ArrestinDb

Residue number
Subdomain Segment Sequence-based (CAN) Structure-based (ArrestinDb)
[Olive baboon] Beta-arrestin-2
[Green monkey] Beta-arrestin-2
[Horse] Beta-arrestin-2
[Rainbow trout] Arrestin red cell isoform 1
[Rainbow trout] Arrestin red cell isoform 2
[Rainbow trout] Arrestin red cell isoform 3
[Bovine] Beta-arrestin-2
[Human] Beta-arrestin-2
[Mouse] Beta-arrestin-2
[Sumatran orangutan] Beta-arrestin-2
[Rat] Beta-arrestin-2
[Rhesus macaque] Beta-arrestin-2
[Little brown bat] Beta-arrestin-2
[Northern white-cheeked gibbon] Beta-arrestin-2
[Rabbit] Beta-arrestin-2
[Three-spined stickleback] Arrestin, beta 2a
[Small-eared galago] Beta-arrestin-2
[Chimpanzee] Beta-arrestin-2
[Nile tilapia] Arrestin red cell
[European domestic ferret] Beta-arrestin-2
[Sheep] Beta-arrestin-2
Subdomain Segment Sequence-based (CAN) Structure-based (ArrestinDb)
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)
Subdomain Segment Sequence-based (CAN) Structure-based (ArrestinDb)

