-
Supplemental Material to: Diffusion and flow in complex
liquids
Karol Makuch,ab Robert Hołyst,a Tomasz Kalwarczyk,a Piotr
Garstecki,a and John F. BradybaInstitute of Physical Chemistry,
Polish Academy of Sciences Kasprzaka 44/52, 01-224 Warszawa
bDivision of Chemistry and Chemical Engineering,California
Institute of Technology, Pasadena, CA 91125, USA
Contents1 Rotational diffusion in HeLa cell cytoplasm 2
2 Wave-vector dependent viscosity and rotational diffusion in
polymer solutions 3
3 Rotational diffusion in micellar solutions 4
4 Short-time rotational diffusion coefficients of proteins from
the proteome of K12 strain of E. coli 5
5 Effective diffusion coefficients (D1) of sliding of
transcription factors along DNA strand in the cytoplazm of E.coli
170
References 175
Electronic Supplementary Material (ESI) for Soft Matter.This
journal is © The Royal Society of Chemistry 2019
-
1 Rotational diffusion in HeLa cell cytoplasm
10−3 10−2 10−1 100 101 102 103a [nm]
0
1
2
3
4
5
ln(D
0∕D∕
Translation Rotation
Figure 1: Translational and rotational diffusion coefficients
inside HeLa cell cytoplasm as a function of the hydrodynamicradius
of the probe particle. Continuous blue line: natural logarithm of
the inverse of the normalized translational dif-fusion coefficient,
D0/D = ζHeLa (a) /6πη0a, with translational friction coefficient
ζHeLa (a) described in Figure 2 fromthe main text. Continuous
orange line: natural logarithm of the inverse of normalized
rotational diffusion coefficient,D0/D = ζ
rotHeLa (a) /8πη0a
3 with ζ rotHeLa (a) calculated from the formula (14, main text)
with ζHeLa (a) as an input.
2
-
2 Wave-vector dependent viscosity and rotational diffusion in
polymer solutions
10-1 100 101 102 103
a [nm]
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
ln(D
0/D
)
PEG 6k
PEG 6k rotation
PEG 20k
PEG 6k rotation
PEG 2M
PEG 2M rotation
0.00 0.01 0.02 0.03 0.04 0.05
k[1/nm]
0
10
20
30
40
50
η(k)η0
PEG 6kPEG 20kPEG 2M
(a) (b)
Figure 2: Figure (a) shows translational and rotational
diffusion coefficients in aqueous solutions of polyethylene
glycols(PEGs) of different molecular weights, M (6 × 103 (PEG 6k) ,
20 × 103 (PEG 20k), and 2 × 106 (PEG 2M) g/mol), as afunction of
the hydrodynamic radius of the probe particle, D0/D = ζ (a) /6πη0a.
Here ζ (a) was calculated in the samemanner as for aldolase protein
in PEG solutions (main text, Figure 4). Concentration of PEG c was
equal to c = 0.3 forPEG 6k and 20k and c = 0.01 for PEG 2M. ζ (a) =
6πη0 exp [γ (Reff (a) /ξ)
α/RT ] a; here R−2eff (a) = R
−2PEG + a
−2,ξ (c) = Rg (c/c
∗)−0.75, c∗ = 3M/
(4πR3gNA
). Rotational friction was calculated according to equation (14)
from the main
text. The parameter γ = 4 kJ/mol was assumed the same as for
macroscopic flow of the PEG solution [5]. Hydrodynamic radiiof
polymers RPEG were equal to 2.1nm, 4.1nm and 56.6nm for PEG 6k, PEG
20k, and PEG 2M, respectively. Correspondinggyration radii,Rg, were
equal, respectively, to 3.3nm, 6.7nm, and 97 nm. Fig. (b):
wave-vector-dependent viscosity calculatedfrom formula (11) from
the main text for friction coefficients presented in panel (a).
3
-
3 Rotational diffusion in micellar solutions
10-2 10-1 100 101 102
a [nm]
0
1
2
3
4
5
6
7
ln(D
0/D
)
Translational diffusion Rotational diffusion
Figure 3: Translational and rotational diffusion coefficients in
solution of hexaethylene glycol monododecyl ether in
phosphatebuffer as a function of the hydrodynamic radius of the
probe particle. Continuous line: natural logarithm of the inverse
ofthe normalized translational diffusion coefficient, D0/D = ζmic
(a) /6πη0a, with translational friction coefficient ζmic (a)
forauqueous micellar solutions described in the caption of Figure
1a from the main text. Dashed line: natural logarithm of theinverse
of normalized rotational diffusion coefficient, D0/D = ζ rotmic (a)
/8πη0a
3 with ζ rotmic (a) calculated from the formula(14, main text)
with ζmic (a) as an input.
4
-
4 Short-time rotational diffusion coefficients of proteins from
the proteome ofK12 strain of E. coli
5
-
Tabl
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3.6
0.82
P233
25A
rpA
Mon
omer
4.4
1.91
P762
05A
rpB
Mon
omer
4.1
1.47
P782
85A
rrD
Mon
omer
2.4
0.16
P761
59A
rrQ
Mon
omer
2.5
0.19
P0A
B93
Ars
BM
onom
er3.
40.
71
12
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
AB
96A
rsC
Mon
omer
2.3
0.14
P373
09A
rsR
Mon
omer
2.1
0.1
Hom
odim
er2.
80.
3P3
0859
Art
IM
onom
er2.
80.
31P3
0860
Art
JM
onom
er2.
80.
31P0
AE
30A
rtM
Mon
omer
2.7
0.27
P0A
AF6
Art
PM
onom
er2.
80.
31P0
AE
34A
rtQ
Mon
omer
2.8
0.29
P242
40A
scB
Mon
omer
3.7
0.94
P242
41A
scF
Mon
omer
3.6
0.86
P242
42A
scG
Mon
omer
3.2
0.51
P0A
9Q9
Asd
Mon
omer
3.3
0.58
Hom
odim
er4.
31.
81P2
5549
Asl
AM
onom
er3.
91.
14P2
5550
Asl
BM
onom
er3.
50.
74P2
8249
Asm
AM
onom
er4.
11.
41P0
0963
Asn
AM
onom
er3.
20.
5H
omod
imer
4.2
1.56
P221
06A
snB
Mon
omer
3.9
1.2
Hom
odim
er5.
13.
9P0
AC
I6A
snC
Mon
omer
2.3
0.15
P0A
8M0
Asn
SM
onom
er3.
70.
9H
omod
imer
4.8
2.88
P0A
C38
Asp
AM
onom
er3.
60.
89H
omot
etra
mer
6.3
9.74
P005
09A
spC
Mon
omer
3.4
0.66
Hom
odim
er4.
52.
09P2
1889
Asp
SM
onom
er4
1.31
Hom
odim
er5.
24.
26P3
6560
Asr
Mon
omer
1.9
0.07
13
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
AE
37A
stA
Mon
omer
3.2
0.54
P762
16A
stB
Mon
omer
3.6
0.81
Hom
odim
er4.
