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The characterization of rhCol III. ( A ) Schematic diagram of the preparation of injectable rhCol III microgel. ( B ) FTIR characterization of rhCol III Y and rhCol III. ( C ) <t>Raman</t> spectra characterization of rhCol III Y and rhCol III. ( D ) DSC characterization of rhCol III Y and rhCol III. ( E ) The transmission electron microscope (TEM) observation of rhCol III Y . ( F ) The TEM observation of rhCol III microgel. ( G ) GPC analysis of rhCol III microgel. ( H ) The diagram of strain–stress for rhCol III microgel. ( I ) The diagram of strain modulus for rhCol III microgel. ( J ) The diagram of shear rate-viscosity for rhCol III microgel (error bars, means ± SD; n = 3 per group).
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The characterization of rhCol III. ( A ) Schematic diagram of the preparation of injectable rhCol III microgel. ( B ) FTIR characterization of rhCol III Y and rhCol III. ( C ) <t>Raman</t> spectra characterization of rhCol III Y and rhCol III. ( D ) DSC characterization of rhCol III Y and rhCol III. ( E ) The transmission electron microscope (TEM) observation of rhCol III Y . ( F ) The TEM observation of rhCol III microgel. ( G ) GPC analysis of rhCol III microgel. ( H ) The diagram of strain–stress for rhCol III microgel. ( I ) The diagram of strain modulus for rhCol III microgel. ( J ) The diagram of shear rate-viscosity for rhCol III microgel (error bars, means ± SD; n = 3 per group).
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The characterization of rhCol III. ( A ) Schematic diagram of the preparation of injectable rhCol III microgel. ( B ) FTIR characterization of rhCol III Y and rhCol III. ( C ) <t>Raman</t> spectra characterization of rhCol III Y and rhCol III. ( D ) DSC characterization of rhCol III Y and rhCol III. ( E ) The transmission electron microscope (TEM) observation of rhCol III Y . ( F ) The TEM observation of rhCol III microgel. ( G ) GPC analysis of rhCol III microgel. ( H ) The diagram of strain–stress for rhCol III microgel. ( I ) The diagram of strain modulus for rhCol III microgel. ( J ) The diagram of shear rate-viscosity for rhCol III microgel (error bars, means ± SD; n = 3 per group).
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The characterization of rhCol III. ( A ) Schematic diagram of the preparation of injectable rhCol III microgel. ( B ) FTIR characterization of rhCol III Y and rhCol III. ( C ) <t>Raman</t> spectra characterization of rhCol III Y and rhCol III. ( D ) DSC characterization of rhCol III Y and rhCol III. ( E ) The transmission electron microscope (TEM) observation of rhCol III Y . ( F ) The TEM observation of rhCol III microgel. ( G ) GPC analysis of rhCol III microgel. ( H ) The diagram of strain–stress for rhCol III microgel. ( I ) The diagram of strain modulus for rhCol III microgel. ( J ) The diagram of shear rate-viscosity for rhCol III microgel (error bars, means ± SD; n = 3 per group).
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The characterization of rhCol III. ( A ) Schematic diagram of the preparation of injectable rhCol III microgel. ( B ) FTIR characterization of rhCol III Y and rhCol III. ( C ) <t>Raman</t> spectra characterization of rhCol III Y and rhCol III. ( D ) DSC characterization of rhCol III Y and rhCol III. ( E ) The transmission electron microscope (TEM) observation of rhCol III Y . ( F ) The TEM observation of rhCol III microgel. ( G ) GPC analysis of rhCol III microgel. ( H ) The diagram of strain–stress for rhCol III microgel. ( I ) The diagram of strain modulus for rhCol III microgel. ( J ) The diagram of shear rate-viscosity for rhCol III microgel (error bars, means ± SD; n = 3 per group).
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The characterization of rhCol III. ( A ) Schematic diagram of the preparation of injectable rhCol III microgel. ( B ) FTIR characterization of rhCol III Y and rhCol III. ( C ) Raman spectra characterization of rhCol III Y and rhCol III. ( D ) DSC characterization of rhCol III Y and rhCol III. ( E ) The transmission electron microscope (TEM) observation of rhCol III Y . ( F ) The TEM observation of rhCol III microgel. ( G ) GPC analysis of rhCol III microgel. ( H ) The diagram of strain–stress for rhCol III microgel. ( I ) The diagram of strain modulus for rhCol III microgel. ( J ) The diagram of shear rate-viscosity for rhCol III microgel (error bars, means ± SD; n = 3 per group).

Journal: Regenerative Biomaterials

Article Title: Recombinant human collagen type III microgel: an advanced injectable dermal filler for rejuvenating aging skin

doi: 10.1093/rb/rbaf076

Figure Lengend Snippet: The characterization of rhCol III. ( A ) Schematic diagram of the preparation of injectable rhCol III microgel. ( B ) FTIR characterization of rhCol III Y and rhCol III. ( C ) Raman spectra characterization of rhCol III Y and rhCol III. ( D ) DSC characterization of rhCol III Y and rhCol III. ( E ) The transmission electron microscope (TEM) observation of rhCol III Y . ( F ) The TEM observation of rhCol III microgel. ( G ) GPC analysis of rhCol III microgel. ( H ) The diagram of strain–stress for rhCol III microgel. ( I ) The diagram of strain modulus for rhCol III microgel. ( J ) The diagram of shear rate-viscosity for rhCol III microgel (error bars, means ± SD; n = 3 per group).

Article Snippet: High-resolution Raman imaging spectrometer (LabRAM Soleil, Horiba France SAS) was used to analyze the molecular structure of the rhCol III microgel under a laser wavelength of 785 nm and a test wave number of 500–2500 cm −1 .

Techniques: Transmission Assay, Microscopy, Shear, Viscosity