1. Characterization of Contractile Forces Generated by Stretch Marks Fibroblasts: In Vitro Study
- Author
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Umberto Rega, Francesco D'Andrea, Concetta Errico, Paolo Persichetti, Jean Paul Meningaud, Rosita Pensato, Simone La Padula, Chiara Pizza, Barbara Hersant, Pensato, R., Hersant, B., Pizza, C., Errico, C., D'Andrea, F., Rega, U., Persichetti, P., Meningaud, J. P., and La Padula, S.
- Subjects
Contraction (grammar) ,business.industry ,Fibroblasts ,Matrix (biology) ,Collagen lattice ,Ascorbic acid ,medicine.disease ,Stretch mark ,medicine.anatomical_structure ,Stretch marks ,medicine ,Biophysics ,Fibroblast ,Humans ,Striae distensae ,In vitro study ,Surgery ,Collagen ,Platelet rich plasma ,medicine.symptom ,Striae Distensae ,business ,Muscle Contraction - Abstract
Authors present a study about the contraction forces observed in striae distensae fibroblasts (SMF) in a collagen scaffold. Collagen lattices were used to study the mechanical behavior of SDF within the collagen matrix compared to the lattices produced using the healthy skin derived fibroblasts (NSF). A Forcebox device was used to measure the contractile forces. Striae Rubrae fibroblast’s contractile force was by 28% greater than that generated by the NSF and striae albae fibroblasts (P
- Published
- 2021
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