Microbial Genes Recovery in Galaxy
A new Galaxy workflow enables researchers to recover and analyze microbial genes from metagenomic data.
Microbial Genes Recovery in Galaxy
A new Galaxy workflow enables researchers to recover and analyze microbial genes from metagenomic data.
Wow, yet a new revolution in #genomesequencing underway:
looks like genome reads are doable more or less in real-time with handheld devices - crazy!
Oxford nanopore sequencing -
https://invidious.flokinet.to/watch?v=qzusVw4Dp8w
#genome #genomeanalysis #micropore #microporesequencing
Introduction to nanopore sequencing
Oxford Nanopore Technologies has developed nanopore-based DNA and RNA sequencing technology designed to provide on-demand biological information, to any person, in any environment.
Protein nanopores are tiny holes, that in nature form gateways across membranes. In our technology, protein nanopores are embedded into a synthetic membrane bathed in an electrophysiological solution and an ionic current is passed through the nanopores.
As molecules such as DNA or RNA move through the nanopores, they cause disruption in the current. This signal can be analysed in real-time to determine the sequence of bases in the strands of DNA or RNA passing through the pore.
Find out more: https://nanoporetech.com/how-it-works
An elaborate #genomeanalysis shows that pumpkins and roses share a close genetic bond. Such information is of great importance for the breeding improvement of our #crops: http://go.tum.de/955430
#angiosperms #phylogenetics #biodiversity
📷TUM
Surprising finding: pumpkins and roses are closely related
Pumpkins and roses are closely related. Researchers at TUM have come to this surprising conclusion through genome analysis.
VaarthaRavi
galaxyproject
Galaxy-Team der Uni Freiburg
BioResire
B.
Technische Universität München