Hyaluronate‐alginate gel as a novel biomaterial: Mechanical properties and formation mechanism

Hyaluronate‐alginate gel as a novel biomaterial: Mechanical properties and formation mechanism

Source :

• Biotechnology and Bioengineering [ 0006-3592 ] ; 1999-04-20.

Descripteurs français

• Pascal (Inist)
  • Alginate, Application industrielle, Application médicale, Biomatériau, Gel, Hyaluronique acide, Industrie pharmaceutique, Processus diffusion, Propriété rhéologique.
• Wicri :
  • topic : Biomatériau, Calcium, Industrie pharmaceutique, Polymère.

English descriptors

• KwdEn :
  • Actual alginate concentration, Alginate, Alginate content, Alginate solutions, Alginates, Alginic acid, Aqueous solution, Average temperature, Average weight, Bead, Beads, Biologie forestiere, Biomaterial, Calcium, Calcium chloride medium, Calcium chloride solution, Calcium content, Calcium contents, Calcium diffusion, Calcium figure, Calcium ions, Calcium medium, Characteristic viscosity, Classical problem, Coefficient, Complementary error function, Confidence intervals, Continuous sphere, Dialysis cell, Diffusion coefficient, Diffusion coefficients, Diffusion phenomena, Diffusion process, Diffusion rates, Divalent cations, Drug carrier, Experimental data, Experimental procedure, Experimental variations, First hour, Freeze, Gelation, Gelation mechanism, Gelation time, Generalised model, Good agreement, Guluronic, Guluronic acid, Hardness, Hyaluronate, Hyaluronate content, Hyaluronate loss, Hyaluronate salts, Hyaluronate solutions, Hyaluronic, Hyaluronic acid, Industrial application, Infinite dilution, Instantaneous compliance, John wiley sons, Lower extent, Mechanical properties, Medical application, Molecular weight, Objective function, Oerther, Pharmaceutical industry, Physical properties, Polymer, Polysaccharide, Polysaccharide mixtures, Polysaccharidic chains, Preliminary experiments, Pure alginate, Relaxation period, Rheological, Rheological measurements, Rheological properties, Rooster comb, Rooster comb hyaluronate, Saturation chamber, Significant loss, Simple model, Small pores, Sodium alginate, Sodium hyaluronate, Specific interactions, Spherical beads, Synovial fluid, Thermal diffusivity, Thick slabs, Time variation, Transient diffusion, Ultrapure water, Various species, Water content, Water loss, Water transport, Weight loss, Weight ratio, Weight ratios, Wound healing.
• Teeft :
  • Actual alginate concentration, Alginate, Alginate content, Alginate solutions, Alginic acid, Aqueous solution, Average temperature, Average weight, Bead, Beads, Biologie forestiere, Calcium, Calcium chloride medium, Calcium chloride solution, Calcium content, Calcium contents, Calcium diffusion, Calcium figure, Calcium ions, Calcium medium, Characteristic viscosity, Classical problem, Coefficient, Complementary error function, Confidence intervals, Continuous sphere, Dialysis cell, Diffusion coefficient, Diffusion coefficients, Diffusion phenomena, Diffusion rates, Divalent cations, Drug carrier, Experimental data, Experimental procedure, Experimental variations, First hour, Gelation, Gelation mechanism, Gelation time, Generalised model, Good agreement, Guluronic, Guluronic acid, Hardness, Hyaluronate, Hyaluronate content, Hyaluronate loss, Hyaluronate salts, Hyaluronate solutions, Hyaluronic, Hyaluronic acid, Infinite dilution, Instantaneous compliance, John wiley sons, Lower extent, Mechanical properties, Molecular weight, Objective function, Oerther, Physical properties, Polymer, Polysaccharide, Polysaccharide mixtures, Polysaccharidic chains, Preliminary experiments, Pure alginate, Relaxation period, Rheological, Rheological measurements, Rooster comb, Rooster comb hyaluronate, Saturation chamber, Significant loss, Simple model, Small pores, Sodium alginate, Sodium hyaluronate, Specific interactions, Spherical beads, Synovial fluid, Thermal diffusivity, Thick slabs, Time variation, Transient diffusion, Ultrapure water, Various species, Water content, Water loss, Water transport, Weight loss, Weight ratio, Weight ratios, Wound healing.

Abstract

• https://api.istex.fr/document/1961B86614E032EAA93052A7F32C45B0D748C62D/fulltext/pdf

Affiliations:

• France
• Grand Est, Lorraine (région)
• Nancy, Vandoeuvre les Nancy, Vandœuvre les Nancy
• Centre national de la recherche scientifique, Laboratoire réactions et génie des procédés, Université de Lorraine

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