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Summary Part 2 -- Genetics & genomics

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This is a summary of part 2 Genetics & genomics of Evolutionary Development. With all of my summaries for this course I passed it with an 7,7 !

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  • January 29, 2021
  • 3
  • 2019/2020
  • Summary

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By: joosjemouton • 3 year ago

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By: irinazogina • 3 year ago

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Genetics & genomics
Sequencing of the genetic code
Chromosome  nucleosomes  chromatin (DNA is condensed with the aid
of histones)  DNA double helix

Histones: 2H2A, 2 H2B, 2 H3 and 2 H4

To make transcripts DNA should be accessible:
 Histone modification: DNA become less tightly bound to histone
proteins
o Histone acetylation: addition of acetyl groups to histones
– DNA become more accessible to transcription factors –
euchromatin: loosely pakced form and generally active
o Histone deacetylation: removal of acetyl groups from
histones – DNA become less accessible to transcription
factors – heterochromatin: firmly packed form and
genetically inactive
o Nucleosome remodelling (change in structure)
 DNA modification/methylation

DNA sequencing:
Method invested in 1976 by Fred sanger;
Chain-termination method: making many DNA product with
the use of enzymes and terminate the reaction – size of
product determines the next base in line

In 2003; the code is published

Later; advances went much quicker than expected because increase in computer-
storage

Measuring gene expression:
1. PCR methods
a. Relative expression
b. Work well for small number of genes
c. Real quantitative version is the best
2. Hybridization-based methods
a. Relative expression
b. Very popular between 2000-now because
of price
3. Sequencing-based methods (Tag-based)
a. Serial analysis of gene expression (SAGE)
– gene expression
b. Cap analysis of gene expression (CAGE) –
gene expression and promotor use (newest
one!)
Make cDNA and use CAP at 5’ end and add a linker to the CAP 
sequence this and count number (=presence of transcripts)

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