72.
58P7
7581
Ast
CM
onom
er3.
40.
66P7
6217
Ast
DM
onom
er3.
70.
91P7
6215
Ast
EM
onom
er3.
10.
48P7
6459
Ato
AM
onom
er2.
60.
24H
eter
odim
er(A
toA
-Ato
D)
3.5
0.73
P764
61A
toB
Mon
omer
3.3
0.58
Q06
065
Ato
CM
onom
er3.
60.
89P7
6458
Ato
DM
onom
er2.
70.
25H
eter
odim
er(A
toA
-Ato
D)
3.5
0.73
P764
60A
toE
Mon
omer
3.5
0.76
Q06
067
Ato
SM
onom
er4
1.37
P0A
BB
0A
tpA
Mon
omer
3.7
0.97
P0A
B98
Atp
BM
onom
er2.
90.
37P0
A6E
6A
tpC
Mon
omer
2.2
0.13
P0A
BB
4A
tpD
Mon
omer
3.6
0.84
P686
99A
tpE
Mon
omer
1.8
0.05
P0A
BA
0A
tpF
Mon
omer
2.4
0.15
P0A
BA
6A
tpG
Mon
omer
30.
39P0
AB
A4
Atp
HM
onom
er2.
50.
18P0
AB
C0
Atp
IM
onom
er2.
20.
11P0
9053
Avt
AM
onom
er3.
50.
74H
omod
imer
4.6
2.35
P414
07A
zoR
Mon
omer
2.6
0.22
Hom
odim
er3.
40.
66C
1P60
5A
zuC
Mon
omer
1.2
0.01
P756
88U
nnam
edM
onom
er1.
70.
05P7
5971
Unn
amed
Mon
omer
20.
08
14
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P1
1291
Unn
amed
Mon
omer
2.4
0.16
P083
39U
nnam
edM
onom
er1.
90.
07Q
4771
9U
nnam
edM
onom
er2.
20.
13P6
9228
Bae
RM
onom
er2.
80.
32P3
0847
Bae
SM
onom
er3.
60.
88P0
AE
C5
Bar
AM
onom
er4.
72.
75P3
0843
Bas
RM
onom
er2.
70.
27H
omod
imer
3.6
0.83
P308
44B
asS
Mon
omer
3.3
0.6
P272
97B
axM
onom
er3
0.38
P0A
E52
Bcp
Mon
omer
2.4
0.16
P282
46B
crM
onom
er3.
40.
66P3
7653
Bcs
AM
onom
er4.
72.
63P3
7652
Bcs
BM
onom
er4.
42.
04P3
7650
Bcs
CM
onom
er5.
24.
04P3
7651
Bcs
ZM
onom
er3.
30.
62P7
6127
Bdm
Mon
omer
1.7
0.05
P174
44B
etA
Mon
omer
3.9
1.18
P174
45B
etB
Mon
omer
3.7
0.91
Hom
otet
ram
er6.
39.
93P1
7446
Bet
IM
onom
er2.
60.
22P0
AB
C9
Bet
TM
onom
er4.
21.
65P0
AE
56B
fdM
onom
er1.
70.
04P0
AB
D3
Bfr
Mon
omer
2.4
0.17
Q46
829
Bgl
AM
onom
er3.
70.
98P1
1988
Bgl
BM
onom
er3.
70.
91P0
8722
Bgl
FM
onom
er4
1.32
P119
89B
glG
Mon
omer
30.
41P2
6218
Bgl
HM
onom
er3.
91.
14P3
9404
Bgl
JM
onom
er2.
80.
28
15
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P3
3363
Bgl
XM
onom
er4.
41.
94P0
AB
40B
hsA
Mon
omer
1.8
0.06
P129
95B
ioA
Mon
omer
3.5
0.76
Hom
odim
er4.
62.
4P1
2996
Bio
BM
onom
er3.
20.
55H
omod
imer
4.2
1.7
P129
99B
ioC
Mon
omer
2.9
0.33
P130
00B
ioD
1M
onom
er2.
70.
26H
omod
imer
3.5
0.78
P0A
6E9
Bio
D2
Mon
omer
2.7
0.27
Hom
odim
er3.
60.
83P1
2998
Bio
FM
onom
er3.
30.
61H
omod
imer
4.4
1.93
P130
01B
ioH
Mon
omer
2.9
0.34
P067
09B
irA
Mon
omer
3.1
0.47
P200
99B
isC
Mon
omer
4.4
2.04
P0A
901
Blc
Mon
omer
2.5
0.19
P569
76B
lrM
onom
er1.
40.
02P0
AB
E2
Bol
AM
onom
er2
0.09
P773
30B
orD
Mon
omer
1.9
0.07
P0A
D99
Brn
QM
onom
er3.
50.
73P3
9297
Bsm
AM
onom
er2
0.09
P0A
AY
1B
ssR
Mon
omer
2.2
0.12
P0A
B33
Bss
SM
onom
er1.
90.
06P0
6129
Btu
BM
onom
er4
1.39
P066
09B
tuC
Mon
omer
3.1
0.46
P066
11B
tuD
Mon
omer
2.8
0.31
P066
10B
tuE
Mon
omer
2.5
0.2
P370
28B
tuF
Mon
omer
2.9
0.35
P0A
9H5
Btu
RM
onom
er2.
60.
22
16
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
A9H
3C
adA
Mon
omer
4.3
1.85
Hom
odim
er5.
76.
17P0
AA
E8
Cad
BM
onom
er3.
50.
74P2
3890
Cad
CM
onom
er3.
81.
05P6
0584
Cai
AM
onom
er3.
40.
64H
omot
etra
mer
5.8
6.71
P315
72C
aiB
Mon
omer
3.4
0.7
Hom
odim
er4.
52.
22P3
1552
Cai
CM
onom
er3.
81.
07P3
1551
Cai
DM
onom
er2.
90.
33P3
9206
Cai
EM
onom
er2.
60.
21P0
AE
58C
aiF
Mon
omer
2.3
0.13
P315
53C
aiT
Mon
omer
3.8
1.01
P615
17C
anM
onom
er2.
70.
27H
omod
imer
3.6
0.83
P0A
6F1
Car
AM
onom
er3.
30.
61H
eter
otet
ram
er(C
arA
2-C
arB2)
7.4
21.1
5P0
0968
Car
BM
onom
er5
3.51
Het
erot
etra
mer
(Car
A2-C
arB2)
7.4
21.1
5Q
4708
3C
blM
onom
er3.
10.
48P3
6659
Cbp
AM
onom
er3.
10.
45P6
3264
Cbp
MM
onom
er2
0.08
P314
56C
brA
Mon
omer
3.3
0.58
P314
68C
brB
Mon
omer
2.3
0.15
P314
69C
brC
Mon
omer
2.6
0.23
P645
24C
btA
Mon
omer
2.2
0.11
P069
61C
caM
onom
er3.
50.
