IndraLab

Statements


| 14

sparser
"This may indicate that CAM binding to MLO proteins is a fine-tuned and balanced process, highlighting its putative physiological relevance in the context of MLO function."

sparser
"Site-directed mutagenesis has revealed key amino acid residues in the barley Mlo calcium-binding domain (CAMBD) that, when mutated, affect the MLO-CAM association."

sparser
"Our data shed further light on the interaction of MLO and CAM proteins and provide a comprehensive comparative assessment of different types of protein-protein interaction assays with wild-type and mutant versions of an integral membrane protein."

sparser
"Site-directed mutagenesis has revealed the importance of key hydrophobic amino acid residues within the CAMBD for the establishment of the MLO-CAM interaction."

sparser
"Amino acid substitutions of these essential residues with positively charged arginines largely prevented the calcium-dependent binding of CAM to the CAMBDs of barley and rice MLO proteins ( xref ; xref )."

sparser
"This mutation is analogous to the one previously found to abolish CAM binding to barley and rice MLO proteins ( xref ; xref )."

sparser
"This may indicate that CAM binding to MLO proteins is a fine-tuned and balanced process, highlighting its putative physiological relevance in the context of MLO function."

sparser
"This binding is prohibited by mutation of two amino acid residues (L 18 R and W 21 R, corresponding to L 456 R and W 459 R in full-length MLO2) that are in analogous positions within the CAMBD to those that were previously identified as being essential for the binding of CAM to barley and rice MLO proteins ( xref ; xref )."

sparser
"Site-directed mutagenesis has revealed key amino acid residues in the barley Mlo calmodulin-binding domain (CAMBD) that, when mutated, affect the MLOCAM association."

sparser
"Our data shed further light on the interaction of MLO and CAM proteins and provide a comprehensive comparative assessment of different types of protein–protein interaction assays with wild-type and mutant versions of an integral membrane protein."

sparser
"Site-directed mutagenesis has revealed the importance of key hydrophobic amino acid residues within the CAMBD for the establishment of the MLOCAM interaction."

sparser
"This binding is prohibited by mutation of two amino acid residues (L 18 R and W 21 R, corresponding to L 456 R and W 459 R in full-length MLO2) that are in analogous positions within the CAMBD to those that were previously identified as being essential for the binding of CAM to MLO proteins in monocotyledonous plants (barley and rice; [ xref , xref ])."

sparser
"As reported previously, the barley MLO C-terminus interacted with soy bean CaM1."

sparser
"This mutation is analogous to the one previously found to abolish CAM binding to barley and rice MLO proteins [ xref , xref ]."