SCCI Digital Library and Forum

scci library
Menu
Home » MIT

MIT

S# Lecture Course Institute Instructor Discipline
101
Nucleotide Metabolism
General Biochemistry (Spring 2020) MIT Prof. Michael Yaffe and Prof. Matthew Vander Heiden Basic and Health Sciences
102
Oxidative Phosphorylation
General Biochemistry (Spring 2020) MIT Prof. Michael Yaffe and Prof. Matthew Vander Heiden Basic and Health Sciences
103
Oxidative Phosphorylation/Photosynthesis I
General Biochemistry (Spring 2020) MIT Prof. Michael Yaffe and Prof. Matthew Vander Heiden Basic and Health Sciences
104
Pentose Phosphate Pathway
General Biochemistry (Spring 2020) MIT Prof. Michael Yaffe and Prof. Matthew Vander Heiden Basic and Health Sciences
105
Photosynthesis II/CO2 Assimilation
General Biochemistry (Spring 2020) MIT Prof. Michael Yaffe and Prof. Matthew Vander Heiden Basic and Health Sciences
106
TCA Cycle II
General Biochemistry (Spring 2020) MIT Prof. Michael Yaffe and Prof. Matthew Vander Heiden Basic and Health Sciences
107
Allele segregation
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
108
Building with DNA 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
109
Cell division 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
110
Compatible ends 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
111
Conclusion
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
112
Condensation and hydrolysis 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
113
DNA replication 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
114
Free energy and reaction kinetics 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
115
Genes to proteins 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
116
Information transfer in biology 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
117
Inheritance and genetics 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
118
Molecules of life 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
119
Nucleic acid polarity
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
120
Organelles 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
121
Pathways 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
122
PCR
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
123
Pedigrees 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
124
Polar and non-polar molecules 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences
125
Protein polarity 
Getting up to Speed in Biology MIT Prof. Hazel Sive, Dr. Diviya Ray, Basic and Health Sciences