73H
omod
imer
4.6
2.33
P339
31C
cmA
Mon
omer
2.6
0.24
P0A
BL
8C
cmB
Mon
omer
2.7
0.25
17
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
AB
M1
Ccm
CM
onom
er2.
80.
32P0
AB
M5
Ccm
DM
onom
er1.
70.
05P6
9490
Ccm
EM
onom
er2.
40.
16P3
3927
Ccm
FM
onom
er4.
11.
49P0
AB
M9
Ccm
HM
onom
er3.
30.
56P3
7047
Cda
RM
onom
er3.
40.
66P0
AB
F6C
ddM
onom
er3
0.39
Hom
odim
er3.
91.
21P0
6282
Cdh
Mon
omer
2.9
0.33
P0A
BG
1C
dsA
Mon
omer
30.
39P0
AE
60C
edA
Mon
omer
1.9
0.06
P0A
9H7
Cfa
Mon
omer
3.4
0.67
P318
01C
haA
Mon
omer
3.3
0.56
P0A
E63
Cha
BM
onom
er1.
80.
06P3
9163
Cha
CM
onom
er2.
70.
28P6
9791
Chb
AM
onom
er2.
10.
1H
omod
imer
2.7
0.28
P697
95C
hbB
Mon
omer
20.
08P1
7334
Chb
CM
onom
er3.
50.
78P1
7411
Chb
FM
onom
er3.
60.
84H
omot
etra
mer
6.2
9.13
P377
94C
hbG
Mon
omer
2.8
0.32
P174
10C
hbR
Mon
omer
30.
42H
omod
imer
4.0
1.31
P073
63C
heA
Mon
omer
4.1
1.49
P073
30C
heB
Mon
omer
3.2
0.52
P073
64C
heR
Mon
omer
30.
42P0
A96
4C
heW
Mon
omer
2.4
0.17
P0A
E67
Che
YM
onom
er2.
20.
11P0
A9H
9C
heZ
Mon
omer
2.7
0.26
18
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]H
omod
imer
3.5
0.77
P136
56C
hiA
Mon
omer
4.6
2.51
P762
13C
hoM
onom
er3.
10.
44P3
3647
Chp
BM
onom
er2.
10.
09H
omod
imer
2.7
0.27
P083
65C
hpS
Mon
omer
1.8
0.06
P173
15C
irA
Mon
omer
4.2
1.58
P773
90C
itCM
onom
er3.
30.
58P6
9330
CitD
Mon
omer
20.
07P0
A9I
1C
itEM
onom
er3
0.43
P757
26C
itFM
onom
er3.
70.
97P7
7231
CitG
Mon
omer
30.
4P0
AE
74C
itTM
onom
er3.
70.
91P0
A6G
5C
itXM
onom
er2.
50.
2P3
7019
Clc
AM
onom
er3.
60.
84P7
6175
Clc
BM
onom
er3.
40.
68P0
AB
H9
Clp
AM
onom
er4.
41.
97P6
3284
Clp
BM
onom
er4.
62.
44H
omoh
exam
er9.
365
.67
P0A
6G7
Clp
PM
onom
er2.
60.
24H
eter
odim
er(C
lpP-
Clp
X)
4.1
1.43
P0A
8Q6
Clp
SM
onom
er2.
10.
09P0
A6H
1C
lpX
Mon
omer
3.5
0.73
Het
erod
imer
(Clp
P-C
lpX
)4.
11.
43P0
A6H
8C
lsM
onom
er3.
70.
96P0
A6I
0C
mk
Mon
omer
2.7
0.27
P762
90C
moA
Mon
omer
2.8
0.32
P762
91C
moB
Mon
omer
3.2
0.51
P698
26C
mtA
Mon
omer
3.6
0.8
P698
24C
mtB
Mon
omer
2.3
0.14
19
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P6
4467
Cnu
Mon
omer
1.8
0.05
P0A
6I3
Coa
AM
onom
er3.
20.
49P0
AB
Q0
Coa
BC
Mon
omer
3.4
0.66
Hom
odod
ecam
er9.
054
.42
P0A
6I6
Coa
DM
onom
er2.
40.
16H
omoh
exam
er4.
82.
97P0
A6I
9C
oaE
Mon
omer
2.6
0.23
P759
60C
obB
Mon
omer
2.8
0.3
P520
86C
obC
Mon
omer
2.7
0.24
P365
61C
obS
Mon
omer
2.8
0.3
P365
62C
obT
Mon
omer
3.2
0.51
Hom
odim
er4.
21.
58P0
AE
76C
obU
Mon
omer
2.5
0.2
Hom
odim
er3.
30.
58P2
5524
Cod
AM
onom
er3.
50.
76H
omot
etra
mer
6.0
8.2
P0A
A82
Cod
BM
onom
er3.
40.
66P4
6891
Cof
Mon
omer
2.9
0.37
P759
74C
ohE
Mon
omer
2.7
0.27
Q59
385
Cop
AM
onom
er4.
52.
12P0
AB
I4C
orA
Mon
omer
3.2
0.5
P0A
E78
Cor
CM
onom
er3.
10.
43P0
8331
Cpd
BM
onom
er4.
11.
47P0
CB
39C
ptA
Mon
omer
41.
33P0
AE
82C
pxA
Mon
omer
3.6
0.87
P0A
E85
Cpx
PM
onom
er2.
40.
18P0
AE
88C
pxR
Mon
omer
2.8
0.3
P370
01C
rcA
Mon
omer
2.6
0.22
P370
02C
rcB
Mon
omer
2.2
0.11
P0A
E91
Cre
AM
onom
er2.
40.
15
20
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
8368
Cre
BM
onom
er2.
80.
29P0
8401
Cre
CM
onom
er3.
60.
89P0
8369
Cre
DM
onom
er3.
60.
82P2
4251
Crl
Mon
omer
2.3
0.13
P759
75C
roE
Mon
omer
1.7
0.04
P0A
CJ8
Crp
Mon
omer
2.7
0.25
P697
83C
rrM
onom
er2.
40.
17H
eter
odim
er(C
rr-G
lpK
)4.
21.
6Q
4692
5C
sdA
Mon
omer
3.4
0.65
Hom
odim
er4.
42.
06P2
8307
Csg
AM
onom
er2.
20.
12P0
AB
K7
Csg
BM
onom
er2.
30.
14P5
2107
Csg
CM
onom
er2
0.09
P521
06C
sgD
Mon
omer
2.7
0.27
P0A
E95
Csg
EM
onom
er2.
20.
12P0
AE
98C
sgF
Mon
omer
2.2
0.13
P0A
EA
2C
sgG
Mon
omer
30.
37P7
6621
Csi
DM
onom
er3.
20.
52H
omot
etra
mer
5.5
5.32
P549
01C
siE
Mon
omer
3.6
0.8
P373
38C
siR
Mon
omer
2.7
0.27
P0A
9X9
Csp
AM
onom
er1.
70.
04P3
6995
Csp
BM
onom
er1.
70.
05P0
A9Y
6C
spC
Mon
omer
1.7
0.04
P0A
968
Csp
DM
onom
er1.
