Transcriptome Guides d'étude, Notes de cours & Résumés

These are comprehensive lecture notes for the BIOC0005 Week 7-10 lectures. BIOC0005 is taken by 2nd year BSc students studying Molecular Biology, Biochemistry and other life sciences degrees. Important knowledge/exam points are highlighted or typed in red. I received a first honours for this course and was named on the Dean’s list. Week 7-10 lectures include topic on genome, transcriptome, recombinant proteins, mutagenesis, translation, post translational modifications, protein trafficking...

Test Bank for Chapter 20: Genomics and Proteomics Multiple-Choice Questions 1. For a genetic map of a chromosome, distances are measured in units of a. ESTs. b. RFLPs. c. centiMorgans. d. base pairs. e. contigs. Answer: c Section 20.1 Comprehension 2. Which of the following is true of genetic maps? a. They are derived from direct analysis of DNA. b. They are based on frequencies of recombination between loci. c. They have a high level of detail rivaling that of physical maps. d. They always accu...

Summary of all the lectures given during the course Gene Technology (MOB-20306)

Detailed lecture notes from module, regulating the transcriptome from week 3, lecture 3-5. Content covered included repression of transcriptome.

Epigenetics 1. DefectsIinItheIencodingIofIhistone-modifyingIproteinsI(ChpI6IandI12IwkI1) Histone modification (e.g., Ihistone acetylation and deacetylation, alterationsin chromatin): Chromatin compaction and organization help to regulate gene expression, determining and maintaining cell identity. Chromatin structure must be controlled in self-renewing and differentiated cells in cell renewal systems. For example, there are differences in chromatin structure in stem cells and terminally diff...

Epigenetics 1. DefectsIinItheIencodingIofIhistone-modifyingIproteinsI(ChpI6IandI12IwkI1) Histone modification (e.g., Ihistone acetylation and deacetylation, alterationsin chromatin): Chromatin compaction and organization help to regulate gene expression, determining and maintaining cell identity. Chromatin structure must be controlled in self-renewing and differentiated cells in cell renewal systems. For example, there are differences in chromatin structure in stem cells and terminally diff...

Biochem chapter 12 test questions and answers updated solution Package Title: Pratt & Cornely Test Bank Course Title: Pratt & Cornely Chapter Number: 12 Question type: Multiple Choice 1) Plants are considered . A) chemoautotrophs B) photoautotrophs C) chemoheterotrophs D) photoheterotrophs E) none of the above 2) Energy is generated during , the breakdown of larger molecules into smaller while energy is consumed during , the building of larger molecules from smaller ones. A) redu...

(chapter5) Microbiology Test 2 1. Which growth phase has the largest increase in cell numbers per unit of time? death phase exponential phase lag phase stationary phase In which growth p hase is there no increase or decrease in cell number because some cells are dividing while others are dying? death phase exponential phase lag phase stationary phase To speed up the growth rate in a chemostat, the should be increased. To increase the cell density as well, the should be increased. A. dilution rat...

Cours sur la transcriptomique de l'UE OMEE

NR 507NR 507Specific MidTerm Study Guide Epigenetics 1.Defects in the encoding of histone-modifying proteins (Chp 6 and 12 wk 1) Histone modification (e.g., histone acetylation and deacetylation, alterations in chromatin): Chromatin compaction and organization help to regulate gene expression, determining and maintaining cell identity. Chromatin structure must be controlled in self-renewing and differentiated cells in cell renewal systems. For example, there are differences in chromatin struct...