Difference between revisions of "0610"

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<p>- why are there eight&nbsp;histones in a nucleosome?</p>
 
<p>- why are there eight&nbsp;histones in a nucleosome?</p>
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<p>- histone modification ~ gene transcription</p>
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 +
<p>- biosulfite treatment of cytosine ~ cytosine to uracil --&gt; bisulfite sequencing&nbsp;</p>
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<p>- acetylation vs. methylation //&nbsp;</p>
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<p>&nbsp;</p>
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 +
<p>* proteomics</p>
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 +
<p>- infinitely fractal protein layers / switch</p>
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<p>- semiconductor // in and out - turning on/off : most common way ~ phosphorylation / ATP</p>
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<p>- coiled structure / to bind something!</p>
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<p>- switch : alpha, beta, coiled ( only 3 structures) - coil for binding /&nbsp;</p>
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<p>- flexibility&nbsp;</p>
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<p>- oxygen / toxic</p>
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<p>- go binding / destroy</p>
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<p>- post - translational modifications : glycosylation</p>
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<p>- interaction proteomics</p>

Latest revision as of 14:57, 10 June 2016

* (short presentation) Why not Noble prize in Korea? _ by Keonwoo Kim

- Jewish library : discussing

- accent -> mind?

 

* Epigenomics

- epi- : outside

- heterochromatin :  tightly packed form of DNA, which comes in multiple varieties

- histone modification

- why are there eight histones in a nucleosome?

- histone modification ~ gene transcription

- biosulfite treatment of cytosine ~ cytosine to uracil --> bisulfite sequencing 

- acetylation vs. methylation // 

 

* proteomics

- infinitely fractal protein layers / switch

- semiconductor // in and out - turning on/off : most common way ~ phosphorylation / ATP

- coiled structure / to bind something!

- switch : alpha, beta, coiled ( only 3 structures) - coil for binding / 

- flexibility 

- oxygen / toxic

- go binding / destroy

- post - translational modifications : glycosylation

- interaction proteomics