Residue number
Sequence-based ()
Structure-based (GPCRdb)
[Olive baboon] Arrestin beta 1
[Green monkey] Arrestin beta 1
[Dog] Arrestin beta 1
[Bovine] Beta-arrestin-1
[Human] Beta-arrestin-1
[Crab-eating macaque] Beta-arrestin-1
[Mouse] Beta-arrestin-1
[Rabbit] Beta-arrestin-1
[Rat] Beta-arrestin-1
[Caenorhabditis elegans] Beta-arrestin arr-1
[Zebrafish] Arrestin, beta 1
[Pig] Arrestin beta 1
[Horse] Arrestin beta 1
[Giant panda] Arrestin beta 1
[Northern white-cheeked gibbon] Arrestin beta 1
[Western lowland gorilla] Arrestin beta 1
[African elephant] Arrestin beta 1
[Tasmanian devil] Arrestin beta 1
[Guinea pig] Arrestin beta 1
[Small-eared galago] Arrestin beta 1
[Zebra finch] Arrestin beta 1
[Chimpanzee] Arrestin beta 1
[Cat] Arrestin beta 2
[White-tufted-ear marmoset] Beta-arrestin-1 isoform A
[Blind cave fish] Arrestin, beta 1
[Sheep] Arrestin beta 1
Residue number
Sequence-based ()
Structure-based (GPCRdb)
Seq consensus
Prop consensus
Length
RESIDUE PROPERTIES & LENGTH
Hydrophobic HY any
Hydrophobic HY 4-5
Hydrophobic aliphatic HA any
Hydrophobic aliphatic HA 1-2
Hydrophobic aliphatic HA 2-3
Hydrophobic aliphatic HA 3
Hydrophobic aliphatic HA 3-4
Hydrophobic aliphatic [M] M 4
Hydrophob al / α-H prop - very high [A] A 1
Hydrophobic aliphatic [I] I
Hydrophobic aliphatic [L] L
Hydrophobic aliphatic [V] V
Hydrophobic aromatic HR any
Hydrophobic aromatic HR 4-5
Hydrophobic aromatic HR 5
Hydrophobic aromatic HR 5-6
Hydrophobic aromatic [W] W 6
Hydropob ar / H-bonding [Y] Y
Hydrophobic aromatic [F] F
Hydrogen bonding (polar) Hb any
Hydrogen bonding Hb 2
Hydrogen bonding Hb 3
Hydrogen bonding [N] N
Hydrogen bonding [Q] Q
Hydrogen bonding [S] S
Hydrogen bonding [T] T
Hydrogen bonding uncharged Hu 2-3
Hydrogen bonding uncharged Hu 3-4
Hydrogen bond acceptor Ha 2-3
Hydrogen bond acceptor Ha 3
Hydrogen bond acceptor Ha 3-4
Hydrogen bond acceptor Ha 4
Hydrogen bond donor Hd 4
Hydrogen bond donor Hd 4-5
Hydrogen bond donor Hd 5-6
Hydrogen bond donor Hd 6
Charged +- any
Charged +- 3-4
Charged +- 4-5
Charged positive + any
Charged pos / H bond / Hphob ar [H] H 4
Charged positive + 4-5
Charged positive [K] K 5
Charged positive + 5-6
Charged positive [R] R 6
Charged negative - any
Charged negative [D] D 3
Charged negative [E] E 4
Small Sm any
Small Sm 0-1
Small Sm 1-2
α-Helix propensity - high αH Hig
α-Helix propensity - low αH Min
α-Helix flexibility [G] G 0
α-Helix kink [P] P 2
Disulfide-forming (S-S) [C] C 2
Gap (no amino acid) -
RESIDUE Z-SCALES
Z1 (Lipophilicity)
Z2 (Steric properties)
