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Antigenic analysis of different phases of postembryonal development in Musca domestica L

Bany, J.; Zóltowski, Z.

Wiadomosci Parazytologiczne 23(1-3): 147-148

1977

ISSN/ISBN: 0043-5163
PMID: 70888
Document Number: 116843
A number of problems related to the specificity of host-parasite systems in arthropods can be elucidated by studying the antigenic relations of adults and immature stages of the parasites with their hosts. In this connection, antisera were obtained by immunising rabbits with homogenates of whole adults of Musca domestica L. and of cuticle, viscera and whole examples of third-instar larvae and pupae. Preliminary results indicated that at least one antigenic system was common to the 3 developmental stages tested. The highest immunogenicity and antigenic differentiation were exhibited by larvae and adults; lower ones were exhibited by larval cuticle, pupal viscera and whole pupae; and the lowest ones by pupal cuticle.

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Zimmerman, J.J.; Berry, W.J.; Beran, G.W.; Murphy, D.P. 1989: Influence of temperature and age on the recovery of pseudorabies virus from houseflies (Musca domestica) American Journal of Veterinary Research 50(9): 1471-1474
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Qureshi, S.A.; Mohiuddin, S. 1972: The effect of thiourea on the reproductive potential of the laboratory reared house fly Musca domestica L Folia Biologica 20(2): 147-152
Zhuravleva, I.A. 1975: Glycolysis and some reactions of the pentose-phosphate pathway in DDT sensitive and resistant Musca domestica L Meditsinskaia Parazitologiia i Parazitarnye Bolezni 44(1): 53-58
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