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WikiPage Home modified by jcg

jcg — Thu, 28 Feb 2013 16:38:36 -0000

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 Summary:

-Recent advances in DNA cloning and synthesis technologies afford high throughput implementation of designed sequences into living cells. However, our ability to design sequences to interrogate multifactorial biological processes and further engineer biological functions is lagging behind. We developed DNA-Tailor (D-Tailor), a fully extendable software framework for biological sequence analysis and multi-objective sequence design. D-Tailor permits the seamless integration of an arbitrary number of sequence analysis tools into a Monte-Carlo algorithm that evolves synthetic sequences towards user-defined goals.
+Recent advances in DNA cloning and synthesis technologies afford high throughput implementation of artificial sequences into living cells. However, our ability to design sequences to interrogate multifactorial biological processes and further engineer biological functions is lagging behind. We developed DNA-Tailor (D Tailor), a fully extendable software framework for multi-objective design of synthetic sequences. Specifically, D-Tailor permits the seamless integration of multiple sequence analysis tools into a Monte-Carlo algorithm for designing libraries of sequences that vary over a range of rationally defined parameters.

 **Source code:** Link1

WikiPage Home modified by jcg

jcg — Tue, 15 Jan 2013 18:31:17 -0000

WikiPage Home modified by jcg

jcg — Tue, 15 Jan 2013 18:23:36 -0000

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 Recent advances in DNA cloning and synthesis technologies afford high throughput implementation of designed sequences into living cells. However, our ability to design sequences to interrogate multifactorial biological processes and further engineer biological functions is lagging behind. We developed DNA-Tailor (D-Tailor), a fully extendable software framework for biological sequence analysis and multi-objective sequence design. D-Tailor permits the seamless integration of an arbitrary number of sequence analysis tools into a Monte-Carlo algorithm that evolves synthetic sequences towards user-defined goals.

+**Source code:** Link1
+
+**Tutorial:** Link1

WikiPage Home modified by jcg

jcg — Tue, 15 Jan 2013 18:22:26 -0000

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 Recent advances in DNA cloning and synthesis technologies afford high throughput implementation of designed sequences into living cells. However, our ability to design sequences to interrogate multifactorial biological processes and further engineer biological functions is lagging behind. We developed DNA-Tailor (D-Tailor), a fully extendable software framework for biological sequence analysis and multi-objective sequence design. D-Tailor permits the seamless integration of an arbitrary number of sequence analysis tools into a Monte-Carlo algorithm that evolves synthetic sequences towards user-defined goals.

-[[img src=SeqDesigner_Fig1.v04.png  alt=foobar]]

WikiPage Home modified by jcg

jcg — Tue, 15 Jan 2013 18:20:24 -0000

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 Recent advances in DNA cloning and synthesis technologies afford high throughput implementation of designed sequences into living cells. However, our ability to design sequences to interrogate multifactorial biological processes and further engineer biological functions is lagging behind. We developed DNA-Tailor (D-Tailor), a fully extendable software framework for biological sequence analysis and multi-objective sequence design. D-Tailor permits the seamless integration of an arbitrary number of sequence analysis tools into a Monte-Carlo algorithm that evolves synthetic sequences towards user-defined goals.

+[[img src=SeqDesigner_Fig1.v04.png  alt=foobar]]

WikiPage Home modified by jcg

jcg — Tue, 15 Jan 2013 18:12:47 -0000

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-Welcome to your wiki!
+D-Tailor: automated analysis and design of DNA sequences
+=====

-This is the default page, edit it as you see fit. To add a new page simply reference it within brackets, e.g.: [SamplePage].
+Summary:

-The wiki uses [Markdown](/p/dtailor/wiki/markdown_syntax/) syntax.
+Recent advances in DNA cloning and synthesis technologies afford high throughput implementation of designed sequences into living cells. However, our ability to design sequences to interrogate multifactorial biological processes and further engineer biological functions is lagging behind. We developed DNA-Tailor (D-Tailor), a fully extendable software framework for biological sequence analysis and multi-objective sequence design. D-Tailor permits the seamless integration of an arbitrary number of sequence analysis tools into a Monte-Carlo algorithm that evolves synthetic sequences towards user-defined goals.

-[[project_admins]]
-[[download_button]]

WikiPage Home modified by jcg

jcg — Tue, 15 Jan 2013 05:26:52 -0000

Welcome to your wiki!

This is the default page, edit it as you see fit. To add a new page simply reference it within brackets, e.g.: [SamplePage].

The wiki uses Markdown syntax.

jcg