology.mp4

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234 06_3-3-6-parkinsons-disease-treatment.mp4

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237 07_3-3-7-prion-diseases.mp4

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238 08_quiz-3-3_exam.html

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242 01_4-1-overview.mp4

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245 02_4-2-the-resting-potential.mp4

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248 03_4-3-the-resting-potential-and-the-nernst-equation.mp4

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251 04_4-4-the-nernst-equation.mp4

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254 05_4-5-biological-and-electrical-proporties-of-neurons-i.mp4

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257 06_4-6-biological-and-electrical-proporties-of-neurons-ii.mp4

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260 07_4-7-biological-and-electrical-proporties-of-neurons-iii.mp4

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261 08_quiz-4_exam.html

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265 01_5-1-ion-channels-and-membrane-potentials-i.mp4

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268 02_5-2-ion-channels-and-membrane-potentials-ii.mp4

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271 03_5-3-ion-channels-and-membrane-potentials-iii.mp4

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273 04_5-4-ion-channels-and-membrane-potentials-iv.en.txt

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276 05_5-5-ion-channels-and-membrane-potentials-v.mp4

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279 06_5-6-ion-channels-and-membrane-potentials-vi.mp4

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282 07_5-7-ion-channels-and-membrane-potentials-vii.mp4

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285 08_5-8-ion-channels-and-membrane-potentials-viii.mp4

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286 09_quiz-5_exam.html

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287 01_lab-page-of-dr-kang-shen_instructions.html

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290 02_kang-shen-1.mp4

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293 03_kang-shen-2.mp4

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296 04_kang-shen-3.mp4

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299 05_kang-shen-4.mp4

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302 06_kang-shen-5.mp4

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305 07_kang-shen-6.mp4

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308 08_kang-shen-7.mp4

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311 09_kang-shen-8.mp4

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312 01_lab-page-of-dr-liqun-luo_instructions.html

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315 02_liqun-luo-1.mp4

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318 03_liqun-luo-2.mp4

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321 04_liqun-luo-3.mp4

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324 05_liqun-luo-4.mp4

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327 06_liqun-luo-5.mp4

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330 07_liqun-luo-6.mp4

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333 08_liqun-luo-7.mp4

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337 01_6-1-voltage-sensing.mp4

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340 02_6-2-the-na-gating-current.mp4

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343 03_6-3-inactivation-gates.mp4

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346 04_6-4-ion-channel-membrane-potential-and-synaptic-transmission-i.mp4

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349 05_6-5-ion-channel-membrane-potential-and-synaptic-transmission-ii.mp4

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352 06_6-6-ion-channel-membrane-potential-and-synaptic-transmission-iii.mp4

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355 07_6-7-ion-channel-membrane-potential-and-synaptic-transmission-iv.mp4

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358 08_6-8-ion-channel-membrane-potential-and-synaptic-transmission-v.mp4

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359 09_quiz-6_exam.html

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363 01_7-1-how-does-ca2-control-neurotransmitter-release-i.mp4

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366 02_7-2-how-does-ca2-control-neurotransmitter-release-ii.mp4

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369 03_7-3-how-does-ca2-control-neurotransmitter-release-iii.mp4

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372 04_7-4-how-does-ca2-control-neurotransmitter-release-iv.mp4

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375 05_7-5-molecular-mechanism-involved-in-neurotransmetter-release-i.mp4

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378 06_7-6-molecular-mechanism-involved-in-neurotransmetter-release-ii.mp4

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381 07_7-7-molecular-mechanism-involved-in-neurotransmetter-release-iii.mp4

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384 08_7-8-molecular-mechanism-involved-in-neurotransmetter-release-iv.mp4

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387 09_7-9-molecular-mechanism-involved-in-neurotransmetter-release-v.mp4

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390 10_7-10-molecular-mechanism-involved-in-neurotransmetter-release-vi.mp4

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393 11_7-11-molecular-mechanism-involved-in-neurotransmetter-release-vii.mp4

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396 12_7-12-molecular-mechanism-involved-in-neurotransmetter-release-viii.mp4

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399 13_7-13-molecular-mechanism-involved-in-neurotransmetter-release-ix.mp4

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402 14_7-14-molecular-mechanism-involved-in-neurotransmetter-release-x.mp4

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403 15_quiz-7_exam.html

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407 01_8-1-synaptic-trasmission-i.mp4

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410 02_8-2-synaptic-trasmission-ii.mp4

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413 03_8-3-synaptic-trasmission-iii.mp4

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416 04_8-4-synaptic-transmission-iv.mp4

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419 05_8-5-synaptic-trasmission-v.mp4

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422 06_8-6-synaptic-trasmission-vi.mp4

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423 07_quiz-8_exam.html

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427 01_9-1-synapitic-plasticity-i.mp4

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430 02_9-2-synapitic-plasticity-ii.mp4

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433 03_9-3-synapitic-plasticity-iii.mp4

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436 04_9-4-synapitic-plasticity-iv.mp4

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439 05_9-5-synapitic-plasticity-v.mp4

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442 06_9-6-synapitic-plasticity-vi.mp4

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443 07_quiz-9_exam.html

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447 01_10-1-observation-and-perturbation.mp4

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450 02_10-2-animal-models-in-neurological-research.mp4

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453 03_10-3-genetic-and-molecular-techniques.mp4

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456 04_10-4-anatomical-techniques.mp4

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459 05_10-5-mapping-synaptic-connections.mp4

