Samenvatting ZSO4 Genexpressie deel 1 - Transcriptie Vak: Genetica en genomica Universiteit Hasselt (UHasselt), 1e bachelor biomedische wetenschappen Belangrijke termen: transcriptie, genexpressie, centraal dogma, RNA-moleculen, mRNA, rRNA, tRNA, snRNA, transcriptieproces, RNA-polymerasen, promotor, enhancer, 5'-capping, poly(A) staart, RNA-splicing, spliceosoom, exon shuffling, RNA-editing,

1. Although the basic structure of the cell plasma membrane is formed by a lipid bilayer, most of the specific membrane functions are carried out by: A) Bound and transmembrane proteins B) Complex, long carbohydrate chains C) Surface antigens and hormone receptors D) A gating system of selective ion channels Ans: A Feedback: The functions of plasma membrane depend on the presence of proteins that are bound in the lipid bilayer and some that have the ability to pass freely into and out o...

This gives an in-depth description on each of the terms mentioned above. It achieved the pass criteria.

1. Although the basic structure of the cell plasma membrane is formed by a lipid bilayer, most of the specific membrane functions are carried out by: A) Bound and transmembrane proteins B) Complex, long carbohydrate chains C) Surface antigens and hormone receptors D) A gating system of selective ion channels Ans: A Feedback: The functions of plasma membrane depend on the presence of proteins that are bound in the lipid bilayer and some that have the ability to pass freely into and out o...

1. Although the basic structure of the cell plasma membrane is formed by a lipid bilayer, most of the specific membrane functions are carried out by: A) Bound and transmembrane proteins B) Complex, long carbohydrate chains C) Surface antigens and hormone receptors D) A gating system of selective ion channels Ans: A Feedback: The functions of plasma membrane depend on the presence of proteins that are bound in the lipid bilayer and some that have the ability to pass freely into and out o...

A. DNA Structure 1. Draw the DNA “nucleotide” and label its components. 2. Construct a DNA molecule. B. DNA Replication 3. In a typical eukaryotic cell, what must happen before DNA replication can occur? DNA Helicase must pull the two strands apart (and single-strand binding proteins must attach to keep the two strands separated). 4. When in the cell cycle does DNA replication occur? S of interphase 5. What is happening to the chromatid number per chromosome of a eukaryotic cell as ...

A. DNA Structure 1. Draw the DNA “nucleotide” and label its components. 2. Construct a DNA molecule. B. DNA Replication 3. In a typical eukaryotic cell, what must happen before DNA replication can occur? DNA Helicase must pull the two strands apart (and single-strand binding proteins must attach to keep the two strands separated). 4. When in the cell cycle does DNA replication occur? S of interphase 5. What is happening to the chromatid number per chromosome of a eukaryotic cell as ...

What is Microbiology? Define Microbiology: Where do you find microorganisms? How many microorganisms are estimated to be on Earth? How long have microoganisms been on Earth? Are the majority of microorganisms beneficial or harmful? Do good or bad microorganisms get the most publicity? Why? How do microorganisms impact our lives? What are microorganisms made of? What do we know about the evolution of life and the genetics of microbes? How do microbes get energy and interact with the wo...

BIOL 212 Exam Review 2 QUESTIONS AND ANSWERS 200 SI Exam Review 2 Course: Biology 212 (1) Multiple Choice Questions (MCQs) 1. The DNA that codes for proteins that regulate the activity of structural genes is contained in a 3. Introns 3. If you wanted to separate DNA pieces by size you would 4. Restriction enzymes 5. The process of copying a gene's DNA sequence into a sequence of RNA is called 6. The transcribing enzyme is 7. Transcription occurs along a ___...

A comprehensive and clear summary, in English! These are the lecture notes of the course Molecular Biology of the University of Groningen, and the theory from the book in one. Also useful as an extra explanation for high school. The following topics will be covered: - proteins - DNA - chromosomes - mutations and repair - DNA replication, transcription and translation - tRNA, mRNA, sRNA, rRNA - expression - protein interactions - manipulating DNA Good luck with the next exam!