Method for obtaining sponge ceramics, involves preparing montmorillonite, immersing porous substrate in slurry, drying drop of ethyl alcohol in oven, and locating cells in area of bone in measuring area

Backlog Materiais, Metalurgia Química Tecnologia médica

Method for obtaining sponge ceramics, involves preparing montmorillonite, immersing porous substrate in slurry, drying drop of ethyl alcohol in oven, and locating cells in area of bone in measuring area

NOVELTY – The method involves preparing montmorillonite and immersing a porous substrate in slurry. The porous substrate is made of polymeric material selected from ethylene-vinyl acetate, polyethylene, polypropylene, polyvinyl of vinyl and polyurethane, and made of metal selected from titanium or stainless steel. A drop of ethyl alcohol is dried in an oven. Cells are located in an area of bone in a measuring area. USE – Method for obtaining sponge ceramics. ADVANTAGE – The method enables increasing probability of cells joining on an entire surface to a scaffold, regenerating defective tissue and achieving improvement of mechanical properties of formed sponge. DESCRIPTION OF DRAWING(S) – The drawing shows a flow diagram illustrating a method for obtaining sponge ceramics. ‘(Drawing includes non-English language text)’

Main Application Field

A93 (Roads, building, construction flooring.); D22 (Sterilising, bandages, dressing and skin protection agents – including sterilising agents (other than for food), sutures, plaster casts, bioactive prostheses, contact lenses, diapers, animal litter, timber, preservatives, disinfectants, bactericidal detergents, deodorants, insect repellent compounds, moth proofers, sheep dip (A61L).); L02 (Refractories, ceramics, cement – includes manufacturing methods, limes, soil preparation for (road) building, magnesias and slags, cements, mortars, concretes, abrasives, thermal or acoustic insulation (non)oxide ceramics and ceramic composites, but not brick making, concrete mixers or casting or potters’ wheels (C04).)

INVENTORS:

DE CARVALHO ZAVAGLIA CECÍLIA AMÉLIA
RIBEIRO RODRIGUES LEONARDO

640_SCAFFOLDS

Patent number: BR102012032608-A2

PATENT STATUS:

For information contact Inova Unicamp

FOR ADDITIONAL INFORMATION:

parcerias@inova.unicamp.br

+55 (19) 3521-5207 / 2607

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