CAS BI203 (BI203)

document for summary for midterm. focuses on definitions of important terms to know for DNA transcription, interference, transformation, etc. Terms include RNA (mRNA, tRNA, rRNA, RNAi, siRNA, miRNA, etc.), recombinant technology, ORI, DNA ligase, blotting techniques, PCR, transfection, CRISPR/Cas system, transient expression, exons/introns, simple-sequence repeats, SINEs and LINEs, CENP-A Histones, telomeres, transposons, heterochromatin, DNA ligase, steps for replication, etc.. To reiterate ...

26 page document focusing on topics learned in Boston Uni Unit 2 Cell Biology course, including: DNA replication, endo/exonucleases, proteins (i.e. ssB, sliding-clamp, clamp-loading, etc.), topoisomerases, telomeres, ensuring accuracy of DNA replication, photoreactivation, mismatch repair in prokaryotes vs eukaryotes, base excision repair, nucleotide excision repair, DNA rearrangements and recombinations, DNA aplification, hypermutation, RNA polymerases, mRNA processing, etc. At the end are some...

8.5 page summary for fundamentals of molecular biology from boston uni. not too in depth (hence -- summary) but good for general review before exam, to familiarize with material, or for summary for MCAT biology. one page includes bacteria pneumococcus experiment. There's also techniques for studies of DNA structure, models for DNA replication and structure, experimental evidence of semiconservative DNA replication, and determination of the genetic code. There is also a section that answers "h...

Level 200 Boston University Cell Biology 25 page extensive notes for units on DNA replication, transcription, and repair. Got A on this exam. Topics cover different enzymes involved, clinical scenarios (i.e. how this applies to muscular dystrophy), different mechanisms for recombination and repair, and lots of things involved. Covers transcription for eukaryotes and prokaryotes. Covers mRNA processing, splicing, mRNA degradation, etc. Good for studying for a class, exam, or as review for MCAT...

43 pages of Extensive Cell Biology (boston university) unit 1 notes and questions, level 200. topics cover phospholipid bilayers, proteins, diffusion, transport, gradients, cholesterol budding and uptake, endocytosis, DNA replication, sequencing, genetic code, molecular tools to study gene function, PCR reactions, CRISPR/Cas9, DNA sequencing, antibodies, etc. This class did a good job of taking different health conditions (i.e. cytic fibrosis) and connecting the material to explain physiologi...