Tissue Transglutaminase

Increased tissue transglutaminase activity contributes to central vascular stiffness in eNOS knockout mice

Physiology / Mice / Blood Pressure / Animals / Male / Vascular endothelium / Medical Physiology / Mechanical Stress / Tensile testing / Tensile Strength / Aorta / Tissue Transglutaminase / Gtp Binding Proteins / Transglutaminases / Vascular endothelium / Medical Physiology / Mechanical Stress / Tensile testing / Tensile Strength / Aorta / Tissue Transglutaminase / Gtp Binding Proteins / Transglutaminases

Increased tissue transglutaminase activity contributes to central vascular stiffness in eNOS knockout mice

Physiology / Mice / Blood Pressure / Animals / Male / Vascular endothelium / Medical Physiology / Tensile testing / Tensile Strength / Aorta / Tissue Transglutaminase / Gtp Binding Proteins / Transglutaminases / Vascular endothelium / Medical Physiology / Tensile testing / Tensile Strength / Aorta / Tissue Transglutaminase / Gtp Binding Proteins / Transglutaminases

Increased tissue transglutaminase activity contributes to central vascular stiffness in eNOS knockout mice

Physiology / Mice / Blood Pressure / Animals / Male / Vascular endothelium / Medical Physiology / Mechanical Stress / Tensile testing / Tensile Strength / Aorta / Tissue Transglutaminase / Gtp Binding Proteins / Transglutaminases / Vascular endothelium / Medical Physiology / Mechanical Stress / Tensile testing / Tensile Strength / Aorta / Tissue Transglutaminase / Gtp Binding Proteins / Transglutaminases

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