9.B.151 The Uncharacterized 7 TMS Archaeal/Bacterial Protein (7-ABP) Family The 7-ABP family consists of proteins from archaea and bacteria which may be a member of the Rhodopsin Superfamily. Most members appear to be from thermophilic organisms. No member of this small family has been characterized.
Examples:
TC#	Name	Organismal Type	Example
9.B.151.1.1	7 TMS protein of 204 aas	Archaea	7 TMS protein of Acidianus hospitalis

9.B.151.1.2	7 TMS protein of 219 aas	Archaea	7 TMS protein of Thermoplasma acidophilum

9.B.151.1.3	7 TMS protein of 266 aas	Firmicutes	7 TMS protein of Symbiobacterium thermophilum

Examples:
TC#	Name	Organismal Type	Example
9.B.151.2.1	7 TMS protein of 227 aas	Bacteria	7 TMS protein of Thermus thermophilus

9.B.151.2.2	7 TMS protein of 242 aas	Chloroflexi	7 TMS protein of Anaeolinea thermophila

9.B.151.2.3	7 TMS protein	Chloroflexi	7 TMS protein of Ktedonobacter racemifer

Examples:
TC#	Name	Organismal Type	Example
9.B.151.3.1	Pyocin M4, PaeM4, a Colicin M, with a DxYDx₅HR motif. It has an N-terminal receptor domain, a central translocation domain that transports the protein across the membrane, and a C-terminal toxin domain. The heme receptor, HxuC (PA1302), serves as a PaeM4 target at the cellular surface (Ghequire and Öztürk 2018).		Pyocin M4 of Pseudomonas aeruginosa

9.B.151.3.2	Uncharacterized Colicin M-type (ColM) protein of 218 aas		ColM protein of Pseudomonas putida

9.B.151.3.3	Uncharacterized protein (putative colicin M) of 229 aas and 6 TMSs.		UP of Microbulbifer variabilis