A simple and rapid method of DNA microsatellite isolation based on the Random Amplified Microsatellites (RAMs) PCR technique was used in this study. The work presented here is part of a continuous effort in refining and perfecting the technique for more rapid, effective and optimum productivity in single locus microsatellite marker development for the River catfish, Mystus nemurus. The current refined protocol for microsatellite isolation was able to detect a total of 135 microsatellite regions resulting in 42 unique genomic sequences being submitted to GenBank. This refined technique is able to reduce the total time required from peR cloning till sequencing specific microsatellite regions to less than three and a half months
The river catfish Mystus nemurus is an important fresh water species for aquaculture in Malaysia. We...
Hemibagrus nemurus also known as Mystus nemurus comes from Bagridae family. This species can be foun...
Efforts to construct a genetic linkage map of channel catfish have involved identification of random...
Mystus nemurus or better known as 'ikan Baung' is an indigenous species In Malaysia. The popularity...
Twelve single-locus trinucleotide microsatellite markers were developed to characterize the Asian ri...
The river catfish (Mystus nemurus) is of great potential importance as an alternative fish protein ...
Eight previously designed polymorphic microsatellite loci, namely, Mnc434a, Mnc65b, Mnc441, MnBp5-1-...
Thirty eight microsatellite markers developed from a Random Hybridising Microsatellite (RAMs) enrich...
The main objectives of this study are to evaluate the usefulness of a variety of recently developed...
The microsatellite markers for Mystus nemurus were isolated using the 5’ anchored PCR procedure. A ...
The work reported here is an attempt to explore the possibility of DNA microsatellite loci transfer ...
Microsatellites markers for catfish, Rhamdia sp. were developed using Next Generation. A shotgun pai...
Thirty microsatellite markers developed for River catfish (Hemibagrus nemurus) were screen...
Microsatellites markers for catfish, Rhamdia sp. were developed using Next Generation. A shotgun pai...
The microsatellite markers for Mystus nemurus were isolated using the 5’ anchored PCR procedure. A d...
The river catfish Mystus nemurus is an important fresh water species for aquaculture in Malaysia. We...
Hemibagrus nemurus also known as Mystus nemurus comes from Bagridae family. This species can be foun...
Efforts to construct a genetic linkage map of channel catfish have involved identification of random...
Mystus nemurus or better known as 'ikan Baung' is an indigenous species In Malaysia. The popularity...
Twelve single-locus trinucleotide microsatellite markers were developed to characterize the Asian ri...
The river catfish (Mystus nemurus) is of great potential importance as an alternative fish protein ...
Eight previously designed polymorphic microsatellite loci, namely, Mnc434a, Mnc65b, Mnc441, MnBp5-1-...
Thirty eight microsatellite markers developed from a Random Hybridising Microsatellite (RAMs) enrich...
The main objectives of this study are to evaluate the usefulness of a variety of recently developed...
The microsatellite markers for Mystus nemurus were isolated using the 5’ anchored PCR procedure. A ...
The work reported here is an attempt to explore the possibility of DNA microsatellite loci transfer ...
Microsatellites markers for catfish, Rhamdia sp. were developed using Next Generation. A shotgun pai...
Thirty microsatellite markers developed for River catfish (Hemibagrus nemurus) were screen...
Microsatellites markers for catfish, Rhamdia sp. were developed using Next Generation. A shotgun pai...
The microsatellite markers for Mystus nemurus were isolated using the 5’ anchored PCR procedure. A d...
The river catfish Mystus nemurus is an important fresh water species for aquaculture in Malaysia. We...
Hemibagrus nemurus also known as Mystus nemurus comes from Bagridae family. This species can be foun...
Efforts to construct a genetic linkage map of channel catfish have involved identification of random...