1st Edition
BIOL-L 211: Molecular Biology
School: Indiana University, Bloomington (IUB )
-
Pages: 3Content of lecture #38 (according to her numbering)
-
Pages: 3EMSA, DNase footprinting assay, and Chain-terminating method
-
Pages: 4Antibiotics, Article, Protein Sorting and Localization
-
Pages: 3Termination of last lecture; Covers translation initiation in both prokaryotes and eukaryotes
-
Pages: 3Introduction to Translation (*note- she did not finish all the slides in lecture)
-
Pages: 3Finishing RNA Splicing and introducing Regulatory RNAs
-
Pages: 4End of Epigenetics Lecture; introduction to RNA splicing
-
Pages: 3Continuation of Lecture 23 and beginning of Epigenetics presentation (to be continued)
-
Pages: 4Transcriptional Regulation in Eukaryotes with examples/applications from an article
-
Pages: 4End of Lecture on Transcription in Eukaryotes Beginning of Transcriptional Regulation in Eukaryotes
-
Pages: 4Beginning of the explanation of transcription in eukaryotes
-
Pages: 3DNA Binding Proteins, the lac operon, and quorum sensing (with specific examples of all of the above)
-
Pages: 3Transcriptional Regulation by Alternative Sigma Factors Luminous proteins as a tracking method