Revolutionizing Cardiovascular Disease Diagnosis: How Collagen Hybridizing Peptides Unveil Hidden Arterial Damage
18 Jun 2024
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Scientists are actively seeking to improve patient outcomes by identifying early indicators of cardiovascular diseases, as they present a persistent challenge to diagnose and treat. The structural integrity of collagen, which comprises ~30% of the human body’s total protein content, significantly influences the resilience and functionality of crucial cardiac structures.
This review highlights the potential of Collagen Hybridizing Peptides (CHPs) as an emerging technology for assessing multimodal models of the human aorta. CHPs target and bind to damaged arterial collagen with high specificity, providing insights into its location and orientation which directly correlate with arterial strain levels.
The discovery of Collagen Hybridizing Peptides binding to mechanically damaged collagen in arteries holds promise for advancing our understanding of molecular collagen damage progression in cardiovascular diseases: By integrating this innovative technology with multimodal experimental approaches, such as those discussed by Pukaluk et al., researchers can obtain a comprehensive view of both the structural and mechanical behavior of the human aorta.
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