70.
05H
omod
imer
2.3
0.14
P0A
972
Csp
EM
onom
er1.
70.
04P0
A97
6C
spF
Mon
omer
1.7
0.04
P0A
978
Csp
GM
onom
er1.
70.
05P0
A98
2C
spH
Mon
omer
1.7
0.05
21
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
A98
6C
spI
Mon
omer
1.7
0.05
P699
13C
srA
Mon
omer
1.6
0.04
Hom
odim
er2.
20.
11P1
3518
Csr
DM
onom
er4.
21.
56P1
5078
Cst
AM
onom
er4.
21.
62P3
6649
Cue
OM
onom
er3.
81.
01P0
A9G
4C
ueR
Mon
omer
2.2
0.13
Hom
odim
er2.
90.
37P3
8054
Cus
AM
onom
er5
3.35
P772
39C
usB
Mon
omer
3.4
0.68
P772
11C
usC
Mon
omer
3.6
0.83
P772
14C
usF
Mon
omer
2.1
0.09
P0A
CZ
8C
usR
Mon
omer
2.7
0.28
P774
85C
usS
Mon
omer
3.7
0.93
P694
88C
utA
Mon
omer
2.1
0.09
Hom
otri
mer
3.2
0.51
P678
26C
utC
Mon
omer
2.8
0.3
Hom
odim
er3.
70.
92P0
8550
Cvp
AM
onom
er2.
40.
16P7
6007
Cvr
AM
onom
er3.
91.
19P0
0936
Cya
AM
onom
er4.
72.
53P2
7838
Cya
YM
onom
er2.
10.
09P0
AB
E5
Cyb
BM
onom
er2.
50.
2P0
AA
E0
Cyc
AM
onom
er3.
60.
87P0
AB
J9C
ydA
Mon
omer
3.8
1.06
P0A
BK
2C
ydB
Mon
omer
3.4
0.63
P238
86C
ydC
Mon
omer
3.9
1.21
P290
18C
ydD
Mon
omer
41.
28P2
7111
Cyn
RM
onom
er3
0.42
P008
16C
ynS
Mon
omer
2.3
0.15
22
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]H
omod
ecam
er5.
86.
72P0
AB
E9
Cyn
TM
onom
er2.
70.
25P1
7583
Cyn
XM
onom
er3.
30.
61P0
AB
J1C
yoA
Mon
omer
3.1
0.46
P0A
BI8
Cyo
BM
onom
er4.
21.
6P0
AB
J3C
yoC
Mon
omer
2.6
0.23
P0A
BJ6
Cyo
DM
onom
er2
0.09
P0A
EA
5C
yoE
Mon
omer
30.
41P1
6676
Cys
AM
onom
er3.
30.
6P0
A9F
3C
ysB
Mon
omer
3.2
0.49
Hom
otet
ram
er5.
45.
02P0
A6J
1C
ysC
Mon
omer
2.6
0.23
P211
56C
ysD
Mon
omer
3.1
0.47
Het
erod
imer
(Cys
D-C
ysN
)4.
52.
11P0
A9D
4C
ysE
Mon
omer
2.9
0.35
Hom
ohex
amer
5.9
7.11
P0A
EA
8C
ysG
Mon
omer
3.6
0.83
P178
54C
ysH
Mon
omer
2.9
0.33
Hom
odim
er3.
71.
0P1
7846
Cys
IM
onom
er3.
91.
24P3
8038
Cys
JM
onom
er4
1.32
P0A
BK
5C
ysK
Mon
omer
3.1
0.45
Hom
odim
er4.
11.
41P1
6703
Cys
MM
onom
er3
0.42
Hom
odim
er4.
01.
29P2
3845
Cys
NM
onom
er3.
70.
9H
eter
odim
er(C
ysD
-Cys
N)
4.5
2.11
P167
00C
ysP
Mon
omer
3.2
0.52
P222
55C
ysQ
Mon
omer
2.8
0.31
P218
88C
ysS
Mon
omer
3.6
0.89
23
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P1
6701
Cys
UM
onom
er2.
90.
37P0
AE
B0
Cys
WM
onom
er3
0.41
P0A
6J3
Cys
ZM
onom
er2.
90.
35P0
AC
N7
Cyt
RM
onom
er3.
20.
53P0
AE
B2
Dac
AM
onom
er3.
40.
68P2
4228
Dac
BM
onom
er3.
60.
88P0
8506
Dac
CM
onom
er3.
40.
66P3
3013
Dac
DM
onom
er3.
40.
66P0
A6J
5D
adA
Mon
omer
3.5
0.76
P290
12D
adX
Mon
omer
3.2
0.55
P0A
EE
8D
amM
onom
er3
0.41
P115
57D
amX
Mon
omer
3.5
0.73
P0A
6L2
Dap
AM
onom
er3
0.39
Hom
otet
ram
er5.
13.
89P0
4036
Dap
BM
onom
er2.
90.
34H
omot
etra
mer
5.0
3.36
P0A
9D8
Dap
DM
onom
er2.
90.
36H
omot
rim
er4.
52.
19P0
AE
D7
Dap
EM
onom
er3.
30.
61H
omod
imer
4.4
1.9
P0A
6K1
Dap
FM
onom
er2.
90.
37P2
1693
Dbp
AM
onom
er3.
60.
81P2
8248
Dcd
Mon
omer
2.6
0.21
Hom
otet
ram
er4.
42.
0P0
AE
D9
Dcm
Mon
omer
3.7
0.92
P241
71D
cpM
onom
er4.
31.
71P0
AE
E1
Dcr
BM
onom
er2.
50.
19P0
A83
0D
ctA
Mon
omer
3.4
0.71
P371
95D
ctR
Mon
omer
2.5
0.2
P0A
BN
5D
cuA
Mon
omer
3.5
0.72
24
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
AB
N9
Dcu
BM
onom
er3.
50.
77P0
AB
P3D
cuC
Mon
omer
3.5
0.78
P454
28D
cuD
Mon
omer
3.5
0.8
P0A
D01
Dcu
RM
onom
er2.
80.
32P0
AE
C8
Dcu
SM
onom
er3.
91.
13P7
6316
Dcy
DM
onom
er3.
10.
47H
omod
imer
4.1
1.45
P0A
6J8
Ddl
AM
onom
er3.
30.
56P0
7862
Ddl
BM
onom
er3
0.42
P761
28D
dpA
Mon
omer
3.8
1.05
P773
08D
dpB
Mon
omer
3.2
0.52
P774
63D
dpC
Mon
omer
30.
4P7
7268
Ddp
DM
onom
er3.
20.
49P7
7622
Ddp
FM
onom
er3.
10.
46P7
7790
Ddp
XM
onom
er2.
60.
21P0
A9P
6D
eaD
Mon
omer
4.1
1.46
P0A
BP6
Ded
AM
onom
er2.
70.
26P0
9549
Ded
DM
onom
er2.
60.
24P0
A6K
3D
efM
onom
er2.
50.
