User contributions for Biomol
A user with 56 edits. Account created on 22 January 2008.
30 January 2008
- 22:3822:38, 30 January 2008 diff hist +4 Computational gene →Challenges
- 22:3622:36, 30 January 2008 diff hist +18 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
25 January 2008
- 20:3920:39, 25 January 2008 diff hist +8 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:3520:35, 25 January 2008 diff hist +1 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:3320:33, 25 January 2008 diff hist 0 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:3320:33, 25 January 2008 diff hist −2 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:2920:29, 25 January 2008 diff hist −150 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:2820:28, 25 January 2008 diff hist +187 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:2420:24, 25 January 2008 diff hist −93 Computational gene →What is a Computational Gene ?
- 20:2220:22, 25 January 2008 diff hist +213 Computational gene No edit summary
- 20:1520:15, 25 January 2008 diff hist −28 Computational gene No edit summary
- 20:1320:13, 25 January 2008 diff hist 0 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:0620:06, 25 January 2008 diff hist +20 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:0520:05, 25 January 2008 diff hist −69 Computational gene →What is a Computational Gene ?
- 20:0020:00, 25 January 2008 diff hist −146 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 19:5919:59, 25 January 2008 diff hist +225 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 19:5619:56, 25 January 2008 diff hist +664 N File:Therapy cancer.jpg {{Information |Description=Therapy of pathogenic mutations. The released diagnostic signal completes the structure of the functional gene so that a wild-type protein or an anti-drug is provided by the transcription and translation machinery of the cell. |
- 19:5019:50, 25 January 2008 diff hist +845 N File:Diagnosis Cancer.jpg {{Information |Description=Diagnostic of pathogenic mutations. A diagnostic complex is a dsDNA molecule resembling a short part of the gene of interest, in which one of the strands is intact (diagnostic signal) and the other bears the mutation to be detec
- 19:4019:40, 25 January 2008 diff hist +1,111 N File:Diagnosis and therapy.jpg {{Information |Description=Model for diagnosis and therapy of pathogenic mutations. A) Diagnostic process. A diagnostic complex is a dsDNA molecule resembling a short part of the functional gene of interest, in which one of the strands is intact (diagnost
- 19:2719:27, 25 January 2008 diff hist +33 Computational gene →What is a Computational Gene ?
- 19:2619:26, 25 January 2008 diff hist +34 Computational gene →What is a Computational Gene ?
- 19:2519:25, 25 January 2008 diff hist +60 Computational gene →What is a Computational Gene ?
- 19:2419:24, 25 January 2008 diff hist −27 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 19:2319:23, 25 January 2008 diff hist +78 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 19:2019:20, 25 January 2008 diff hist +9 Computational gene →What is a Computational Gene ?
- 19:1719:17, 25 January 2008 diff hist +9 File:Computational Gene.jpg →Summary
- 19:1519:15, 25 January 2008 diff hist +1,321 N File:Computational Gene.jpg {{Information |Description= Design of a computational gene. A) Most eukaryotic genes are organized as alternating sequences of coding (exons) and non-coding (introns) segments. Conserved regions in the introns, e.g., pyrimidine rich region (poly(Y)), 5'-
- 18:2118:21, 25 January 2008 diff hist +26 Computational gene No edit summary
24 January 2008
- 22:5122:51, 24 January 2008 diff hist +32 Nanomedicine →Nanorobots
- 22:4422:44, 24 January 2008 diff hist +26 Nanobiotechnology →Examples
- 22:4322:43, 24 January 2008 diff hist +26 Biological computing →See also
- 22:4122:41, 24 January 2008 diff hist 0 Biological computing →Engineering Biocomputers
- 22:4022:40, 24 January 2008 diff hist +31 Biological computing →Engineering Biocomputers
- 22:3022:30, 24 January 2008 diff hist +142 Computational gene →Challenges
- 22:1722:17, 24 January 2008 diff hist +474 Computational gene →Challenges
- 22:0122:01, 24 January 2008 diff hist +183 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 21:5021:50, 24 January 2008 diff hist +145 Computational gene →What is a Computational Gene ?
- 20:4220:42, 24 January 2008 diff hist +108 Computational gene →What is a Computational Gene ?
- 20:3720:37, 24 January 2008 diff hist +12 Computational gene →Challenges
- 20:3620:36, 24 January 2008 diff hist +1,030 Computational gene →Challenges
- 20:1520:15, 24 January 2008 diff hist +8 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:1320:13, 24 January 2008 diff hist +573 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 19:5419:54, 24 January 2008 diff hist +13 Computational gene →References
- 19:4019:40, 24 January 2008 diff hist +257 Computational gene →What is a Computational Gene ?
23 January 2008
- 20:4920:49, 23 January 2008 diff hist +4 Computational gene →A Potential Application: In Situ Diagnostics and Therapy of Cancer
- 20:4320:43, 23 January 2008 diff hist +15 Computational gene →A Potential Application: Diagnostics and Therapy of Cancer
- 20:4120:41, 23 January 2008 diff hist +1 Computational gene →What is a Computational Gene ?
- 20:4020:40, 23 January 2008 diff hist −28 Computational gene →What is a Computational Gene ?
- 20:3620:36, 23 January 2008 diff hist +65 Computational gene →Challenges
- 20:2920:29, 23 January 2008 diff hist +142 Computational gene →Potential Applications
