Results 251 to 260 of about 92,455 (303)
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Infectious Disease Clinics of North America, 1999
Antigens located in the midgut of the tick are hidden from the host's immune system. Egg production of ticks can be reduced when ticks are fed on animals vaccinated with midgut antigens of the tick, and a subunit vaccine formulated with the recombinant antigen Bm86 is now available that can reduce the number of ticks infesting cattle grazing on pasture.
Lee, R., Opdebeeck, J. P.
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Antigens located in the midgut of the tick are hidden from the host's immune system. Egg production of ticks can be reduced when ticks are fed on animals vaccinated with midgut antigens of the tick, and a subunit vaccine formulated with the recombinant antigen Bm86 is now available that can reduce the number of ticks infesting cattle grazing on pasture.
Lee, R., Opdebeeck, J. P.
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Current Pharmaceutical Design, 2010
The inflammatory process in arthropods includes primarily the recruitment of circulating hemocytes to wounds or sites of microbial infections. Melanization, capsule formation and clotting reactions will finally result in the sealing of wounds. In this review we will focus on recent research about hemolymph clotting and melanization reactions, and the ...
Pikul, Jiravanichpaisal +2 more
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The inflammatory process in arthropods includes primarily the recruitment of circulating hemocytes to wounds or sites of microbial infections. Melanization, capsule formation and clotting reactions will finally result in the sealing of wounds. In this review we will focus on recent research about hemolymph clotting and melanization reactions, and the ...
Pikul, Jiravanichpaisal +2 more
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Journal of the American Academy of Dermatology, 2004
Arthropods are important in medicine for a multitude of reasons. Their bites and stings may induce allergic reactions, ranging from annoying to life-threatening. Many arthropod products are also capable of inciting allergic responses in sensitized persons.
Christopher J, Steen +2 more
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Arthropods are important in medicine for a multitude of reasons. Their bites and stings may induce allergic reactions, ranging from annoying to life-threatening. Many arthropod products are also capable of inciting allergic responses in sensitized persons.
Christopher J, Steen +2 more
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Arthropod: A Tool for Phylogenomic Research in Arthropods
Molecular Ecology ResourcesABSTRACT Arthropods account for 80% of the species diversity in the animal kingdom, yet many challenges remain in studying their evolutionary history. With advancements in genome sequencing technologies, it has become possible to obtain large quantities of genome skimming or transcriptomic data at low costs ...
Jiajia Wang +4 more
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The Structure of Arthropod Hemocyanins
Science, 1985Hemocyanins are large multi-subunit copper proteins that transport oxygen in many arthropods and molluscs. Comparison of the amino acid sequence data for seven different subunits of arthropod hemocyanins from crustaceans and chelicerates shows many highly conserved residues and extensive regions of near identity.
Linzen, B. +16 more
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Emergency Medicine Clinics of North America, 1984
Millions of arthropods surround us every day, but only a few are medically harmful. Knowledge of the habits and habitats of known venomous arthropods is certainly advisable for the prudent person in areas of known infestation as a preventive measure. Arthropod envenomations probably produce much less mortality than previously thought, but the potential
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Millions of arthropods surround us every day, but only a few are medically harmful. Knowledge of the habits and habitats of known venomous arthropods is certainly advisable for the prudent person in areas of known infestation as a preventive measure. Arthropod envenomations probably produce much less mortality than previously thought, but the potential
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Nature, 1950
THE outermost layer of the integument of insects is a complex structure known as the ‘epicuticle’, composed of several discrete layers the presence of which has been deduced by studying the permeability and deposition of the cuticle1. Homologous epicuticles have also been investigated in isopod and decapod Crustacea, and in ticks.
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THE outermost layer of the integument of insects is a complex structure known as the ‘epicuticle’, composed of several discrete layers the presence of which has been deduced by studying the permeability and deposition of the cuticle1. Homologous epicuticles have also been investigated in isopod and decapod Crustacea, and in ticks.
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Arthropod cuticle features and arthropod monophyly
Experientia, 1980The following synapomorphic features of the arthropod cuticle: presence of α-chitin, similarity of codons for amino acids in cuticle protein, and occurrence of resilin, are cited as evidence for the monophyletic origin of current arthropod classes.
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Virome of Bat-Infesting Arthropods: Highly Divergent Viruses in Different Vectors
Journal of Virology, 2022Ziqian Xu, Yun Feng, Xinxin Chen
exaly