Z3 (Electronic properties)
Z4 (PC1 several properties)
Z5 (PC2 several properties)
Residue number
Sequence-based ()
Structure-based (GPCRdb)
 
ns1   S1   s1s2   S2   s2s3   S3   s3s4   S4   s4s5   S5   s5s6   S6   s6h1   H1   h1s7   S7   s7s8   S8   s8s9   S9   s9s10   S10   s10s11   S11   s11s12   S12   s12s13   S13   s13s14   S14   s14s15   S15   s15s16   S16   s16s17   S17   s17s18   S18   s18s19   S19   s19s20   S20   s20c  
N.ns1.05 N.ns1.06 N.ns1.07 N.ns1.08 N.ns1.09 N.ns1.10 N.ns1.11 N.ns1.12 N.ns1.13 N.ns1.14 N.ns1.15   N.S1.01 N.S1.02 N.S1.03 N.S1.04 N.S1.05   N.s1s2.01 N.s1s2.02 N.s1s2.03 N.s1s2.04 N.s1s2.05   N.S2.01 N.S2.02 N.S2.03 N.S2.04 N.S2.05   N.s2s3.01 N.s2s3.02 N.s2s3.03   N.S3.01 N.S3.02 N.S3.03 N.S3.04   N.s3s4.01 N.s3s4.02 N.s3s4.03 N.s3s4.04 N.s3s4.05 N.s3s4.06 N.s3s4.07   N.S4.01 N.S4.02 N.S4.03 N.S4.04 N.S4.05 N.S4.06 N.S4.07   N.s4s5.01 N.s4s5.02 N.s4s5.03 N.s4s5.04 N.s4s5.05 N.s4s5.06 N.s4s5.07 N.s4s5.08 N.s4s5.09   N.S5.01 N.S5.02 N.S5.03 N.S5.04 N.S5.05 N.S5.06 N.S5.07 N.S5.08 N.S5.09 N.S5.10 N.S5.11 N.S5.12   N.s5s6.01 N.s5s6.02 N.s5s6.03 N.s5s6.04 N.s5s6.05 N.s5s6.06 N.s5s6.07 N.s5s6.08 N.s5s6.09 N.s5s6.10 N.s5s6.11   N.S6.01 N.S6.02 N.S6.03 N.S6.04 N.S6.05 N.S6.06 N.S6.07 N.S6.08 N.S6.09 N.S6.10 N.S6.11 N.S6.12 N.S6.13   N.s6h1.01 N.s6h1.02 N.s6h1.03 N.s6h1.04 N.s6h1.05 N.s6h1.06 N.s6h1.07 N.s6h1.08 N.s6h1.09 N.s6h1.10 N.s6h1.11 N.s6h1.12   N.H1.01 N.H1.02 N.H1.03 N.H1.04 N.H1.05 N.H1.06 N.H1.07 N.H1.08 N.H1.09 N.H1.10   N.h1s7.01 N.h1s7.02 N.h1s7.03   N.S7.01 N.S7.02 N.S7.03 N.S7.04 N.S7.05 N.S7.06   N.s7s8.01 N.s7s8.02 N.s7s8.03 N.s7s8.04 N.s7s8.05 N.s7s8.06 N.s7s8.07 N.s7s8.08 N.s7s8.09   N.S8.01 N.S8.02 N.S8.03   N.s8s9.01 N.s8s9.02 N.s8s9.03 N.s8s9.04 N.s8s9.05 N.s8s9.06 N.s8s9.07 N.s8s9.08 N.s8s9.09 N.s8s9.10   N.S9.01 N.S9.02 N.S9.03 N.S9.04 N.S9.05 N.S9.06 N.S9.07 N.S9.08 N.S9.09 N.S9.10 N.S9.11 N.S9.12   N.s9s10.01 N.s9s10.02 N.s9s10.03 N.s9s10.04 N.s9s10.05 N.s9s10.06 N.s9s10.07 N.s9s10.08 N.s9s10.09 N.s9s10.10 N.s9s10.11 N.s9s10.12 N.s9s10.13 N.s9s10.14 N.s9s10.15 N.s9s10.16 N.s9s10.17   N.S10.01 N.S10.02 N.S10.03 N.S10.04 N.S10.05 N.S10.06 N.S10.07 N.S10.08 N.S10.09 N.S10.10 N.S10.11   C.s10s11.01 C.s10s11.02 C.s10s11.03 C.s10s11.04 C.s10s11.05 C.s10s11.06 C.s10s11.07 C.s10s11.08 C.s10s11.09 C.s10s11.10   C.S11.01 C.S11.02 C.S11.03 C.S11.04 C.S11.05 C.S11.06   C.s11s12.01 C.s11s12.02 C.s11s12.03 C.s11s12.04 C.s11s12.05 C.s11s12.06 C.s11s12.07   C.S12.01 C.S12.02 C.S12.03 C.S12.04 C.S12.05 C.S12.06 C.S12.07   C.s12s13.01 C.s12s13.02 