Difference between revisions of "Personal Genomics Issues"

From Geromics.org
 
 
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<font size="5"><font size="4"><strong>◇ </strong></font></font><font size="4"><strong>Data storage issues for sequenced personal genomes</strong></font><br />
 
<font size="5"><font size="4"><strong>◇ </strong></font></font><font size="4"><strong>Data storage issues for sequenced personal genomes</strong></font><br />
 +
The storage amount needed for personal genomes (by March 2009)<br />
 +
<br />
 +
1. NCBI human reference genome (6GB)<br />
 +
2. Craig Venter (10Gb)<br />
 +
3. Watson (10Gb)<br />
 +
4. YH (2TB)<br />
 +
5. African (2TB)<br />
 +
6. Koref (2TB)<br />
 +
7. 1000 genome (5TB)<br />
 +
&nbsp;&nbsp;&nbsp; a. Pilot 1 : 180 (&gt;2X)<br />
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&nbsp;&nbsp;&nbsp; b. Pilot 2 : 6 (&gt;20X)<br />
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&nbsp;&nbsp;&nbsp; c. Pilot 3: 1500 (&gt;20X) <br />
 +
total: 12TB<br />
 
<br />
 
<br />
 
<font size="5"><font size="4"><strong>◇ Ethical issues<br />
 
<font size="5"><font size="4"><strong>◇ Ethical issues<br />
 
<br />
 
<br />
 
<br />
 
<br />
</strong></font></font><font size="5"><font size="4"><strong>◇ Analysis issues</strong></font></font><br />
+
</strong></font></font><font size="5"><font size="4"><strong>◇ Analysis issues</strong></font></font>

Latest revision as of 19:38, 3 March 2009

Data storage issues for sequenced personal genomes
The storage amount needed for personal genomes (by March 2009)

1. NCBI human reference genome (6GB)
2. Craig Venter (10Gb)
3. Watson (10Gb)
4. YH (2TB)
5. African (2TB)
6. Koref (2TB)
7. 1000 genome (5TB)
    a. Pilot 1 : 180 (>2X)
    b. Pilot 2 : 6 (>20X)
    c. Pilot 3: 1500 (>20X)
total: 12TB

◇ Ethical issues


◇ Analysis issues