SCCI Digital Library

Getting up to Speed in Biology

S# Lecture Course Institute Instructor Discipline
1
Building with DNA 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
2
Allele segregation
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