18P0
C0V
0D
egP
Mon
omer
3.6
0.81
P390
99D
egQ
Mon
omer
3.5
0.75
P0A
EE
3D
egS
Mon
omer
3.2
0.52
P076
50D
eoA
Mon
omer
3.5
0.75
Hom
odim
er4.
62.
39P0
A6K
6D
eoB
Mon
omer
3.4
0.68
P0A
6L0
Deo
CM
onom
er2.
80.
32H
omod
imer
3.7
0.98
P0A
BP8
Deo
DM
onom
er2.
80.
29H
omoh
exam
er5.
65.
72P0
AC
K5
Deo
RM
onom
er2.
90.
34
25
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]H
omoo
catm
er6.
511
.41
P0A
6P5
Der
Mon
omer
3.7
0.97
P0A
BN
1D
gkA
Mon
omer
2.1
0.1
Q6B
F16
Dgo
AM
onom
er2.
60.
21Q
6BF1
7D
goD
Mon
omer
3.4
0.64
P314
59D
goK
Mon
omer
30.
39P3
1460
Dgo
RM
onom
er2.
80.
29P0
AA
76D
goT
Mon
omer
3.5
0.75
P157
23D
gtM
onom
er3.
81.
1H
omot
etra
mer
6.6
12.2
6P7
6015
Dha
KM
onom
er3.
20.
54H
omod
imer
4.2
1.67
P760
14D
haL
Mon
omer
2.6
0.23
Hom
odim
er3.
40.
7P3
7349
Dha
MM
onom
er3.
60.
87H
omod
imer
4.7
2.77
P760
16D
haR
Mon
omer
4.1
1.46
P668
17D
iaA
Mon
omer
2.6
0.21
Hom
odim
er3.
30.
63P0
6966
Dic
AM
onom
er2.
30.
13P0
9557
Dic
BM
onom
er1.
70.
04P0
6965
Dic
CM
onom
er1.
80.
05Q
4715
5D
inB
Mon
omer
3.3
0.56
P238
40D
inD
Mon
omer
30.
38P2
8303
Din
FM
onom
er3.
60.
82P2
7296
Din
GM
onom
er4.
31.
86P0
AB
R1
Din
IM
onom
er1.
80.
06Q
4715
0D
inJ
Mon
omer
1.9
0.06
Het
erod
imer
(Din
J-Y
afQ
)2.
50.
2A
5A62
4D
inQ
Mon
omer
1.4
0.02
26
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P3
1680
DjlA
Mon
omer
30.
38P7
7381
DjlB
Mon
omer
3.7
0.97
P773
59D
jlCM
onom
er3.
70.
99Q
4685
7D
kgA
Mon
omer
30.
39P3
0863
Dkg
BM
onom
er2.
90.
35P0
AB
S1D
ksA
Mon
omer
2.4
0.16
P061
49D
ldM
onom
er4
1.26
P376
72D
lgD
Mon
omer
3.2
0.5
Hom
odim
er4.
21.
55P7
6251
Dm
lAM
onom
er3.
30.
58P7
6250
Dm
lRM
onom
er3.
10.
46P1
8775
Dm
sAM
onom
er4.
52.
22P1
8776
Dm
sBM
onom
er2.
60.
24P1
8777
Dm
sCM
onom
er3
0.38
P698
53D
msD
Mon
omer
2.7
0.25
P030
04D
naA
Mon
omer
3.6
0.9
P0A
CB
0D
naB
Mon
omer
3.6
0.89
Hom
ohex
amer
7.4
20.6
3P0
AE
F0D
naC
Mon
omer
2.8
0.33
P104
43D
naE
Mon
omer
5.2
4.16
P0A
BS5
Dna
GM
onom
er4
1.29
P086
22D
naJ
Mon
omer
3.3
0.6
Hom
odim
er4.
31.
89P0
A6Y
8D
naK
Mon
omer
4.1
1.41
P0A
988
Dna
NM
onom
er3.
30.
59H
omod
imer
4.3
1.85
P030
07D
naQ
Mon
omer
2.8
0.31
P0A
8J2
Dna
TM
onom
er2.
50.
19P0
6710
Dna
XM
onom
er4.
11.
48P0
AA
89D
osC
Mon
omer
3.7
0.92
27
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P7
6129
Dos
PM
onom
er4.
52.
22H
omod
imer
5.9
7.45
P0A
EF4
Dpi
AM
onom
er2.
70.
28P7
7510
Dpi
BM
onom
er3.
91.
17P2
3847
Dpp
AM
onom
er3.
91.
13P0
AE
F8D
ppB
Mon
omer
3.2
0.52
P0A
EG
1D
ppC
Mon
omer
30.
41P0
AA
G0
Dpp
DM
onom
er3.
10.
48P3
7313
Dpp
FM
onom
er3.
20.
52P0
AB
T2
Dps
Mon
omer
2.4
0.17
Hom
odod
ecam
er6.
411
.04
P0A
EG
4D
sbA
Mon
omer
2.6
0.24
P0A
6M2
Dsb
BM
onom
er2.
50.
2P0
AE
G6
Dsb
CM
onom
er2.
80.
28P3
6655
Dsb
DM
onom
er3.
91.
17P0
AA
86D
sbE
Mon
omer
2.5
0.21
P772
02D
sbG
Mon
omer
2.8
0.32
P009
26D
sdA
Mon
omer
3.5
0.77
P460
68D
sdC
Mon
omer
3.1
0.47
P085
55D
sdX
Mon
omer
3.5
0.75
P0A
EG
8D
srB
Mon
omer
1.7
0.04
P0A
6M4
Dtd
Mon
omer
2.3
0.14
Hom
odim
er3.
00.
4P7
7304
Dtp
AM
onom
er3.
70.
94P3
6837
Dtp
BM
onom
er3.
70.
93P7
5742
Dtp
DM
onom
er3.
70.
94P3
2695
Dus
AM
onom
er3.
20.
5P0
AB
T5
Dus
BM
onom
er3.
10.
48P3
3371
Dus
CM
onom
er3.
10.
47P0
6968
Dut
Mon
omer
2.3
0.14
28
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]H
omot
rim
er3.
50.
79P4
5568
Dxr
Mon
omer
3.4
0.66
Hom
odim
er4.
42.
07P7
7488
Dxs
Mon
omer
41.
36H
omod
imer
5.3
4.46
P369
43E
aeH
Mon
omer
30.
43P3
1125
Eam
AM
onom
er3
0.41
P381
01E
amB
Mon
omer
2.6
0.21
P068
64E
bgA
Mon
omer
53.
51H
eter
ooct
amer
(Ebg
A4-E
bgC4)
9.1
58.6
1P0
AC
73E
bgC
Mon
omer
2.4
0.16
Het
eroo
ctam
er(E
bgA
4-E
bgC4)
9.1
58.6
1P0
6846
Ebg
RM
onom
er3.
20.
49P0
AD
B4
Ecn
AM
onom
er1.
40.
02P0
AD
B7
Ecn
BM
onom
er1.
