Innovation – Open view page

General information

Innovation ID575
Version ID99
Innovation TitleDArTseq genetic marker developed for Catla
Innovation description Analysis of DArTseq genetic marker data successfully identified and characterized single nucleotide polymorphisms (SNPs) and silicoDArT markers in catla. The analysis identified an unexpectedly high level of sibship among breeding population founders and found no or low levels of divergence in SNPs among the three river populations studied.
Reporting Staff Matthew Hamilton (WF), John Benzie (WF)
Year (Reporting)2020
Reporting statusApproved
Innovation TypeResearch and Communication Methodologies and Tools

Stage reached

Stage of InnovationStage 1: discovery/proof of concept
Year (Stage)2020
Stage DescriptionThe DArTseq genetic marker data has been used to identify the best candidate parents for the catla breeding program managed by WorldFish in 2020. The best of these candidates will be targeted as parents of the first selected generation of catla in 2021.
Has a lead organizationyes
Lead OrganizationWorldFish
Top 5 contributorsNo contributors

Contributions and mapping

All partners
Main CRP CGIAR Research Program on Fish Agri-Food Systems
Flagship project FP1-Sustainable aquaculture
Cluster FP1-1-Fish breeds and genetics
Other CRPs-Flagships-Clusters

Scope

Geographic scopeGlobal
Regions
Countries

Targeted outcomes

Main Sub-IDO Enhanced genetic gain
Other Sub-IDO
Other Sub-IDO

Evidences

EvidencesHamilton, Matthew G; Mekkawy, Wagdy; Benzie, John AH, 2018, "Sibship assignment to the founders of a Bangladeshi Catla catla breeding population: data"
[https://doi.org/10.7910/DVN/6LEU9O ]

Hamilton, M. G., Mekkawy, W., & Benzie, J. A. (2019). Sibship assignment to the founders of a Bangladeshi Catla catla breeding population. Genetics Selection Evolution, 51(1), 1-8.
[https://hdl.handle.net/20.500.12348/3422]

Linked Elements

Milestones6899-167-38002 - Production of the first selected generation of Catla and silver carp (in Bangladesh) and the production of genomic data on specific traits designed to increase resilience in tilapia (global).
Outcome Impact Case
Policy