Ok, these videos are a little hard to understand and it's not the best quality, but they go over a great wealth of information in a very thorough textbook style way. The introductions of each movie are a little too long so you might want to fast forward. But, thank you Prof. S. Dasgupta at the Dept of Chemistry at IIT in Kharagpur!! Guy and Girls, I know this is going to be hard to get through, (it's around 30 hours) but march through it. Pretend its the greatest secret ever been told. It is! We are peering through the rabbit hole fellas. Keep reminding yourself of that. Before we can work with nature, we need to really get to know nature, hang out her, and become best buddies. Now psyche yourself up, forgive prof. Dasgupta's hard to understand English accent, and watch all these movies!
Lecture - 1 Amino Acids I
Lecture - 2 Amino Acids II
Lecture - 3 Protein Structure - I
Lecture - 4 Protein structure II
Lecture - 05 Protein Structure III
Lecture - 6 Protein Structure 4
Lecture - 7 Enzymes I
Lecture - 8 Enzymes 2
Lecture - 9 Enzymes III
Lecture - 10 Enzyme Mechanisms I
Lecture - 11 Enzyme Mechanisms II
Lecture - 12 Myoglobin and Hemoglobin
Lecture - 13 Lipids and Membranes 1
Lecture - 14 Lipids and Membranes II
Lecture - 15 Membrane Transport
Lecture - 16 Carbohydrates I
Lecture - 17 Carbohydrates II
Lecture - 18 Vitamins and Coenzymes 1
Lecture - 19 Vitamins and Coenzymes II
Lecture - 20 Nucleic Acids 1
Lecture - 21 Nucleic Acids II
Lecture - 22 Nucleic Acids III
Lecture - 23 Bioenergetics 1
Lecture - 24 Bioenergetics II
Lecture - 25 Metabolism I
Lecture - 26 Metabolism II
Lecture - 27 Metabolism III
Lecture - 28 Overview of the Course
Showing posts with label Video Lectures. Show all posts
Showing posts with label Video Lectures. Show all posts
Tuesday, January 27, 2009
Wednesday, December 24, 2008
MIT OPEN COURSEWARE!!
Hello Everyone,
Welcome to my new blog about learning DIY BIO. I figured that if I am going to be compiling information I might as well post it for others to see. First off, I have no BIO background, I only have an intense burning enthusiasm to learn it. So my only knowledge at this point comes from devouring the New Scientist every day. If you are in the same boat, you'll find this blog useful. If your more experienced there are probably more advanced blogs for you, although we welcome your comments here.
The first order of business is for us to develop a deep and rigorous conceptual understanding of all the Micro Biology and Genetic Engineering data that is out there. Grand! Hahahaha. That won't be easy, but it will be fun. Here is a philosophical motivational speech to help you psyche yourself up for such a monumental task:
I strongly believe that it is the destiny of Nature to develop consciousness and eventually develop the awareness to understand itself and eventually responsibly shape its own future through an intelligent design rather than by billion year chance-by-chance kludgey mutations. If we for a minute accept that premise, then learning about BIO is not just fun, but the destiny of Humans and the destiny of Nature itself. We are fulfilling the final step of the evolutionary process. Nature will eventually develop the awareness the chart its own course rather than being steered by the seas of chance.
Ok, enough of the motivational philosophy stuff and onwards with the motivational learning speach. Thanks to open courseware we don't need to get in to MIT. We are already in! So imagine the prestige of sitting in those great halls (with a full scholarship!) and click on the links below! Each link contains a video class of Introduction to BIOLOGY 7.012 (real media and also mp3 format). I am halfway through. If you are a novice like me you will eat it up. Use WIKIPEDIA where you need it, and you will need it! You can find other courses here but not all of them have audio or video... http://ocw.mit.edu/OcwWeb/Biology/
Ok my fellow BIO enthusiasts, go fill up your minds!
Welcome to my new blog about learning DIY BIO. I figured that if I am going to be compiling information I might as well post it for others to see. First off, I have no BIO background, I only have an intense burning enthusiasm to learn it. So my only knowledge at this point comes from devouring the New Scientist every day. If you are in the same boat, you'll find this blog useful. If your more experienced there are probably more advanced blogs for you, although we welcome your comments here.
The first order of business is for us to develop a deep and rigorous conceptual understanding of all the Micro Biology and Genetic Engineering data that is out there. Grand! Hahahaha. That won't be easy, but it will be fun. Here is a philosophical motivational speech to help you psyche yourself up for such a monumental task:
I strongly believe that it is the destiny of Nature to develop consciousness and eventually develop the awareness to understand itself and eventually responsibly shape its own future through an intelligent design rather than by billion year chance-by-chance kludgey mutations. If we for a minute accept that premise, then learning about BIO is not just fun, but the destiny of Humans and the destiny of Nature itself. We are fulfilling the final step of the evolutionary process. Nature will eventually develop the awareness the chart its own course rather than being steered by the seas of chance.