40.
02P2
3827
Eco
Mon
omer
2.4
0.17
P331
28E
cpD
Mon
omer
2.8
0.31
P0A
955
Eda
Mon
omer
2.6
0.23
Hom
otri
mer
4.0
1.34
P0A
DF6
Edd
Mon
omer
41.
26P7
5901
Efe
UM
onom
er2.
90.
37P0
A6N
4E
fpM
onom
er2.
50.
2P0
AE
H3
Ela
AM
onom
er2.
40.
16P0
AE
H5
Ela
BM
onom
er2
0.08
Q47
013
Ela
DM
onom
er3.
50.
72P0
AB
U5
Elb
BM
onom
er2.
60.
24P2
7303
Em
rAM
onom
er3.
40.
64P0
AE
J0E
mrB
Mon
omer
3.7
0.99
P314
42E
mrD
Mon
omer
3.3
0.63
P238
95E
mrE
Mon
omer
20.
09
29
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P5
2599
Em
rKM
onom
er3.
40.
64P5
2600
Em
rYM
onom
er3.
71.
0P0
C96
0E
mtA
Mon
omer
2.6
0.23
P257
36E
ndA
Mon
omer
2.8
0.3
P0A
6P7
Eng
BM
onom
er2.
70.
25P0
AB
U2
Eng
DM
onom
er3.
30.
57P0
A6P
9E
noM
onom
er3.
50.
71H
omod
imer
4.5
2.26
P150
47E
ntA
Mon
omer
2.8
0.29
Hom
ooca
tmer
6.3
9.79
P0A
DI4
Ent
BM
onom
er3
0.41
P0A
EJ2
Ent
CM
onom
er3.
40.
65P1
9925
Ent
DM
onom
er2.
70.
25P1
0378
Ent
EM
onom
er3.
81.
09P1
1454
Ent
FM
onom
er5.
44.
86P2
4077
Ent
SM
onom
er3.
40.
65P3
7690
Env
CM
onom
er3.
50.
74P0
AC
T2
Env
RM
onom
er2.
70.
28P1
0805
Env
YM
onom
er2.
90.
35P0
AE
J4E
nvZ
Mon
omer
3.6
0.84
P0A
9B6
Epd
Mon
omer
3.2
0.51
Hom
otet
ram
er5.
55.
3P3
0845
Ept
AM
onom
er3.
91.
17P3
7661
Ept
BM
onom
er3.
91.
24P0
6616
Era
Mon
omer
3.1
0.44
P391
76E
rfK
Mon
omer
3.1
0.45
P0A
CC
3E
rpA
Mon
omer
2.1
0.09
Hom
odim
er2.
70.
26P0
A9R
2E
ssD
Mon
omer
1.7
0.05
P772
37E
ssQ
Mon
omer
1.7
0.05
30
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P3
8134
Etk
Mon
omer
4.3
1.85
P0A
CZ
2E
tpM
onom
er2.
30.
14P7
6551
Eut
AM
onom
er3.
60.
82P0
AE
J6E
utB
Mon
omer
3.6
0.81
Het
erod
imer
(Eut
B-E
utC
)4.
31.
85P1
9636
Eut
CM
onom
er3
0.4
Het
erod
imer
(Eut
B-E
utC
)4.
31.
85P7
7218
Eut
DM
onom
er3.
10.
49P7
7445
Eut
EM
onom
er3.
60.
8P7
6553
Eut
GM
onom
er3.
30.
6P7
6552
Eut
HM
onom
er3.
40.
64P7
7277
Eut
JM
onom
er2.
90.
37P7
6540
Eut
KM
onom
er2.
40.
16P7
6541
Eut
LM
onom
er2.
60.
24P0
AB
F4E
utM
Mon
omer
1.9
0.07
P0A
EJ8
Eut
NM
onom
er1.
90.
07P7
6556
Eut
PM
onom
er2.
40.
16P7
6555
Eut
QM
onom
er2.
70.
28P3
6547
Eut
RM
onom
er3.
30.
58P6
3746
Eut
SM
onom
er2
0.08
P656
43E
utT
Mon
omer
2.9
0.37
P0A
CZ
4E
vgA
Mon
omer
2.6
0.23
Hom
odim
er3.
40.
71P3
0855
Evg
SM
onom
er5.
34.
43P0
AB
U7
Exb
BM
onom
er2.
80.
3P0
AB
V2
Exb
DM
onom
er2.
30.
13P0
AE
K0
Exo
XM
onom
er2.
70.
28P0
AC
L2
Exu
RM
onom
er2.
90.
36P0
AA
78E
xuT
Mon
omer
3.6
0.87
P0A
6Q3
FabA
Mon
omer
2.4
0.18
31
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]H
omod
imer
3.2
0.53
P0A
953
FabB
Mon
omer
3.4
0.64
Hom
odim
er4.
42.
01P0
AA
I9Fa
bDM
onom
er3
0.41
P0A
AI5
FabF
Mon
omer
3.4
0.65
Hom
odim
er4.
42.
05P0
AE
K2
FabG
Mon
omer
2.8
0.28
Hom
otet
ram
er4.
72.
74P0
A6R
0Fa
bHM
onom
er3.
10.
43H
omod
imer
4.0
1.34
P0A
EK
4Fa
bIM
onom
er2.
80.
32H
omot
etra
mer
4.9
3.18
P0A
CU
5Fa
bRM
onom
er2.
70.
26H
omod
imer
3.5
0.8
P0A
6Q6
FabZ
Mon
omer
2.3
0.15
P211
51Fa
dAM
onom
er3.
30.
6H
eter
otet
ram
er(F
adA
2-F
adB2)
6.6
12.5
9P2
1177
FadB
Mon
omer
4.3
1.79
Het
erot
etra
mer
(Fad
A2-F
adB2)
6.6
12.5
9P6
9451
FadD
Mon
omer
3.9
1.19
Q47
146
FadE
Mon
omer
4.5
2.17
P425
93Fa
dHM
onom
er4.
11.
54P7
6503
FadI
Mon
omer
3.5
0.74
Het
erot
etra
mer
(Fad
I 2-F
adJ 2
)6.
713
.19
P773
99Fa
dJM
onom
er4.
21.
7H
eter
otet
ram
er(F
adI 2
-Fad
J 2)
6.7
13.1
9P3
8135
FadK
Mon
omer
3.9
1.14
P103
84Fa
dLM
onom
er3.
50.
79P0
A8V
6Fa
dRM
onom
er2.
80.
31H
omod
imer
3.7
0.94
32
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
AB
71Fb
aAM
onom
er3.
30.
56H
omod
imer
4.3
1.74
P0A
991
FbaB
Mon
omer
3.2
0.53
Hom
ooca
tmer
7.3
19.4
8P0
A99
3Fb
pM
onom
er3.
20.
5H
omot
etra
mer
5.5
5.19
P756
81Fb
pBM
onom
er2.
10.
09P3
7009
FbpC
Mon
omer
3.2
0.55
P320
55Fc
lM
onom
er3.
