Recent Changes in Lab Web retrieved at 13:55 (GMT)

Bee Functional Genomics Using Engineered Symbionts Welcome to the temporary website for our new NSF EDGE project! Insects are among the most widespread and diverse...

Co culture Competition Assays The instructions below include the basic protocol. Be sure to check whether there are variations needed for your specific samples! For...

Python snippets for biology Requires BioPython to be installed Open common formats: .gbk / .gbf / .gb import SeqIO with open(`/my/path/file.gb`,`r`) as file handle...

Generating Overhangs If generating overhangs for Golden Gate Assembly outside of YTK/BTK framework, NEB`s GETSET tool can be useful for generating a set of high fidelity...

Calculating Growth Rates with Grofit The following are instructions for calculating growth rates using Grofit, an R package that is no longer supported by the current...

Back to Golden Gate Protocols Second Stage Assembly Second Stage assemblies are used to build plasmids out of multiple transcriptional units (Protocol found here...

Back to Golden Gate Protocols First Stage Plasmid (Transcriptional Unit) Assembly Once you have all your desired part plasmids built you can assemble them into Transcriptional...

Golden Gate Assembly This page serves as the main repository for everything Golden Gate Assembly related. This page links to a number of protocol pages that will...

Leafhopper Care and Protocols Rearing and Caring for Leafhopper Species Leafhopper species are kept in BugDorms (BugDorm 4F3030 and 4F2222). We have the following...

Major version notes Runs prior to February 2020 had a variety of formats and sample submission requirements. Suggested that individual runs be consulted on utbox for...