C.s12s13.03   C.S13.01 C.S13.02 C.S13.03   C.s13s14.01 C.s13s14.02 C.s13s14.03 C.s13s14.04   C.S14.01 C.S14.02 C.S14.03 C.S14.04 C.S14.05 C.S14.06 C.S14.07 C.S14.08 C.S14.09   C.s14s15.01 C.s14s15.02 C.s14s15.03 C.s14s15.04 C.s14s15.05   C.S15.01 C.S15.02 C.S15.03 C.S15.04 C.S15.05 C.S15.06 C.S15.07 C.S15.08 C.S15.09 C.S15.10 C.S15.11 C.S15.12 C.S15.13 C.S15.14   C.s15s16.01 C.s15s16.02 C.s15s16.03 C.s15s16.04 C.s15s16.05   C.S16.01 C.S16.02 C.S16.03 C.S16.04 C.S16.05 C.S16.06 C.S16.07 C.S16.08 C.S16.09 C.S16.10 C.S16.11 C.S16.12 C.S16.13 C.S16.14   C.s16s17.01 C.s16s17.02 C.s16s17.03 C.s16s17.04 C.s16s17.05 C.s16s17.06 C.s16s17.07   C.S17.01 C.S17.02 C.S17.03 C.S17.04 C.S17.05 C.S17.06 C.S17.07 C.S17.08 C.S17.09   C.s17s18.01 C.s17s18.02 C.s17s18.03 C.s17s18.04 C.s17s18.05 C.s17s18.06 C.s17s18.07 C.s17s18.08 C.s17s18.09 C.s17s18.10 C.s17s18.11 C.s17s18.12 C.s17s18.13 C.s17s18.14 C.s17s18.15 C.s17s18.16 C.s17s18.17 C.s17s18.18 C.s17s18.19 C.s17s18.20 C.s17s18.21 C.s17s18.22 C.s17s18.23 C.s17s18.24 C.s17s18.25 C.s17s18.26 C.s17s18.27 C.s17s18.28 C.s17s18.29 C.s17s18.30 C.s17s18.31 C.s17s18.32 C.s17s18.33 C.s17s18.34 C.s17s18.35 C.s17s18.36 C.s17s18.37 C.s17s18.38 C.s17s18.39 C.s17s18.40 C.s17s18.41 C.s17s18.42   C.S18.01 C.S18.02 C.S18.03 C.S18.04 C.S18.05 C.S18.06 C.S18.07 C.S18.08 C.S18.09 C.S18.10 C.S18.11 C.S18.12 C.S18.13   C.s18s19.01 C.s18s19.02 C.s18s19.03 C.s18s19.04 C.s18s19.05 C.s18s19.06 C.s18s19.07 C.s18s19.08 C.s18s19.09 C.s18s19.10 C.s18s19.11   C.S19.01 C.S19.02 C.S19.03 C.S19.04 C.S19.05 C.S19.06 C.S19.07 C.S19.08 C.S19.09 C.S19.10 C.S19.11 C.S19.12 C.S19.13   C.s19s20.01 C.s19s20.02 C.s19s20.03 C.s19s20.04 C.s19s20.05 C.s19s20.06 C.s19s20.07 C.s19s20.08 C.s19s20.09 C.s19s20.10 C.s19s20.11 C.s19s20.12 C.s19s20.13 C.s19s20.14 C.s19s20.15 C.s19s20.16 C.s19s20.17 C.s19s20.18 C.s19s20.19 C.s19s20.20 C.s19s20.28 C.s19s20.29 C.s19s20.30 C.s19s20.31 C.s19s20.32 C.s19s20.33 C.s19s20.34 C.s19s20.35 C.s19s20.36 C.s19s20.37 C.s19s20.38 C.s19s20.39 C.s19s20.40 C.s19s20.41 C.s19s20.42 C.s19s20.43 C.s19s20.44 C.s19s20.45 C.s19s20.46 C.s19s20.47 C.s19s20.48 C.s19s20.49 C.s19s20.50 C.s19s20.51   C.S20.01 C.S20.02 C.S20.03 C.S20.04 C.S20.05   C.s20c.01 C.s20c.02 C.s20c.03 C.s20c.04 C.s20c.05 C.s20c.06 C.s20c.07 C.s20c.08 C.s20c.09 C.s20c.10 C.s20c.11 C.s20c.12 C.s20c.13 C.s20c.14 C.s20c.15 C.s20c.16 C.s20c.17 C.s20c.18 C.s20c.19 C.s20c.20 C.s20c.21 C.s20c.22 C.s20c.23 C.s20c.24 C.s20c.25 C.s20c.26 C.s20c.27 C.s20c.28  
_
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