1st Edition
BIOL 302: Cell & Molecular Biology
School: University Of South Carolina-Columbia (SC )
-
Pages: 6Nucleic Acid DNA Replication Telomeres Centromeres Gene Structure The difference between RNA and DNA Transcription initiation
-
Pages: 2Description of the initiation complex and the typtophan operon the p53 gene is expressed with also the enhancers
-
Pages: 2Description of how gene expression works and how RNA polyermase affects in DNA
-
Pages: 3Finishes up the discussion on chromosomes with the last section - centromeres. Goes on next to chromatins and nucleosomes (the DNA proteins) Talks a lot about the histones and what it is useful for
-
Pages: 3Continue of DNA replication forks, the difference between lagging and leading strands. Telomerase
-
Pages: 3Explains more about the DNA and RNA The genetic code and how it functions How chromosomes fit in all of this is also explained.
-
Pages: 3Description of the difference between RNA and DNA. Talks about how the sugar and bases attach.
-
Pages: 2The rest of the information needed to know about proteins. How they're used as enzymes
-
Pages: 3Description of the quaternary structures and contains 2 examples. Important to know what self-assemble is and what it does (Proin Diseases**). Pure protein vs Infected protein. Also describes the movement of Kinesins
-
Pages: 2Description of the different protein structures. How they interact is very important.
-
Pages: 2The description of the first two macromolecules we talked about in class.
-
Pages: 2An overview of what and how researchers use different species to conduct different experiments