MCB 2000 (MCB2000)

Word-for-word lecture notes of Mary Bruno for the Electron Transport Chain, oxidative phosphorylation regulation, ATP synthase regulation, respiratory control, and brown adipose tissue importance.

MCB 2000 Exam Four Study Guide! These are notes formatted into a study guide for the fourth exam. Keep in mind that Bruno has different paces per semester so there may be more/less information. They are word-for-word notes of everything Bruno says during lecture incorporated into her study guide format that she uploaded. Some information is color-coded so it stands out because I remembered seeing it on the exam afterwards. Information includes (along with lecture slide photos) everything you nee...

MCB 2000 Exam Three Study Guide! These are notes formatted into a study guide for the third exam. Keep in mind that Bruno has different paces per semester so there may be more/less information. They are word-for-word notes of everything Bruno says during lecture incorporated into her study guide format that she uploaded. Practice Exam questions are included. Some information is color-coded so it stands out because I remembered seeing it on the exam afterwards. Information includes signal transdu...

MCB 2000 Exam Two Study Guide! These are notes formatted into a study guide for the second exam. Keep in mind that Bruno has different paces per semester so there may be more/less information. They are word-for-word notes of everything Bruno says during lecture incorporated into her study guide format that she uploaded. Practice Exam questions are included. Information includes introduction to and biological thermodynamics, enzyme kinetics and properties, activation energy, michaelis-menten, all...

MCB 2000 Exam One Study Guide! These are notes formatted into a study guide for the first exam. Keep in mind that Bruno has different paces per semester so there may be more/less information. They are word-for-word notes of everything Bruno says during lecture incorporated into a study guide. Information includes importance of Hb and Mb, cooperativity, Amino acids and peptide bonds, protein structures, protein folding and diseases.