A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead emus suspected to have died from fowl cholera. Samples were subjected for cultural isolation on blood agar. Of these, a total of 22 isolates of Pasteurella spp. were isolated and characterized biochemically and identifi ed as P. multocida by PCR. Isolates were later tested for capsular type by multiplex PCR assay and all were found to be of capsular type A. This is the fi rst report on the isolation, identifi cation and molecular characterization of P. multocida from emu in the state of Gujarat, India. This study has revealed that emus are also susceptible to P. multocida (fowl cholera) and can act as a potential carrier of the organism. Key ...
Pasteurella multocida, the etiological agent of fowl cholera, was isolated from five, 32 days oldbro...
Pasteurella multocida type A is the etiologic agent of fowl cholera, a highly contagious and fatal d...
The ability of Pasteurella multocida to invade and multiply in its host is enhanced by the presence ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
Fowl cholera has caused significant economic losses in many poultry producing countries worldwide. I...
Pasteurella multocida causes fowl cholera in domestic poultry and pasteurellosis in other avian spec...
The aim of this study was to identify the presence of gene capsule type A of Pasteurella multocida ...
Avian cholera or fowl cholera is a bacterial disease caused by Pasteurella multocida strain of serog...
P. multocida isolates from outbreaks of fowl cholera on 7 turkey farms in New South Wales were inves...
P. multocida isolates from outbreaks of fowl cholera on 7 turkey farms in New South Wales were inves...
The ability of Pasteurella multocida to invade and multiply in its host is enhanced by the presence ...
The current systems of breeding poultry, based on high population density, increase the risk of spre...
Pasteurella multocida, the etiological agent of fowl cholera, was isolated from five, 32 days oldbro...
Pasteurella multocida type A is the etiologic agent of fowl cholera, a highly contagious and fatal d...
The ability of Pasteurella multocida to invade and multiply in its host is enhanced by the presence ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
A total of 168 samples (bone marrow, lung tissue, liver and blood clot) were collected from 42 dead ...
Fowl cholera has caused significant economic losses in many poultry producing countries worldwide. I...
Pasteurella multocida causes fowl cholera in domestic poultry and pasteurellosis in other avian spec...
The aim of this study was to identify the presence of gene capsule type A of Pasteurella multocida ...
Avian cholera or fowl cholera is a bacterial disease caused by Pasteurella multocida strain of serog...
P. multocida isolates from outbreaks of fowl cholera on 7 turkey farms in New South Wales were inves...
P. multocida isolates from outbreaks of fowl cholera on 7 turkey farms in New South Wales were inves...
The ability of Pasteurella multocida to invade and multiply in its host is enhanced by the presence ...
The current systems of breeding poultry, based on high population density, increase the risk of spre...
Pasteurella multocida, the etiological agent of fowl cholera, was isolated from five, 32 days oldbro...
Pasteurella multocida type A is the etiologic agent of fowl cholera, a highly contagious and fatal d...
The ability of Pasteurella multocida to invade and multiply in its host is enhanced by the presence ...