"
Team:UIUC Illinois/Software/Cutsultant
From 2014.igem.org
| Line 19: | Line 19: | ||
Cutsultant is a python script created to expedite the process of finding restriction enzymes that produce the most optimal digestions. Using Biopython's restriction enzyme package, as well as user-inputted sequences and available restriction enzymes Cutsultant can use one or two sequences (typically a plasmid and/or a plasmid with an insert) and generate lists of enzymes that produce an optimal cut based on a a few parameters, such as number of cuts, minimum band length, maximum band length, and differentiability of bands. </p> | Cutsultant is a python script created to expedite the process of finding restriction enzymes that produce the most optimal digestions. Using Biopython's restriction enzyme package, as well as user-inputted sequences and available restriction enzymes Cutsultant can use one or two sequences (typically a plasmid and/or a plasmid with an insert) and generate lists of enzymes that produce an optimal cut based on a a few parameters, such as number of cuts, minimum band length, maximum band length, and differentiability of bands. </p> | ||
| - | <div class=" | + | <div class="rightparagraph"> |
<div> | <div> | ||
<p> Add simulating Photo here </p> | <p> Add simulating Photo here </p> | ||
Revision as of 04:13, 17 October 2014
Having trouble with finding the best enzymes for your cut sites?
Here is our cutsultant software that will potentially suggest you the optimal enzyme!
Description: Currently there are few websites that give you only cut sites, however we heard that many synthetic biologists struggle with obtaining optimized enzymes Cutsultant is a python script created to expedite the process of finding restriction enzymes that produce the most optimal digestions. Using Biopython's restriction enzyme package, as well as user-inputted sequences and available restriction enzymes Cutsultant can use one or two sequences (typically a plasmid and/or a plasmid with an insert) and generate lists of enzymes that produce an optimal cut based on a a few parameters, such as number of cuts, minimum band length, maximum band length, and differentiability of bands.
Add simulating Photo here
illinoisigem@gmail.com 
