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, 2004). Furthermore, isolates detected only from either the environmental or animal samples were detected at very low frequencies ( http://www.selleckchem.com/products/GDC-0449.html of animals and humans are unknown. M.?vaccae has been suggested to enhance immune function, hence making it helpful in treatment of TB patients (Yang et?al., 2011). Non-tuberculous mycobacteria closely related to M.?moriokaense have been isolated previously in a buffalo and environmental samples in South http://www.selleckchem.com/products/MS-275.html Africa (Michel et?al., 2007). The occurrence of these M.?moriokaense-like species, as well as the discovery of several other unknown NTM in South Africa, suggests that the occurrence of a number of uncharacterized mycobacterium species in these environments warrants further characterization of these species. The abundance of M.?moriokaense-like isolates prompted us to investigate their phylogenetic relatedness, especially in view of their potential immune modulating role in cattle and buffaloes. The phylogenetic analysis of these isolates based on their 16S rRNA revealed at least eight groups, suggesting that we https://en.wikipedia.org/wiki/Quinapyramine may have isolated at least eight different NTM species that are closely related to M.?moriokaense. Studies on isolation of NTM from bovine tissue sources in Africa have mainly focussed on either cattle from slaughter houses or on NTM that were coincidentally isolated from animal lesions while looking for M.?bovis (Kazwala et?al., 1998; Tschopp et?al., 2010). In one of these studies in Ethiopian cattle, more than 40% of culture-positive isolates were NTM and M. nonchromogenicum was isolated as a predominant species (Berg et?al., 2009). A study from Chad (2006) found M.?nonchromogenicum together with MAC and M.?fortuitum to be common in humans and cattle (Diguimbaye-Djaib�� et?al., 2006). Mycobacterium terrae was isolated as a frequently occurring species in a study on Ethiopian wildlife (Tschopp et?al., 2010) and was isolated from cattle in Tanzania (Kazwala et?al., 1998; Cleaveland et?al., 2005) and in the wildlife environment in South Africa (Michel et?al., 2007). In Uganda, Kankya et?al., 2011 isolated NTM in 15.5% of environmental samples, they identified 15 NTM species, from 48 samples, and M.?nonchromogenicum, M.?fortuitum complex, M.