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Getting up to Speed in Biology

(26 Lectures Available)

S# Lecture Course Institute Instructor Discipline
1
  • Allele segregation
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
2
  • Building with DNA 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
3
  • Cell division 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
4
  • Compatible ends 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
5
  • Conclusion
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
6
  • Condensation and hydrolysis 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
7
  • DNA replication 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
8
  • Free energy and reaction kinetics 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
9
  • Genes to proteins 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
10
  • Information transfer in biology 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
11
  • Inheritance and genetics 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
12
  • Molecules of life 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
13
  • Nucleic acid polarity
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
14
  • Organelles 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
15
  • Pathways 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
16
  • PCR
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
17
  • Pedigrees 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
18
  • Polar and non-polar molecules 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
19
  • Protein polarity 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
20
  • Punnett squares
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
21
  • Recognizing macromolecules
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
22
  • Restriction digests 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
23
  • The cell and how it works
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
24
  • Transcription 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
25
  • Translation 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences

Basic and Health Sciences

Applied Sciences

Social Sciences