Four genes encoding partial MIP-like sequences were also identified.
The remaining mutations are found in genes that encode heat shock transcription factor4 (HSF4), aquaporin-0 (AQP0, MIP), paired-like homeodomain 3 (PITX3), chromatin-modifying protein (CHMP4B), lens intrinsic membrane protein 2 (LIM2), beaded filament structural protein-2 (BFSP2), and other proteins (Reddy et al. 2004a; Devi et al. 2008).
This gene has been reported as MIP-1β-like chemokine [ 13], which is CCL4 in humans and mouse.
Fungal SIP-like MIP family is distinct from any of the known fungal MIP families including orthodox aquaporins and aquaglyceroporins.
Hence, SIP-like MIP channels in disease causing Microsporidial fungi can be considered as attractive drug targets.
Our findings, thus, in the light of above discussion provide a novel perspective of mycobacterial evolution and we hypothesize that the progenitors of MAIC and MTBC could have been soil dwelling microbes like MIP that preferred water bodies, probably due to nutritional needs and shared a common aquatic phase in their early life history.
Mip-2, like the number of GAS recovered, indicated an increase in bacterial clearance and general reduction of an inflammatory infection.
The newly identified SIP-like fungal MIP family is distinct from AQPs, AQGPs and XIPs within fungal MIP family.
Hence, we have classified this new fungal MIP cluster as "SIP-like" subfamily taking all these factors into account.
Hence in addition to the XIPs, this "SIP-like" fungal MIP channels can possibly be another evolutionary link between the plants and fungi.
In PS, like MIP and PMIP, there is a gateway on behalf of the mobile producer or consumer sending and receiving packets.