Ok, enough of the motivational philosophy stuff and onwards with the motivational learning speach. Thanks to open courseware we don't need to get in to MIT. We are already in! So imagine the prestige of sitting in those great halls (with a full scholarship!) and click on the links below! Each link contains a video class of Introduction to BIOLOGY 7.012 (real media and also mp3 format). I am halfway through. If you are a novice like me you will eat it up. Use WIKIPEDIA where you need it, and you will need it! You can find other courses here but not all of them have audio or video... http://ocw.mit.edu/OcwWeb/Biology/
Ok my fellow BIO enthusiasts, go fill up your minds!
Video Lectures
An outline of lecture topics accompanies each video lecture, but the slides used in these videos are not available.
Streaming formats include subtitles.
RAW = Prof. Robert A. Weinberg
ESL = Prof. Eric Lander
CLG = Dr. Claudette Gardel
ESL = Prof. Eric Lander
CLG = Dr. Claudette Gardel
| LEC # | TOPICS | LECTURERs | STREAMING MEDIA | DOWNLOADABLE MEDIA | TRANSCRIPTS |
|---|---|---|---|---|---|
| 1 | Introduction | RAW | (RM - 56K) (RM - 220K) | (MP3 - 8.7MB) | (PDF) (HTML) |
| 2 | Biochemistry 1 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 11.6MB) | (PDF) (HTML) |
| 3 | Biochemistry 2 | RAW | Audio Only (RM - 16K) | (MP3 - 12.2MB) | (PDF) (HTML) |
| 4 | Biochemistry 3 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| 5 | Biochemistry 4 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12.4MB) | (PDF) (HTML) |
| 6 | Genetics 1 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.2MB) | (PDF) (HTML) |
| 7 | Genetics 2 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.3MB) | (PDF) (HTML) |
| 8 | Genetics 3 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.3MB) | (PDF) (HTML) |
| 9 | Human Genetics | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12MB) | (PDF) (HTML) |
| 10 | Molecular Biology 1 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.3MB) | (PDF) (HTML) |
| 11 | Molecular Biology 2 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12MB) | (PDF) (HTML) |
| Quiz 1, Lectures 1-10 | |||||
| 12 | Molecular Biology 3 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.3MB) | (PDF) (HTML) |
| 13 | Gene Regulation | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.4MB) | (PDF) (HTML) |
| 14 | Protein Localization | CLG | (RM - 56K) (RM - 220K) | (MP3 - 10.8MB) | (PDF) (HTML) |
| 15 | Recombinant DNA 1 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12MB) | (PDF) (HTML) |
| 16 | Recombinant DNA 2 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| 17 | Recombinant DNA 3 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| 18 | Recombinant DNA 4 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| Quiz 2, Lectures 11-17 | |||||
| 19 | Cell Cycle/Signaling | RAW | (RM - 56K) (RM - 220K) | (MP3 - 46.6MB) | (PDF) (HTML) |
| 20 | Cancer | RAW | (RM - 56K) (RM - 220K) | (MP3 - 11.8MB) | (PDF) (HTML) |
| 21 | Virology/Tumor Viruses | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| 22 | Immunology 1 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 11.4MB) | (PDF) (HTML) |
| 23 | Immunology 2 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| 24 | AIDS | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12MB) | (PDF) (HTML) |
| 25 | Genomics | ESL | (RM - 56K) (RM - 220K) | (MP3 - 11.8MB) | (PDF) (HTML) |
| Quiz 3, Lectures 18-24 | |||||
| 26 | Nervous System 1 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 11.7MB) | (PDF) (HTML) |
| 27 | Nervous System 2 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 11.8MB) | (PDF) (HTML) |
| 28 | Nervous System 3 | Dr. Andrew Chess, Guest Lecturer | (RM - 56K) (RM - 220K) | (MP3 - 10.3MB) | (PDF) (HTML) |
| 29 | Stem Cells/Cloning 1 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| 30 | Stem Cells/Cloning 2 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12.4MB) | (PDF) (HTML) |
| 31 | Molecular Medicine 1 | RAW | (RM - 56K) (RM - 220K) | (MP3 - 12.3MB) | (PDF) (HTML) |
| 32 | Molecular Evolution | RAW | (RM - 56K) (RM - 220K) | (MP3 - 11.7MB) | (PDF) (HTML) |
| 33 | Molecular Medicine 2 | ESL | (RM - 56K) (RM - 220K) | (MP3 - 12.1MB) | (PDF) (HTML) |
| 34 | Human Polymorphisms and Cancer Classification | ESL | (RM - 56K) (RM - 220K) | (MP3 - 11.6MB) | (PDF) (HTML) |
| 35 | Future of Biology | RAW | (RM - 56K) (RM - 220K) | (MP3 - 9.4MB) | (PDF) |
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