The MicX RNA gene overlaps with VCA0943-a gene coding for a maltose transporter permease-but the ribonuclease RNAase E processes the MicX transcript to create an active and stable form containing only the VCA0943 3'UTR.
22.
The " Thermoanaerobacter tengcongensis " sequence AE013027 overlaps with that of purine riboswitch suggesting that the two riboswitches may work in conjunction to regulate the upstream gene which codes for TTE0584 ( Q8RC62 ), a member of the permease family.
23.
*Walker, N ., and R . J . Wallace . " Isolation and characterisation of peptidase and peptide permease mutants of Prevotella albensis . " Reproduction Nutrition Development 37 . Suppl . 1 ( 1997 ) : 65-66.
24.
This transport process is dependent on several cytoplasmic phosphoryl transfer proteins-Enzyme I ( I ), HPr, Enzyme IIA ( IIA ), and Enzyme IIB ( IIB ) ) as well as the integral membrane sugar permease ( IIC ).
25.
#The DNA passes through the mannose permease complex in the inner membrane ( encoded by the manXYZ genes ) and immediately circularises using the " cos " sites, 12-base G-C-rich cohesive " sticky ends ".
26.
A periplasmic binding protein, MppA, essential for the uptake of the cell wall murein tripeptide, L-alanyl-?-D-glutamyl-" meso "-diaminopimelate via the Opp permease, regulates " mar " regulon expression.
27.
The galactose permease or "'GalP "'found in " Escherichia coli " is an integral membrane protein involved in the transport of monosaccharides, primarily hexoses, for utilization by " E . coli " in glycolysis and other metabolic and catabolic pathways ( 3, 4 ).
28.
Some animal proteins, for example, those in the LAT subfamily ( TC # 2 . A . 3.8 ) including ASUR4 ( gbY12716 ) and SPRM1 ( gbL25068 ) associate with a type 1 transmembrane glycoprotein that is essential for insertion or activity of the permease and forms a disulfide bridge with it.
29.
The cAMP level is related not to intracellular glucose concentration but to the rate of glucose transport, which influences the activity of adenylate cyclase . ( In addition, glucose transport also leads to direct inhibition of the lactose permease . ) As to why " E . coli " works this way, one can only speculate.
30.
The most recent families added include the PAAP ( Putative Amino Acid Permease ), LIVCS ( Branched Chain Amino Acid : Cation Symporter ), NRAMP ( Natural Resistance-Associated Macrophage Protein ), CstA ( Carbon starvation A protein ), KUP ( Kz Uptake Permease ), BenE ( Benzoate : Hz Virginia Symporter ), and AE ( Anion Exchanger ).