20.
49H
omod
imer
4.1
1.52
P321
77Fd
hDM
onom
er3
0.37
P130
24Fd
hEM
onom
er3.
10.
46P0
7658
FdhF
Mon
omer
4.3
1.78
P241
83Fd
nGM
onom
er4.
93.
26P0
AA
J3Fd
nHM
onom
er3
0.41
P0A
EK
7Fd
nIM
onom
er2.
70.
28P3
2176
FdoG
Mon
omer
4.9
3.24
P0A
AJ5
FdoH
Mon
omer
30.
43P0
AE
L0
FdoI
Mon
omer
2.7
0.27
Q47
208
FdrA
Mon
omer
3.8
1.07
P0A
9R4
Fdx
Mon
omer
2.1
0.09
P806
68Fe
aBM
onom
er3.
70.
93H
omod
imer
4.8
2.99
Q47
129
FeaR
Mon
omer
3.1
0.46
P130
36Fe
cAM
onom
er4.
42.
01P1
5028
FecB
Mon
omer
30.
43P1
5030
FecC
Mon
omer
3.1
0.46
P150
29Fe
cDM
onom
er3.
10.
45P1
5031
FecE
Mon
omer
2.9
0.33
P234
84Fe
cIM
onom
er2.
50.
19
33
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P2
3485
FecR
Mon
omer
3.1
0.48
P0A
EL
3Fe
oAM
onom
er1.
80.
05P3
3650
FeoB
Mon
omer
4.4
1.98
P646
38Fe
oCM
onom
er1.
80.
05P0
5825
FepA
Mon
omer
4.3
1.89
P0A
EL
6Fe
pBM
onom
er3.
10.
45P2
3878
FepC
Mon
omer
2.9
0.36
P238
76Fe
pDM
onom
er3.
10.
44P2
6266
FepE
Mon
omer
3.3
0.63
P238
77Fe
pGM
onom
er3.
10.
46P1
3039
Fes
Mon
omer
3.4
0.64
P0A
GD
7Ff
hM
onom
er3.
60.
82Q
4715
3Fh
iAM
onom
er3.
91.
22P1
9323
FhlA
Mon
omer
4.3
1.75
P069
71Fh
uAM
onom
er4.
31.
89P0
6972
FhuB
Mon
omer
4.1
1.46
P078
21Fh
uCM
onom
er2.
90.
34P0
7822
FhuD
Mon
omer
30.
42P1
6869
FhuE
Mon
omer
4.3
1.85
P394
05Fh
uFM
onom
er2.
90.
37P2
0605
Fic
Mon
omer
2.6
0.24
P693
80Fi
eFM
onom
er3
0.42
P041
28Fi
mA
Mon
omer
2.4
0.17
P0A
DH
5Fi
mB
Mon
omer
2.6
0.24
P316
97Fi
mC
Mon
omer
2.8
0.3
P301
30Fi
mD
Mon
omer
4.6
2.48
P0A
DH
7Fi
mE
Mon
omer
2.6
0.24
P081
89Fi
mF
Mon
omer
2.4
0.17
P081
90Fi
mG
Mon
omer
2.4
0.15
P081
91Fi
mH
Mon
omer
30.
39
34
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P3
9264
Fim
IM
onom
er2.
50.
18P0
AE
L8
Fim
ZM
onom
er2.
70.
25P0
A6R
3Fi
sM
onom
er2
0.08
Hom
odim
er2.
60.
23P7
5780
Fiu
Mon
omer
4.3
1.88
P605
66Fi
xAM
onom
er2.
80.
31H
eter
odim
er(F
ixA
-Fix
B)
3.9
1.14
P315
74Fi
xBM
onom
er3.
10.
43H
eter
odim
er(F
ixA
-Fix
B)
3.9
1.14
P686
44Fi
xCM
onom
er3.
50.
71P6
8646
FixX
Mon
omer
1.9
0.07
P0A
9L3
FklB
Mon
omer
2.6
0.23
Hom
odim
er3.
40.
68P4
5523
FkpA
Mon
omer
2.9
0.34
P0A
EM
0Fk
pBM
onom
er2.
30.
14P6
1949
FldA
Mon
omer
2.5
0.19
P0A
BY
4Fl
dBM
onom
er2.
50.
19P7
5933
FlgA
Mon
omer
2.7
0.25
P0A
BW
9Fl
gBM
onom
er2.
20.
13P0
AB
X2
FlgC
Mon
omer
2.2
0.11
P759
36Fl
gDM
onom
er2.
70.
25P7
5937
FlgE
Mon
omer
3.3
0.62
P759
38Fl
gFM
onom
er2.
80.
29P0
AB
X5
FlgG
Mon
omer
2.8
0.32
P0A
6S0
FlgH
Mon
omer
2.7
0.27
P0A
6S3
FlgI
Mon
omer
3.2
0.53
P759
42Fl
gJM
onom
er3.
10.
45P3
3235
FlgK
Mon
omer
3.8
1.05
P297
44Fl
gLM
onom
er3.
10.
45P0
AE
M4
FlgM
Mon
omer
1.9
0.07
35
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P4
3533
FlgN
Mon
omer
2.3
0.14
P762
98Fl
hAM
onom
er4.
21.
61P7
6299
FlhB
Mon
omer
3.4
0.63
P0A
BY
7Fl
hCM
onom
er2.
60.
22H
eter
ohex
amer
(Flh
C2-F
lhD
4)
4.6
2.48
P0A
8S9
FlhD
Mon
omer
2.1
0.1
Hom
odim
er2.
80.
3H
eter
ohex
amer
(Flh
C2-F
lhD
4)
4.6
2.48
P762
97Fl
hEM
onom
er2.
20.
11P0
AE
M6
FliA
Mon
omer
2.8
0.32
P049
49Fl
iCM
onom
er3.
60.
86P2
4216
FliD
Mon
omer
3.5
0.79
P0A
8T5
FliE
Mon
omer
20.
08P2
5798
FliF
Mon
omer
3.9
1.13
P0A
BZ
1Fl
iGM
onom
er3.
20.
5P3
1068
FliH
Mon
omer
2.7
0.27
P526
12Fl
iIM
onom
er3.
60.
81P5
2613
FliJ
Mon
omer
2.4
0.15
P526
14Fl
iKM
onom
er3.
30.
56P0
AB
X8
FliL
Mon
omer
2.4
0.15
P069
74Fl
iMM
onom
er3.
20.
53P1
5070
FliN
Mon
omer
2.2
0.12
P225
86Fl
iOM
onom
er2.
10.
1P0
AC
05Fl
iPM
onom
er2.
80.
31P0
AC
07Fl
iQM
onom
er1.
90.
06P3
3135
FliR
Mon
omer
2.9
0.34
P266
08Fl
iSM
onom
er2.
20.
12P0
AB
Y2
FliT
Mon
omer
2.2
0.11
Hom
odim
er2.
80.
