Titlebook: Cardiac Extracellular Matrix; Fundamental Science Eric G. Schmuck,Peiman Hematti,Amish N. Raval Book 2018 Springer Nature Switzerland AG 2

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Yu. I. Ingster,Irina A. Suslinatrials are underway to characterize the role of C-ECM and demonstrate efficacy for acute and chronic heart disease. This chapter reviews animal models used to enhance our knowledge of C-ECMs in heart disease and its use in the treatment of heart disease.

MAUVE

https://doi.org/10.1007/0-387-29053-2across all biologic treatment options. Future progress in this field may include testing combinations of cells, gene-transfer agents, and matrix and identifying treatment responders versus nonresponders.

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Animal Models and Cardiac Extracellular Matrix Research,trials are underway to characterize the role of C-ECM and demonstrate efficacy for acute and chronic heart disease. This chapter reviews animal models used to enhance our knowledge of C-ECMs in heart disease and its use in the treatment of heart disease.

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Nonparametric Density Estimation,pment has become increasingly apparent. These signals have been shown to influence many fundamental cardiac cell behaviors including contractility, proliferation, migration, and differentiation. Consequently, alterations to cell phenotype result in directed remodeling of the cECM. This bidirectional

CLOT

https://doi.org/10.1007/978-3-319-71688-6-free extracellular matrix (ECM) that can be used as a cardiac tissue bioscaffold. The field of whole-heart tissue engineering has been revolutionized since the 2008 publication of the first perfusion-decellularized whole heart, and since then, studies have shown how decellularized cardiac tissue re

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Proofs, New Results and Technical Details,gent. To this end, many ECMs have been investigated for cardiac tissue engineering and regenerative medicine applications with variable success. Many sources of natural ECMs have been tested for cardiac applications. Typically, natural ECMs have been made from decellularized organs or tissues and pr