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BIOL 2299 Lecture 15: debate and review

CHEM 1214 Lecture 18: chapter 20

CHEM 1214 Lecture 13: weak acids and bases

CHEM 1214 Lecture 14: aqueous equlibrium

CHEM 1214 Lecture 15: buffers

CHEM 1214 Lecture 16: ph titrations and electrochemical cells

CHEM 1214 Lecture 17: redox reactions

BIOL 2299 Lecture 13: clinical trials and regeneration

BIOL 2299 Lecture 14: stem cells and evolution

CHEM 1214 Lecture 10: Le Chat's Principle

CHEM 1214 Lecture 11: chapter 15

CHEM 1214 Lecture 12: finding pH and acids and bases

BIOL 2299 Lecture 12: Neurogenesis and Disease

BIOL 2299 Lecture 11: Neurodegenerative Diseases

[CHEM 1214] - Final Exam Guide - Comprehensive Notes fot the exam (26 pages long!)

[BIOL 2299] - Final Exam Guide - Everything you need to know! (35 pages long)

CHEM 1214 Lecture Notes - Lecture 9: Partial Pressure

BIOL 2299 Lecture Notes - Lecture 8: Akon, Init, Homeobox Protein Nanog

BIOL 2299 Lecture Notes - Lecture 9: Playstation 3, Notch Signaling Pathway, Cancer Cell

BIOL 2299 Lecture Notes - Lecture 10: Pus, Neural Tube, Neurogenesis

CHEM 1214 Lecture 8: half lives

CHEM 1214 Lecture 7: reaction rates

BIOL 2299 Lecture 5: adult derived stem cells

BIOL 2299 Lecture 7: niche and cloning

BIOL 2299 Lecture 6: types of ASCs

CHEM 1214 Lecture 6: spontaneity

CHEM 1214 Lecture 5: gibbs free energy

[CHEM 1214] - Midterm Exam Guide - Ultimate 14 pages long Study Guide!

[BIOL 2299] - Midterm Exam Guide - Comprehensive Notes for the exam (20 pages long!)

BIOL 2299 Lecture 5: differentiation and morphogens

BIOL 2299 Lecture 6: epigenetics

CHEM 1214 Lecture 4: molality and entropy

CHEM 1214 Lecture 2: chapter 11 lectures 1 and 2

CHEM 1214 Lecture 3: chapter 10 lectures 2 and 3

CHEM 1214 Lecture 1: lecture 1

BIOL 2299 Lecture 2: ethics and macular degeneration

BIOL 2299 Lecture 1: stem cell basics

ENGW 1111 Lecture 1: rhetoric-covino and joliffe

PHIL 1165 Lecture 26: research ethics

PHIL 1165 Lecture 24: tuskegee study