Add to ORKGDNA-level markers find several applications in fisheries research analysis and aquaculture. Species identification, evaluation of phylogeny, delineation of stock structure, measuring levels of genetic variation in wild and cultured stocks, conservation genetics, determination of breeding strategies, gene mapping, marker - assisted selected and assessment of genome manipulation techniques are among various uses of DNA markers in studies of natural and cultured fish populations
DNA-based studies have been one of the major interests in conservation biology of endangered species...
We used heterologous jeffreys' 33.6 core sequence and microsatellites (CAC)(5) and (CA)(12) as probe...
Species identification is a key problem throughout the life cycle of marine invertebrates and fishes...
The term fingerprinting was coined by Alec Jeffreys in i 985 to describe the pattern of highly vari...
Over the past few years, application of molecular genetic markers in fisheries has increased dramati...
In order to support an activity of conservation of valuable natural population and biological divers...
Awareness of the evolutionary history, taxonomic position and ages of divergence (phylogeny) of an ...
Environmental DNA (eDNA) is defined as the genetic material obtained from a water sample containing...
Establishment of genetic markers is the prerequisite for stock structure analysis. The markers can d...
Infectious diseases cause severe economic loss to the aquaculture. The conventional diagnostic tools...
DNA barcoding consists of the utilization of short DNA sequences to identify organisms, in particula...
peer reviewedThe recently discovered "families of hypervariable minisatellites" have proved to be a ...
A DNA database was developed to enable the identification and discrimination of commercially importa...
In the past, world fisheries appeared to have unlimited growth and potential. Although consumer dema...
Aquaculture and fisheries management require tools for identifying individuals or groups of aquatic ...
DNA-based studies have been one of the major interests in conservation biology of endangered species...
We used heterologous jeffreys' 33.6 core sequence and microsatellites (CAC)(5) and (CA)(12) as probe...
Species identification is a key problem throughout the life cycle of marine invertebrates and fishes...
The term fingerprinting was coined by Alec Jeffreys in i 985 to describe the pattern of highly vari...
Over the past few years, application of molecular genetic markers in fisheries has increased dramati...
In order to support an activity of conservation of valuable natural population and biological divers...
Awareness of the evolutionary history, taxonomic position and ages of divergence (phylogeny) of an ...
Environmental DNA (eDNA) is defined as the genetic material obtained from a water sample containing...
Establishment of genetic markers is the prerequisite for stock structure analysis. The markers can d...
Infectious diseases cause severe economic loss to the aquaculture. The conventional diagnostic tools...
DNA barcoding consists of the utilization of short DNA sequences to identify organisms, in particula...
peer reviewedThe recently discovered "families of hypervariable minisatellites" have proved to be a ...
A DNA database was developed to enable the identification and discrimination of commercially importa...
In the past, world fisheries appeared to have unlimited growth and potential. Although consumer dema...
Aquaculture and fisheries management require tools for identifying individuals or groups of aquatic ...
DNA-based studies have been one of the major interests in conservation biology of endangered species...
We used heterologous jeffreys' 33.6 core sequence and microsatellites (CAC)(5) and (CA)(12) as probe...
Species identification is a key problem throughout the life cycle of marine invertebrates and fishes...