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462 06_10-6-patch-recording-and-optical-imaging.mp4

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463 07_quiz-10_exam.html

00:00

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Course Content

Advanced Neurobiology I

A Message from the Professor

003 01_welcome-to-advanced-neurobilology.mp4

013 02_1-1-2-central-nervous-system-and-blood-brain-barrier.mp4

016 03_1-1-3-meninges.mp4

019 04_1-1-4-telencephalon.mp4

022 05_1-1-5-the-localization-and-globalization-theory.mp4

025 06_1-1-6-white-matter.mp4

028 07_1-1-7-internal-structures.mp4

031 08_1-1-8-hippocampus-and-ltp.mp4

034 09_1-1-9-cerebellum.mp4

035 10_quiz-1-1_exam.html

039 01_1-2-1-brain-stem.mp4

042 02_1-2-2-cranial-nerves.mp4

045 03_1-2-3-ascending-and-descending-tracts-and-reticular-formation.mp4

048 04_1-2-4-pons.mp4

051 05_1-2-5-reflex-and-reflex-arc.mp4

054 06_1-2-6-concepts-in-the-cns-and-pns.mp4

057 07_1-2-7-spinal-cord.mp4

060 08_1-2-8-the-visceral-nervous-system.mp4

063 09_1-2-9-several-pathways-of-the-nervous-system.mp4

064 10_quiz-1-2_exam.html

069 01_1-shen-jing-ke-xue-yin-yan.mp4

072 02_2-shen-jing-ke-xue-yu-ren-lei-jian-kang-he-yi-yao-gong-ye.mp4

077 03_3-shen-jing-ke-xue-de-qi-meng-shi-dai.mp4

080 04_4-shen-jing-ke-xue-de-wen-ti-fang-fa-ceng-ci.mp4

085 05_5-nao-de-gong-neng-fen-qu-lu-xiang-xue-yu-brocas-area.mp4

090 06_6-nao-de-gong-neng-fen-qu-pi-ceng-de-fen-qu.mp4

095 07_7-nao-de-gong-neng-fen-qu-liang-ban-qiu-de-chai-bie.mp4

100 08_8-pethe-fmri.mp4

105 09_9-wai-zhou-shen-jing-xi-tong.mp4

110 10_10-shen-jing-yuan-xue-shuo-he-shen-jing-yuan-ji-xing.mp4

115 11_11-shen-jing-huan-lu.mp4

120 12_12-shen-jing-xin-xi-chuan-di-dong-zuo-dian-wei.mp4

125 13_13-shen-jing-xin-xi-chuan-di-hua-xue-chuan-di.mp4

129 01_2-1-reductionism-and-hypothesis.mp4

132 02_2-2-morphology-of-the-neuron.mp4

135 03_2-3-visualization-of-neurons-and-the-neuron-doctrine.mp4

138 04_2-4-the-story-of-the-fluorescent-proteins.mp4

141 05_2-5-stories-of-the-nobel-prize.mp4

144 06_2-6-organic-fluorescent-probes.mp4

147 07_2-7-proteins-specifically-expressed-in-neurons-and-brainbow-technique.mp4

150 08_2-8-microscopy-techniques-i.mp4

153 09_2-9-microscopy-techniques-ii.mp4

156 10_2-10-the-electron-microscope.mp4

159 11_2-11-glia-and-myelination.mp4

162 12_2-12-research-ais-and-ankyrin-g.mp4

163 13_quiz-2_exam.html

167 01_3-1-1-a-overview-of-neurons.mp4

170 02_3-1-2-real-life-situation-ab-in-alzheimers-disease.mp4

173 03_3-1-3-organelles-and-cytoskeleton-in-neurons.mp4

176 04_3-1-4-research-induction-of-the-tunneling-nanotube.mp4

179 05_3-1-5-defects-in-myelination-and-related-diseases.mp4

182 06_3-1-6-synthesis-and-trafficking-of-neuronal-proteins-i.mp4

185 07_3-1-7-synthesis-and-trafficking-of-neuronal-proteins-ii.mp4

186 08_quiz-3-1_exam.html

190 01_3-2-1-cellular-information-transfer.mp4

193 02_3-2-2-signaling-molecules.mp4

196 03_3-2-3-neurotransmitters-and-receptors.mp4

199 04_3-2-4-the-synapse.mp4

202 05_3-2-5-types-of-receptors.mp4

205 06_3-2-6-crosstalk-of-cellular-signal-transduction-pathways.mp4

208 07_3-2-7-the-ltp.mp4

211 08_3-2-8-the-molecular-mechanism-of-learning-and-memory.mp4

214 09_3-2-9-glia-in-a-synapse.mp4

215 10_quiz-3-2_exam.html

219 01_3-3-1-alzheimers-disease-introduction-and-myths.mp4

222 02_3-3-2-alzheimers-disease-pathology.mp4

225 03_3-3-3-parkinsons-disease-introduction.mp4

228 04_3-3-4-parkinsons-disease-symptoms-and-prognosis.mp4

231 05_3-3-5-parkinsons-disease-pathology.mp4

234 06_3-3-6-parkinsons-disease-treatment.mp4

237 07_3-3-7-prion-diseases.mp4

238 08_quiz-3-3_exam.html

242 01_4-1-overview.mp4

245 02_4-2-the-resting-potential.mp4

248 03_4-3-the-resting-potential-and-the-nernst-equation.mp4