-transparent.png){kind=logo}
The role of mitochondria in the energy metabolism of Babesia microti and Babesia rodhaini was investigated. A variety of mitochondrial inhibitors showed greater sensitivity to B. microti than to B. rodhaini. Additionally, alpha-glycerophosphate- and succinate-cytochrome c reductase activities in the crude mitochondrial fraction from B. microti were substantially higher than those from B. rodhaini. Our results suggest that the mitochondria of these parasites possess a series of "classical" apparati for energy production and their relative functional role may be quantitatively greater in B. microti when compared with B. rodhaini.
Related Publications
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
February 1969,
Parasitology,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
February 1995,
The Journal of veterinary medical science,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
October 1995,
The Journal of veterinary medical science,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
September 1992,
International journal for parasitology,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
December 1992,
The Journal of veterinary medical science,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
November 2012,
BMC genomics,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
August 2004,
The Journal of veterinary medical science,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
October 2016,
Experimental parasitology,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
November 1969,
Parasitology,
S Shikano, and
R Katoh, and
K Adachi, and
M Bonkobara, and
M Inaba, and
K Ono
December 1971,
Parasitology,