32P0
AE
M9
FliY
Mon
omer
2.9
0.35
36
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P5
2627
FliZ
Mon
omer
2.6
0.22
P152
86Fl
kM
onom
er3.
20.
5P3
9180
Flu
Mon
omer
4.8
2.96
P776
09Fl
xAM
onom
er2.
10.
09P2
3882
Fmt
Mon
omer
3.1
0.45
P0A
9E5
Fnr
Mon
omer
2.9
0.33
Hom
odim
er3.
70.
99P0
AC
23Fo
cAM
onom
er3
0.38
P777
33Fo
cBM
onom
er3
0.37
P0A
BQ
4Fo
lAM
onom
er2.
40.
16P0
AC
16Fo
lBM
onom
er2.
10.
11H
omoo
catm
er4.
93.
06P0
8192
FolC
Mon
omer
3.4
0.71
P241
86Fo
lDM
onom
er3
0.38
Hom
odim
er3.
91.
18P0
A6T
5Fo
lEM
onom
er2.
70.
27H
omod
ecam
er6.
713
.3P2
6281
FolK
Mon
omer
2.4
0.17
P0A
FS3
FolM
Mon
omer
2.8
0.3
P0A
C13
FolP
Mon
omer
30.
38H
omod
imer
3.9
1.15
P0A
C19
FolX
Mon
omer
2.2
0.11
Hom
ooca
tmer
4.9
3.24
P288
61Fp
rM
onom
er2.
80.
32P6
9902
Frc
Mon
omer
3.5
0.72
Hom
odim
er4.
52.
28P0
0363
FrdA
Mon
omer
41.
31P0
AC
47Fr
dBM
onom
er2.
80.
31P0
A8Q
0Fr
dCM
onom
er2.
20.
12P0
A8Q
3Fr
dDM
onom
er2.
10.
1
37
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P0
AE
N1
Fre
Mon
omer
2.8
0.29
P455
39Fr
lAM
onom
er3.
50.
76P0
AC
00Fr
lBM
onom
er3.
20.
54H
omod
odec
amer
8.6
43.1
6P4
5541
FrlC
Mon
omer
30.
39P4
5543
FrlD
Mon
omer
2.9
0.33
P455
44Fr
lRM
onom
er2.
80.
32P2
5437
Frm
AM
onom
er3.
30.
56H
omod
imer
4.3
1.76
P510
25Fr
mB
Mon
omer
30.
39P0
AA
P3Fr
mR
Mon
omer
1.9
0.07
P0A
805
Frr
Mon
omer
2.5
0.2
P043
35Fr
sAM
onom
er3.
50.
75P2
0966
FruA
Mon
omer
3.8
1.04
P698
11Fr
uBM
onom
er3.
30.
57P0
AE
W9
FruK
Mon
omer
3.1
0.44
P0A
DF0
FruL
Mon
omer
1.2
0.01
P0A
CP1
FruR
Mon
omer
3.2
0.53
P321
55Fr
vAM
onom
er2.
30.
14P3
2154
FrvB
Mon
omer
3.6
0.86
P321
52Fr
vRM
onom
er4
1.31
P321
53Fr
vXM
onom
er3.
20.
55P6
9816
Frw
BM
onom
er2
0.08
P326
72Fr
wC
Mon
omer
3.2
0.51
P326
76Fr
wD
Mon
omer
2.1
0.1
P774
39Fr
yAM
onom
er4.
52.
3P6
9808
FryB
Mon
omer
20.
09P7
7579
FryC
Mon
omer
3.4
0.67
P780
55Fs
aAM
onom
er2.
60.
24H
omod
odec
amer
7.0
16.1
7
38
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P3
2669
FsaB
Mon
omer
2.7
0.25
P520
67Fs
rM
onom
er3.
40.
65P0
A99
8Ft
nAM
onom
er2.
50.
18P0
A9A
2Ft
nBM
onom
er2.
40.
18P0
AB
H0
FtsA
Mon
omer
3.4
0.71
P0A
6S5
FtsB
Mon
omer
20.
08P0
A9R
7Ft
sEM
onom
er2.
70.
26P0
AA
I3Ft
sHM
onom
er4.
11.
47P0
AD
68Ft
sIM
onom
er3.
91.
24P4
6889
FtsK
Mon
omer
5.5
5.15
Hom
ohex
amer
11.0
155.
32P0
AE
N4
FtsL
Mon
omer
2.2
0.11
P291
31Ft
sNM
onom
er3.
10.
48P0
6136
FtsQ
Mon
omer
30.
39P0
AB
G4
FtsW
Mon
omer
3.5
0.72
P0A
C30
FtsX
Mon
omer
3.2
0.54
P101
21Ft
sYM
onom
er3.
70.
95P0
A9A
6Ft
sZM
onom
er3.
30.
58P0
AB
87Fu
cAM
onom
er2.
70.
25H
omot
etra
mer
4.6
2.42
P699
22Fu
cIM
onom
er4
1.27
Hom
ohex
amer
8.0
31.0
2P1
1553
FucK
Mon
omer
3.7
0.92
P0A
9S1
FucO
Mon
omer
3.3
0.59
P115
51Fu
cPM
onom
er3.
50.
76P0
AC
K8
FucR
Mon
omer
2.8
0.31
P0A
EN
8Fu
cUM
onom
er2.
30.
13H
omod
ecam
er5.
65.
66P0
AC
33Fu
mA
Mon
omer
3.9
1.13
Hom
odim
er5.
13.
65
39
-
Uni
Prot
KB
A.N
.Pr
otei
nna
me
Olig
omer
izat
ion
Hyd
rody
nam
icra
dius
[nm
]R
otat
ion
time
(D−1
rot
)[µ
s]P1
4407
Fum
BM
onom
er3.
81.
12H
omod
imer
5.0
3.63
P050
42Fu
mC
Mon
omer
3.6
0.84
Hom
otet
ram
er6.
29.
12P0
A9A
9Fu
rM
onom
er2.
30.
15H
omod
imer
3.1
0.44
P0A
6M8
FusA
Mon
omer
4.3
1.72
P371
47Fx
sAM
onom
er2.
40.
16P2
5526
Gab
DM
onom
er3.
60.
87H
omot
etra
mer
6.2
9.53
P255
27G
abP
Mon
omer
3.6
0.86
P222
56G
abT
Mon
omer
3.5
0.72
Hom
otet
ram
er6.
07.
64P6
9908
Gad
AM
onom
er3.
70.
9H
omoh
exam
er7.
420
.85
P699
10G
adB
Mon
omer
3.7
0.9
Hom
ohex
amer
7.4
20.8
3P6
3235
Gad
CM
onom
er3.
70.
97P6
3204
Gad
EM
onom
er2.
50.
2P6
3201
Gad
WM
onom
er2.
90.
33H
omod
imer
3.7
1.0
P376
39G
adX
Mon
omer
30.
39H
omod
imer
3.9
1.21
P091
47G
alE
Mon
omer
3.2
0.51
Hom
odim
er4.
21.
6P0
AA
B6
Gal
FM
onom
