<p><b>Strongest hydrogen bonds between the upper flank of the C loop and its lower flank and/or A domain in (A) IGF-I and (B) IGF-II.</b> The hydrogen bonds are from left to right, (A) K27(N)-T41(O) and F25(O)-I43(N), and (B) R30(O)-S39(N), R30(N)-S39(O) and F28(O)-G41(N).</p
<p><b>(A)</b> The structure of the insulin (PDB ID: 2G4M). A-Chain (orange); B-chain N-terminal (res...
Synergistic interactions among peptides and receptors of the insulin family are required for glucose...
Synergistic interactions among peptides and receptors of the insulin family are required for glucose...
<p><b>Comparison of the C domain opening with the breaking of the strongest hydrogen bonds in (A) IG...
<p><b>Illustration of the distances of the C</b><sub><b>α</b></sub><b>atoms used in describing the c...
<div><p>The insulin-family proteins bind to their own receptors, but insulin-like growth factor II (...
The insulin-family proteins bind to their own receptors, but insulin-like growth factor II (IGF-II) ...
<p><b>Temporal correlation between the core and C domain openings in (A) IGF-I and (B) IGF-II.</b> T...
<p><b>Distribution of the distance representing the C domain opening in (A) IGF-I and (B) IGF-II.</b...
Diabetes is one of the top causes of death, with the number of people diagnosed constantly increasin...
<p><b>Convergence analysis of the PMF calculation over the simulation time in (A) IGF-I and (B) IGF-...
A sequence of complex conformational changes is required for insulin to bind to the insulin receptor...
A sequence of complex conformational changes is required for insulin to bind to the insulin receptor...
AbstractWe have characterized a large-scale inactive-to-active conformational change in the activati...
Insulin receptor is a multi-domain signalling protein acting as a dimer. It comprises an extracellul...
<p><b>(A)</b> The structure of the insulin (PDB ID: 2G4M). A-Chain (orange); B-chain N-terminal (res...
Synergistic interactions among peptides and receptors of the insulin family are required for glucose...
Synergistic interactions among peptides and receptors of the insulin family are required for glucose...
<p><b>Comparison of the C domain opening with the breaking of the strongest hydrogen bonds in (A) IG...
<p><b>Illustration of the distances of the C</b><sub><b>α</b></sub><b>atoms used in describing the c...
<div><p>The insulin-family proteins bind to their own receptors, but insulin-like growth factor II (...
The insulin-family proteins bind to their own receptors, but insulin-like growth factor II (IGF-II) ...
<p><b>Temporal correlation between the core and C domain openings in (A) IGF-I and (B) IGF-II.</b> T...
<p><b>Distribution of the distance representing the C domain opening in (A) IGF-I and (B) IGF-II.</b...
Diabetes is one of the top causes of death, with the number of people diagnosed constantly increasin...
<p><b>Convergence analysis of the PMF calculation over the simulation time in (A) IGF-I and (B) IGF-...
A sequence of complex conformational changes is required for insulin to bind to the insulin receptor...
A sequence of complex conformational changes is required for insulin to bind to the insulin receptor...
AbstractWe have characterized a large-scale inactive-to-active conformational change in the activati...
Insulin receptor is a multi-domain signalling protein acting as a dimer. It comprises an extracellul...
<p><b>(A)</b> The structure of the insulin (PDB ID: 2G4M). A-Chain (orange); B-chain N-terminal (res...
Synergistic interactions among peptides and receptors of the insulin family are required for glucose...
Synergistic interactions among peptides and receptors of the insulin family are required for glucose...