-transparent.png){kind=logo}
Seasonal genetic variation was assessed in the common house fly Musca domestica. Allozymes at six gene enzyme system viz., ACPH, EST, G6PD, ME, AO and XDH were analyzed. Fourteen loci with twenty seven alleles were unraveled. The genetic variations were found to be affected to a great extent by environmental influence .F statistics has been used to calculate genetic variation which revealed that very little genetic variation has occurred among the house fly populations analyzed in the present study. Further, except ACPH-2, G6PD-2 and XDH-1 all the other loci show inbreeding (Fis>Fst). Thus it appears that the house fly populations analyzed are characterized by high level of inbreeding. Nei's genetic identity (I) and distance (D) values reveal a close similarity between summer and rainy season collections.
M Tripathi, and
U R Agrawal, and
R R Tewari
December 1985,
Journal of economic entomology,
M Tripathi, and
U R Agrawal, and
R R Tewari
September 1992,
Journal of the American Mosquito Control Association,
M Tripathi, and
U R Agrawal, and
R R Tewari
February 2011,
Cellular and molecular biology (Noisy-le-Grand, France),
M Tripathi, and
U R Agrawal, and
R R Tewari
June 2010,
Journal of vector ecology : journal of the Society for Vector Ecology,
M Tripathi, and
U R Agrawal, and
R R Tewari
January 1984,
Journal of medical entomology,
M Tripathi, and
U R Agrawal, and
R R Tewari
July 2008,
Journal of medical entomology,
M Tripathi, and
U R Agrawal, and
R R Tewari
January 1968,
Annals of the Entomological Society of America,
M Tripathi, and
U R Agrawal, and
R R Tewari
January 1983,
Mikrobiyoloji bulteni,
M Tripathi, and
U R Agrawal, and
R R Tewari
December 2006,
Journal of vector ecology : journal of the Society for Vector Ecology,
M Tripathi, and
U R Agrawal, and
R R Tewari
July 1990,
Medical and veterinary entomology,
