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<p>1. personal genomics</p>

<p>- attacking govenment</p>

<p>- 23andme / Neanderthalian gene - what is related to us?</p>

<p>- helix</p>

<p>&nbsp;</p>

<p>2.&nbsp;Introduction to Genomics by Chung Yeon</p>

<p>- think about the problem</p>

<p>- make it interesting</p>

<p>&nbsp;</p>

<p>3. Approaches to genome analysis&nbsp;tools by Soo Gyun</p>

<p>- GWAS : study about the whole genome - new unexpected gene which is related to disease</p>

<p>- candidate gene studies / many slides - each slide : certain sample for certain gene or disease</p>

<p>- Gene doesn&#39;t tell everything.&nbsp;</p>

<p>- hypothesis - gene analysis : cannot interpret the unexpected gene</p>

<p>- whole genome - finding common point of many samples and interpreting</p>

<p>* Why is it important ?? Why are you giving this talk? What made you do that?&nbsp;</p>

<p>- because of this limitation</p>

<p>&nbsp;</p>

<p>* Approach to science</p>

<p>1. hypothesis-driven : specific way / prerequisite - target</p>

<p>2. data-driven : genomics</p>

<p>- normal vs. patient</p>

<p>&nbsp;</p>

<p>* lecture</p>

<p>- diversity / variability</p>

<p>- genotype + environment = phenotype &gt; uncertainty</p>

<p>- hypothesis driven (white lion) /&nbsp;data driven (white tiger)</p>

<p>&nbsp;</p>

<p>&nbsp;</p>