Amanote Research
Register
Sign In
Table 4: The Number of the Identified CR mtDNA Haplotypes in Cultured and Wild Brown Trout Stocks in Hungary Based on 753 Bp of Control Region.
doi 10.7717/peerj.5152/table-4
Full Text
Open PDF
Abstract
Available in
full text
Date
Unknown
Authors
Unknown
Publisher
PeerJ
Related search
Supplemental Information 8: List of 392 Bp mtDNA CR Haplotypes Identified in the Present Study.
Table 3: Proportion of the Female Individuals (Nf) and the Danubian Lineages in Cultured and Wild Brown Trout Populations in Hungary Based on sdY and PCR-RFLP Markers.
Table 5: Summary of the Population Genetic Analyses of Two Nuclear PCR-RFLP and Five Microsatellite (MS) Loci for Cultured and Wild Brown Trout Populations in Hungary.
Figure 2: A Maximum Likelihood Tree Represents the Phylogenetic Relationship Among 32 Haplotypes Based on 202 Bp of mtDNA of the D-Loop Region of 246 Gidran Mares.
Figure 2: Median Joining Network of mtDNA Haplotypes of Brown Trout Samples Collected From Hungarian Wild Streams (BA, JO, KE, AK, KO, BI), Hatcheries (LF1-2 and SZV) and One Wild Population in Serbia (SRB).
Table 1: Investigated Farmed and Wild Populations of Brown Trout in Hungary; Nine of These Were Newly Analysed for This Study and LF1 From Horváth Et Al. (2014).
Green Turtle Chelonia Mydas Mixed Stocks in the Western South Atlantic, as Revealed by mtDNA Haplotypes and Drifter Trajectories
Marine Ecology - Progress Series
Evolution
Ecology
Systematics
Aquatic Science
Behavior
Table 1: Genetic Diversity of Elaphodus Cephalophus and Other Deer Species Based on mtDNA CR Sequence.
Table 4: SNPs in the 16S and 23S rRNAs of T. Pallidum Identified After Extracting the Repetitive Region.
