Ali Murad Rahoo,1,2,* Tariq Mukhtar,1,3 Shoukat Ibrahim Abro,4 Barkat Ali Bughio5 and Rehana Kanwal Rahoo6
Jaime Molina-Ochoa1, 2, 6,*, Edelmira Galindo-Velasco2, Ana María Rosales-Gutiérrez2, Martín González-Ramírez3, Roberto Lezama-Gutiérrez3, Wilberth Chan-Cupul3, Steven R. Skoda4, Muhammad Irfan Ullah5, Luis Jorge García-Márquez2 and John E. Foster6
K. A. Tabassum,† J. Salma and H. Sagir
Istkhar† and A. K. Chaubey†
...imit the relationship of steinernematid nematodes.
...
E. Yavuzaslanoglu1†, U. Gozel2, C. Gozel2 and M. Aydogdu3
F. Shahina† and G. Mehreen
...ogenic nematode strains; steinernematids and heterorhabditid were estimated by
nucleotide sequences using three molecular makers viz; ITS-1, 5.8S and ITS-2 rDNA (seventy nine); D2-D3 and
28S (LSU) sequences of rDNA region (fifteen) and 12S rDNA mitochondrial gene (twenty nine) to investigate the
genetic diversity. Phylogenetic trees were constructed using two different methods maximum parsimony (MP) and
Bayesian ...
Hina Safdar1,2*, Nazir Javed2, Sajid Aleem Khan2, Muhammad Zeeshan Majeed3, Arif Mehmood3 and Muhammad Arshad4
A. N. Mahar, N. D. Jan†, A. Q. Mahar and S. R. Gowen
