Difference between revisions of "Boophilus spp."
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The entire life cycle of this tick is spent on a single host and can be completed in just 6 weeks. It is an important species as it is a vector for ''Babesia bigemina'' and ''Babesia bovis'' that are responsible for texas cattle fever. As well as its ability to transmit ''Anaplasma marginale'' like many other tropical hard ticks. | The entire life cycle of this tick is spent on a single host and can be completed in just 6 weeks. It is an important species as it is a vector for ''Babesia bigemina'' and ''Babesia bovis'' that are responsible for texas cattle fever. As well as its ability to transmit ''Anaplasma marginale'' like many other tropical hard ticks. | ||
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| + | ===''Boophilus microplus''=== | ||
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| + | See ''[[Rhipicephalus microplus]]'' | ||
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==References== | ==References== | ||
Revision as of 14:08, 3 August 2010
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These species are important due to their ability to transmit Babesia spp. and Anaplasma marginale in cattle. They exist in tropical and subtropical climates and so are predominately found in Asia, Africa, central America and northern Australia. There are several important veterinary species, all of which are one host ticks and are mainly important in cattle though they can be seen in most ungulates.
Boophilus annulatus
| Also known as: | Blue cattle tick Texas cattle fever tick |
The entire life cycle of this tick is spent on a single host and can be completed in just 6 weeks. It is an important species as it is a vector for Babesia bigemina and Babesia bovis that are responsible for texas cattle fever. As well as its ability to transmit Anaplasma marginale like many other tropical hard ticks.
Boophilus microplus