Ubiquity Genomics provides high-quality CATCH-Seq probes, customized for your genomic regions of interest. These kits enable targeted enrichment of next-generation sequencing libraries for contiguous blocks of the genome at a fraction of the cost of oligonucleotide pools. CATCH-Seq probes can be synthesized for any species for which there are mapped genomic clones available (BACs or fosmids).
Search found 38 items
- (-) Remove Genetics filter Genetics
- (-) Remove Behaviour filter Behaviour
- (-) Remove Immunology filter Immunology
- (-) Remove Fish filter Fish
- (-) Remove Avian filter Avian
Discipline tool
Ubiquity Genomics Custom Catch-Seq
Topic: Genetics
Cambridge Immunology Network
The Cambridge Immunology Network is designed to showcase and enhance the University of Cambridge's position as a leading international centre for research and teaching in immunology
Topic: Immunology
Animal Health Trust- Genetics Research
Inherited diseases are widespread among purebred dog populations and represent a significant welfare issues for afflicted breeds.
Topic: Genetics
RSPCA-Vaccine Testing 3Rs
Topic: Immunology
RSPCA Vaccine Resourses
Topic: Immunology
Animal Behaviour Cor-Phenotype-US
Topic: Behaviour
Species specific
Guidance for Procedures Involving Fish
Topic: Fish
Zebrafish Related Biological Data
ZebrafishMine is a tool to help you customize searches of Zebrafish related biological data including genes, proteins, fish, and reagents
Topic: Fish
RSPCA- Housing and Care of Aquatic Species
Topic: Fish
Zebrafish Genome Project
The Sanger Institute started the zebrafish genome sequencing project in 2001 and has generated several genome assemblies of the Tuebingen strain. After the release of Zv9, the zebrafish genome project joined the Genome Reference Consortium (GRC) for further improvement and ongoing maintenance. The GRC has now released a new reference assembly, GRCz11.
Topic: Fish
Fish Arthritis Research
According to a new study in eLife, arthritis is much more widespread in the animal kingdom than previously suspected.
Topic: Fish