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. Author manuscript; available in PMC: 2009 Sep 29.
Published in final edited form as: AIDS Res Hum Retroviruses. 2001 Jul 1;17(10):981–986. doi: 10.1089/088922201750290104

TABLE 2.

Comparison of rhesus and human chemokine receptor similaritya

Receptor Similar residues (incl. invariant) (%) Invariant residues(%) Similar residues (incl. invariant), Extrac. (%) Invariant residues, Extrac. (%)
APJ 378/380(99.5) 376/380 (98.9) 95/96 (99.0) 94/96 (97.9)
CXCR4 350/352 (99.4) 346/352 (98.3) 109/110 (99.1) 106/110 (96.4)
GPR15 356/360 (98.9) 351/360 (97.5) 90/93 (96.8) 86/93 (92.5)
GPR1 351/355 (98.9) 345/355 (97.2) 97/98 (99.0) 96/98 (98.0)
CCR5 348/352 (98.9) 341/352 (96.9) 104/106 (98.1) 102/106 (96.2)
CCR2b 354/360 (98.3) 349/360 (96.9) 102/105 (97.1) 101/105 (96.2)
STRL33 332/343 (96.8) 325/343 (94.8) 65/74 (87.8) 63/74 (85.1)
CCR8 344/356 (96.6) 336/356 (94.4) 98/105 (93.3) 95/105 (90.5)
CRAM-A/B 329/344 (95.6) 315/344 (91.6) 101/104 (97.1) 98/104 (94.2)
CCR3 338/355 (95.2) 324/355 (91.3) 105/117 (89.7) 94/117 (80.3)
CCR1 331/355 (93.9) 316/355 (89.0) 102/117 (87.2) 90/117 (76.9)
a

Receptors are sorted from most to least similar across entire length of amino acid sequence. Ratio reflects the number of residues that match the given criteria over the total number of residues. Predictions for which regions are extracellular (Extrac.) are based on analysis by TopPredII (see text).