Inherent Flexibility of Calmodulin Domains: A Normal-Mode Analysis

N. P. Barton, C. S. Verma*, and L. S. D. Caves* ... systems, which are more conserved and better ordered in crystal structures.8 10.1021/jp022634t02/0...
1 downloads 0 Views 3KB Size
2170 J. Phys. Chem. B, Vol. 107, No. 9, 2003

ADDITIONS AND CORRECTIONS

2002, Volume 106B N. P. Barton, C. S. Verma,* and L. S. D. Caves*: Inherent Flexibility of Calmodulin Domains: A Normal-Mode Analysis Study Page 11036. The fifth sentence of the Abstract should read as follows: We see lower intrinsic flexibility of the C-domain compared with that of the N-domain. The fourth sentence of the third paragraph of the Introduction should read as follows: Such flexibility is characteristic of signaling proteins that generally participate in high-affinity, low specificity interactions, in contrast to catalytic systems, which are more conserved and better ordered in crystal structures.8 10.1021/jp022634t Published on Web 02/06/2003