1st Edition
BIOC 3021: Biochemistry
School: University of Minnesota- Twin Cities (U of M )
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Pages: 4Know these topic well for the final and review your notes from this quarter of the class. -
Pages: 6Be able to draw each of these figures backwards and forwards for the exam - don't forget to review your notes as well for the midterm. -
Pages: 10In this lecture we discussed HIV and AIDS, its treatment, origin, and potential for vaccinations. -
Pages: 10In this lecture we discussed translation and the role of the ribosome in the formation of a protein. -
Pages: 10In this lecture we finished up DNA repair and the began talking about transcription, elongation, binding sites for initiation, capping, splicing, and the role of the ribosome. -
Pages: 12In this lecture we discussed DNA replication, directionality of extension, damage to DNA, and the repair of DNA. -
Pages: 4In this lecture we discussed metabolic integration and how organs make and use energy. -
Pages: 12In this lecture we discussed the makeup of photosynthesis and its relation to the mitochondrial ETC, the role of chlorophyll in the photosystems, ad began discussing the calvin cycle. -
Pages: 6In this lecture, we discussed cholesterol and its regulation by HMG reductase, we talked about prostaglandins (Aspirin and Acetaminophen), and amino acid metabolism. -
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Pages: 9In this lecture, we discussed the benefits of coupled reactions for driving unfavorable rxns forward and began talking about glycolysis and its different parts. -
Pages: 7In this lecture we looked at lipids as energy storage and beta and Alpha linkages. In addition we looked at ACE and linkage patterns of celluose and glycogen -
Pages: 8In this lecture we wrapped up on Nucleotides, DNA and RNA structure, and Reverse Transcriptase. After finishing up the slides, we began reviewing for the exam. -
Pages: 10In this lecture we looked at phospholipids and the range that they arrange themselves. We also talked about the glycolipids responsible for blood types and neucleic acids. -
Pages: 16In this lecture we looked at lipids as energy storage and beta and Alpha linkages. In addition we looked at ACE and linkage patterns of cellulose and glycogen -
Pages: 12In this lecture, we focused on carbohydrates. We looked at naming, drawing, and ring structure of carbohydrates. In addition, we talked about how penicillin works and the problems with antibiotic resistance in terms of biochemistry. -
Pages: 2In this lecture we spent a lot of time reviewing enzyme mechanism - this will be important to know. We also spent time looking at reaction speeds, protease inhibition, and ways to sabotage the HIV protease. -
Pages: 13In this lecture we looked at Chymotrypsin and its enzymatic function of cleaving peptides with the help of Serine, Histidine, and Asparagine. we looked at how enzymatic reactions occur, the energy that they use, and the mechanism that they take through the example Chymotrypsin. -
Pages: 8This lecture continues with the binding of Hemoglobin and Myoglobin and the how the binding of O2 can differ in a fetus. We began talking about enzymes and their binding properties and effect on activation energy. We looked at enzyme inhibitors - Non-competative and Competative and HIV treatment with enzyme inhibitors. -
Pages: 12In this lecture we discussed BPG and binding affinity differences between a mother and her fetus. We also talked about enzyme characteristics and enzymatic effects on reactions. -
Pages: 14This lecture covers LDL, HDL, and lipid/cholesterol density and transport in the body. We also talked about Heme and how it is incorporated into myoglobin and hemoglobin for O2 transport and how it affects the conformation change of those molecules. -
Pages: 8Lactose intolerance is covered along with the binding of sugars to sucrase and how binding time and affinity for binding affect sweetness of sugar. This lecture also covers quaternary structure, prion disease, and denaturation -
Pages: 11This lecture was on the structure of proteins, primarily focusing on the bonding patterns of the secondary structure of proteins. -
Pages: 14Continuing with PKa calculations and using pH. This lecture also looks at net charges, ionization, and introduces the 20 Amino Acids and their structure.