|
14
|
108
|
2kyfA |
Solution structure of calcium-bound cpv3 |
|
27
|
93
|
2lp2A |
Solution structure and dynamics of human s100a1 protein modified at cysteine 85 with homocysteine disulfide bond formation in calcium saturated form |
|
40
|
142
|
2kphA |
Nmr structure of atrapbp1 at ph 4.5 |
|
45
|
181
|
2julA |
Nmr structure of dream |
|
35
|
96
|
2ki4B |
Fgf1-s100a13 complex structure: key component in non-classical path way of fgf1 |
|
32
|
94
|
2mjwB |
Structural insights into calcium bound s100p - v domain of the receptor for advanced glycation end products (rage) complex |
|
21
|
89
|
2kgbC |
Nmr solution of the regulatory domain cardiac f77w-troponin c in complex with the cardiac troponin i 144-163 switch peptide |
|
22
|
98
|
2l5xB |
Solution structure of il1a-s100a13 complex |
|
36
|
102
|
2l50A |
Solution structure of apo s100a16 |
|
26
|
91
|
2m49B |
Structural insights into human s100b and basic fibroblast growth factor (fgf2) interaction |
|
18
|
106
|
2kavA |
Solution structure of the human voltage-gated sodium channel, brain isoform (nav1.2) |
|
36
|
105
|
2lucA |
Solution structure of human s100 calcium-binding protein a11 |
|
13
|
72
|
2k7dA |
Nmr structure of ca2+-bound cabp1 c-domain |
|
25
|
93
|
2l0pA |
Solution structure of human apo-s100a1 protein by nmr spectroscopy |
|
30
|
93
|
2lluA |
Post-translational s-nitrosylation is an endogenous factor fine-tuning human s100a1 protein properties |
|
32
|
95
|
2jxcA |
Structure of the eps15-eh2 stonin2 complex |
|
35
|
96
|
2ki6C |
The fgf1-s100a13-c2a hetero-hexameric complex structure: a component in the non-classical pathway for fgf1 secretion |
|
37
|
93
|
2lltA |
Post-translational s-nitrosylation is an endogenous factor fine-tuning human s100a1 protein properties |
|
21
|
85
|
2lc5A |
Calmodulin-like protein from entamoeba histolytica: solution structure and calcium-binding properties of a partially folded protein |
|
29
|
98
|
2k8mB |
S100a13-c2a binary complex structure |
|
14
|
76
|
2k7bA |
Nmr structure of mg2+-bound cabp1 n-domain |
|
28
|
125
|
2l2cA |
Nmr structure of mosquito odorant binding protein bound to mop pheromone |
|
46
|
147
|
2k0jA |
Solution structure of cam complexed to drp1p |
|
31
|
101
|
2lnkA |
Solution structure of ca-bound s100a4 in complex with non-muscle myosin iia |
|
38
|
148
|
2kneA |
Calmodulin wraps around its binding domain in the plasma membrane ca2+ pump anchored by a novel 18-1 motif |
|
38
|
148
|
2lmtA |
Nmr structure of androcam |
|
14
|
73
|
2kldA |
Solution structure of the calcium binding domain of the c-terminal cytosolic domain of polycystin-2 |
|
42
|
190
|
2lcpA |
Nmr structure of calcium loaded, un-myristoylated human ncs-1 |
|
22
|
96
|
2mhhA |
Solution structure of a ef-hand domain from sea urchin polycystin-2 |
|
17
|
74
|
2lanA |
Nmr structure of ca2+-bound cabp1 n-domain with rdc |
|
16
|
77
|
2m8uA |
Solution structure of the dictyostelium discodieum myosin light chain, mlcc |
|
21
|
93
|
2kbmA |
Ca-s100a1 interacting with trtk12 |
|
23
|
104
|
2m0rA |
Solution structure and dynamics of human s100a14 |
|
10
|
108
|
2kycA |
Solution structure of ca-free chicken parvalbumin 3 (cpv3) |
|
29
|
134
|
2jnxA |
Nmr derived solution structure of an ef-hand calcium binding protein from entamoeba histolytica |
|
20
|
78
|
2kq6A |
The structure of the ef-hand domain of polycystin-2 suggests a mechanism for ca2+-dependent regulation of polycystin-2 channel activity |
|
24
|
108
|
2nlnA |
Solution structure of calcium-free rat beta-parvalbumin |
|
32
|
90
|
2jttA |
Solution structure of calcium loaded s100a6 bound to c-terminal siah-1 interacting protein |
|
11
|
73
|
2kleA |
Isic refined solution structure of the calcium binding domain of the c-terminal cytosolic domain of polycystin-2 |
|
22
|
72
|
2mleC |
Nmr structure of the c-domain of troponin c bound to the anchoring region of troponin i |
|
14
|
70
|
2lapA |
Nmr structure of ca2+-bound cabp1 c-domain with rdc |
|
49
|
150
|
2l5yA |
Nmr structure of calcium-loaded stim2 ef-sam. |
|
33
|
89
|
2m1kB |
Interaction of human s100a6 (c3s) with v domain of receptor for advanced glycation end products (rage) |
|
51
|
220
|
2lvvA |
Nmr structure of tb24 |
|
6
|
77
|
2lviA |
Solution structure of apo-phl p 7 |
|
22
|
93
|
2k2fA |
Solution structure of ca2+-s100a1-ryrp12 |
|
26
|
109
|
2jwwA |
Calcium-free rat alpha-parvalbumin |
|
40
|
147
|
2lmuA |
Androcam at high calcium |
|
26
|
98
|
2ki4C |
Fgf1-s100a13 complex structure: key component in non-classical path way of fgf1 |
|
22
|
72
|
2l98A |
Structure of trans-resveratrol in complex with the cardiac regulatory protein troponin c |
