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• New Extracellular Matrix Proteins Study Findings Have Been Reported by Investigators at Dalhousie University (Torsion and Bistability of Double-twist Elastomers)

  Kreplak, L.

  10/18/23

  1 elemento de Cobertura del medio de comunicación

  Medicine, Science

  Prensa/medios de comunicación: Research

• SMU Biomedical Lab is on the Frontiers of Collagen Exploration

  Kreplak, L.

  10/17/23

  1 elemento de Cobertura del medio de comunicación

  Medicine, Science

  Prensa/medios de comunicación: Research

• Research from Department of Chemistry Yields New Findings on Extracellular Matrix Proteins (High numerical aperture imaging allows chirality measurement in individual collagen fibrils using polarization second harmonic generation microscopy)

  Kreplak, L.

  5/1/23

  1 elemento de Cobertura del medio de comunicación

  Medicine, Science

  Prensa/medios de comunicación: Research

• Dalhousie University Reports Findings in Blood Proteins [Nonwoven Hemostatic Dressings Formed By Contact Drawing of Interposed Polyethylene Oxide (Peo)-fibrinogen and Peo-thrombin Microfibers]

  Kreplak, L. & Yaghoobi, H.

  1/24/23

  1 elemento de Cobertura del medio de comunicación

  Medicine, Science

  Prensa/medios de comunicación: Research

• New Extracellular Matrix Proteins Findings from Dalhousie University Reported (Adhesion Force Microscopy Is Sensitive To the Charge Distribution At the Surface of Single Collagen Fibrils)

  Kreplak, L.

  11/17/22

  1 elemento de Cobertura del medio de comunicación

  Medicine, Science

  Prensa/medios de comunicación: Research

• Dal spin‑out looks to produce nature’s strongest, lightest and toughest materials

  Frampton, J. P. & Kreplak, L.

  2/19/21

  1 elemento de Cobertura del medio de comunicación

  Medicine

  Prensa/medios de comunicación: Research