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Created page with "<p>6.10<br /> <Epigenetics><br /> -Next generation offspring<br /> -Cloning</p> <p><br /> -DNA Methylation, Histone modification, RNA interference<br /> -DNMT1 gene, which..."
<p>6.10<br />
<Epigenetics><br />
-Next generation offspring<br />
-Cloning</p>
<p><br />
-DNA Methylation, Histone modification, RNA interference<br />
-DNMT1 gene, which is important gene for the epigenetics</p>
<p>-Imprinting<br />
-X chromosome inactivation : XIST</p>
<p>-Why 4 histone? - I think for the size, 1 is too less to enclose DNA, 2 also, 3 is unstable, 4 is proper, but it need to wrap whole DNA. So 2 pairs of 4 histone.</p>
<p>-Bisulfite Sequencing : detect Cytosine and changed into Thymine, changed Thymine is originally Cytosine.</p>
<p><Proteomics><br />
Protein is semiconductor : It is on and off by phosphorylation, using ATP,energy.</p>
<p>-Coil : is for binding!!!, Attacking!!! Ex) Antibody's antigen binding site<br />
-Coiled coil : Toxin, Venome!!!!</p>
<Epigenetics><br />
-Next generation offspring<br />
-Cloning</p>
<p><br />
-DNA Methylation, Histone modification, RNA interference<br />
-DNMT1 gene, which is important gene for the epigenetics</p>
<p>-Imprinting<br />
-X chromosome inactivation : XIST</p>
<p>-Why 4 histone? - I think for the size, 1 is too less to enclose DNA, 2 also, 3 is unstable, 4 is proper, but it need to wrap whole DNA. So 2 pairs of 4 histone.</p>
<p>-Bisulfite Sequencing : detect Cytosine and changed into Thymine, changed Thymine is originally Cytosine.</p>
<p><Proteomics><br />
Protein is semiconductor : It is on and off by phosphorylation, using ATP,energy.</p>
<p>-Coil : is for binding!!!, Attacking!!! Ex) Antibody's antigen binding site<br />
-Coiled coil : Toxin, Venome!!!!</p>