European Academic Research ISSN 2286-4822
ISSN-L 2286-4822
Impact Factor: 3.4546 (UIF)
DRJI Value : 5.9 (B+)
Article Details :
Article Name :
Genetic Variation among Ompok bimaculatus, Clupisoma sinensis, Labeo rohita and Puntius sophore Fishes from Jaikwadi and Vishnupuri Dams, from Godavari River in System Using Mitochondrial Cytochrome b Gene
Author Name :
RABEEHA MANKHI JEBUR
Publisher :
Bridge Center
Article URL :
Abstract :
Four species of fishes (Ompok bimaculatus, Clupisoma sinensis, Labeo rohita and Puntius sophore) were collected from two different location or population (Jaikwadi and Vishnupuri Dams) of Godavari river in system , twenty samples of each species were passed through several steps include (DNA isolation , design of specific primes for cytochrome b gene amplification, Quantification of DNA, PCR technical where cyt b gene amplified for Ompok bimaculatus & Clupisoma sinensis in this study was 1066 bp long and 1252 bp long was for (Labeo rohita and Puntius sophore) and sequencing process of cyt b gene for each species of fishes finally analysis of sequences to reveal genetic diversity among these species. The results showed after sequencing process for Ompok bimaculatus & Clupisoma sinensis species ,14 samples were analysed for Clupisoma sinensis at Vishnupuri dam for nucleotide composition and 16 samples for Ompok bimaculatus at Jaikwadi respectively, A (29.4%), T (U)(27.7%), G (14.5%), C (28.5%) and A (29.0%), T(U) (26.5%), G(14.4%), C(30.1%). nucleotide diversity, Pi(t) was 0.09309 between Nanded and Paithan populations . Two haplotypes of Ompok bimaculatus were formed while one haplotype of Clupisoma sinensis was formed, This indicates represent low genetic variation of Ompok bimaculatus. where as UPGMA cluster analysis showed sequence divergence only in Ompok bimaculatus and no divergence in Clupisoma sinensis. Unfortunately, rest of two species (Labeo rohita and Puntius sophore) were failed to get their cyt b gene sequenes due to some technical reasons with trying of sequencing process.
Keywords :
Cytochrome b gene, genetic diversity, haplotypes, nucleotide composition, UPGMA & Pi(t)

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