N
ns1
-
.8

N
ns1
-
.9

N
ns1
-
.10

N
ns1
-
.11

N
ns1
-
.12

N
ns1
-
.13

N
ns1
-
.14

N
ns1
-
.15

N
S1
-
.1

N
S1
-
.2

N
S1
-
.3

N
S1
-
.4

N
S1
-
.5

N
s1s2
-
.1

N
s1s2
-
.2

N
s1s2
-
.3

N
s1s2
-
.4

N
s1s2
-
.5

N
S2
-
.1

N
S2
-
.2

N
S2
-
.3

N
S2
-
.4

N
S2
-
.5

N
s2s3
-
.1

N
s2s3
-
.2

N
s2s3
-
.3

N
S3
-
.1

N
S3
-
.2

N
S3
-
.3

N
S3
-
.4

N
s3s4
-
.1

N
s3s4
-
.2

N
s3s4
-
.3

N
s3s4
-
.4

N
s3s4
-
.5

N
s3s4
-
.6

N
s3s4
-
.7

N
S4
-
.1

N
S4
-
.2

N
S4
-
.3

N
S4
-
.4

N
S4
-
.5

N
S4
-
.6

N
S4
-
.7

N
s4s5
-
.1

N
s4s5
-
.2

N
s4s5
-
.3

N
s4s5
-
.4

N
s4s5
-
.5

N
s4s5
-
.6

N
s4s5
-
.7

N
s4s5
-
.8

N
S5
-
.1

N
S5
-
.2

N
S5
-
.3

N
S5
-
.4

N
S5
-
.5

N
S5
-
.6

N
S5
-
.7

N
S5
-
.8

N
S5
-
.9

N
S5
-
.10

N
S5
-
.11

N
S5
-
.12

N
s5s6
-
.1

N
s5s6
-
.2

N
s5s6
-
.3

N
s5s6
-
.4

N
s5s6
-
.5

N
s5s6
-
.6

N
s5s6
-
.7

N
s5s6
-
.8

N
s5s6
-
.9

N
s5s6
-
.10

N
s5s6
-
.11

N
S6
-
.1

N
S6
-
.2

N
S6
-
.3

N
S6
-
.4

N
S6
-
.5

N
S6
-
.6

N
S6
-
.7

N
S6
-
.8

N
S6
-
.9

N
S6
-
.10

N
S6
-
.11

N
S6
-
.12

N
S6
-
.13

N
s6h1
-
.1

N
s6h1
-
.2

N
s6h1
-
.3

N
s6h1
-
.4

N
s6h1
-
.6

N
s6h1
-
.7

N
s6h1
-
.8

N
s6h1
-
.9

N
s6h1
-
.10

N
s6h1
-
.11

N
s6h1
-
.12

N
H1
-
.1

N
H1
-
.2

N
H1
-
.3

N
H1
-
.4

N
H1
-
.5

N
H1
-
.6

N
H1
-
.7

N
H1
-
.8

N
H1
-
.9

N
H1
-
.10

N
h1s7
-
.1

N
h1s7
-
.2

N
h1s7
-
.3

N
S7
-
.1

N
S7
-
.2

N
S7
-
.3

N
S7
-
.4

N
S7
-
.5

N
S7
-
.6

N
s7s8
-
.1

N
s7s8
-
.2

N
s7s8
-
.3

N
s7s8
-
.4

N
s7s8
-
.5

N
s7s8
-
.6

N
s7s8
-
.7

N
s7s8
-
.8

N
s7s8
-
.9

N
S8
-
.1

N
S8
-
.2

N
S8
-
.3

N
s8s9
-
.1

N
s8s9
-
.2

N
s8s9
-
.3

N
s8s9
-
.4

N
s8s9
-
.5

N
s8s9
-
.6

N
s8s9
-
.7

N
s8s9
-
.8

N
s8s9
-
.9

N
s8s9
-
.10

N
S9
-
.1

N
S9
-
.2

N
S9
-
.3

N
S9
-
.4

N
S9
-
.5

N
S9
-
.6

N
S9
-
.7

N
S9
-
.8

N
S9
-
.9

N
S9
-
.10

N
S9
-
.11

N
S9
-
.12

N
s9s10
-
.1

N
s9s10
-
.2

N
s9s10
-
.3

N
s9s10
-
.7

N
s9s10
-
.8

N
s9s10
-
.9

N
s9s10
-
.10

N
s9s10
-
.11

N
s9s10
-
.12

N
s9s10
-
.13

N
s9s10
-
.14

N
S10
-
.1

N
S10
-
.2

N
S10
-
.3

N
S10
-
.4

N
S10
-
.5

N
S10
-
.6

N
S10
-
.7

N
S10
-
.8

N
S10
-
.9

N
S10
-
.10

N
S10
-
.11

C
s10s11
-
.1

C
s10s11
-
.2

C
s10s11
-
.3

C
s10s11
-
.4

C
s10s11
-
.5

C
s10s11
-
.6

C
s10s11
-
.7

C
s10s11
-
.8

C
s10s11
-
.9

C
s10s11
-
.10

C
S11
-
.1

C
S11
-
.2

C
S11
-
.3

C
S11
-
.4

C
S11
-
.5

C
S11
-
.6

C
s11s12
-
.1

C
s11s12
-
.2

C
s11s12
-
.3

C
s11s12
-
.4

C
s11s12
-
.5

C
s11s12
-
.6

C
s11s12
-
.7

C
s11s12
-
.8

C
S12
-
.1

C
S12
-
.2

C
S12
-
.3

C
S12
-
.4

C
S12
-
.5

C
S12
-
.6

C
S12
-
.7

C
s12s13
-
.1

C
s12s13
-
.2

C
s12s13
-
.3

C
S13
-
.1

C
S13
-
.2

C
S13
-
.3

C
s13s14
-
.1

C
s13s14
-
.2

C
s13s14
-
.3

C
s13s14
-
.4

C
S14
-
.1

C
S14
-
.2

C
S14
-
.3

C
S14
-
.4

C
S14
-
.5

C
S14
-
.6

C
S14
-
.7

C
S14
-
.8

C
S14
-
.9

C
s14s15
-
.1

C
s14s15
-
.2

C
s14s15
-
.3

C
s14s15
-
.4

C
s14s15
-
.5

C
S15
-
.1

C
S15
-
.2

C
S15
-
.3

C
S15
-
.4

C
S15
-
.5

C
S15
-
.6

C
S15
-
.7

C
S15
-
.8

C
S15
-
.9

C
S15
-
.10

C
S15
-
.11

C
S15
-
.12

C
S15
-
.13

C
S15
-
.14

C
s15s16
-
.1

C
s15s16
-
.2

C
s15s16
-
.3

C
s15s16
-
.4

C
s15s16
-
.5

C
S16
-
.1

C
S16
-
.2

C
S16
-
.3

C
S16
-
.4

C
S16
-
.5

C
S16
-
.6

C
S16
-
.7

C
S16
-
.8

C
S16
-
.9

C
S16
-
.10

C
S16
-
.11

C
S16
-
.12

C
s16s17
-
.1

C
s16s17
-
.2

C
s16s17
-
.3

C
s16s17
-
.4

C
s16s17
-
.5

C
s16s17
-
.6

C
s16s17
-
.7

C
S17
-
.1

C
S17
-
.2

C
S17
-
.3

C
S17
-
.4

C
S17
-
.5

C
S17
-
.6

C
S17
-
.7

C
S17
-
.8

C
S17
-
.9

C
s17s18
-
.1

C
s17s18
-
.2

C
s17s18
-
.3

C
s17s18
-
.4

C
s17s18
-
.5

C
s17s18
-
.6

C
s17s18
-
.7

C
s17s18
-
.8

C
s17s18
-
.9

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
-
.1

C
S18
-
.2

C
S18
-
.3

C
S18
-
.4

C
S18
-
.5

C
S18
-
.6

C
S18
-
.7

C
S18
-
.8

C
S18
-
.9

C
S18
-
.10

C
S18
-
.11

C
S18
-
.12

C
S18
-
.13

C
s18s19
-
.1

C
s18s19
-
.2

C
s18s19
-
.3

C
s18s19
-
.4

C
s18s19
-
.5

C
s18s19
-
.6

C
s18s19
-
.7

C
s18s19
-
.8

C
s18s19
-
.9

C
s18s19
-
.10

C
s18s19
-
.11

C
S19
-
.1

C
S19
-
.2

C
S19
-
.3

C
S19
-
.4

C
S19
-
.5

C
S19
-
.6

C
S19
-
.7

C
S19
-
.8

C
S19
-
.9

C
S19
-
.10

C
S19
-
.11

C
S19
-
.12

C
S19
-
.13

C
s19s20
-
.1

C
s19s20
-
.2

C
s19s20
-
.3

C
s19s20
-
.4

C
s19s20
-
.5

C
s19s20
-
.6

C
s19s20
-
.7

C
s19s20
-
.8

C
s19s20
-
.9

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
-
.21

C
s19s20
-
.22

C
s19s20
-
.23

C
s19s20
-
.24

C
s19s20
-
.25

C
s19s20
-
.26

C
s19s20
-
.27

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
-
.1

C
S20
-
.2

C
S20
-
.3

C
S20
-
.4

C
S20
-
.5

C
s20c
-
.1

C
s20c
-
.2

C
s20c
-
.3

C
s20c
-
.4

C
s20c
-
.5

C
s20c
-
.6

C
s20c
-
.7

C
s20c
-
.8

C
s20c
-
.9

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

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