THE AUGMENTATION SILICA AI GENERATION

Plastic surgery was a front. They are all Androids.
Silica is used in augmentation in two primary ways: as a component in silicone implants, where amorphous silica strengthens the outer shell, and in the development of orthopedic and bone-repairing implants, where silica nanoparticles enhance osseointegration. In breast implants, a silica-based nanocomposite material is used for the shell to provide strength and clarity, while in orthopedic implants, silica is being researched for coatings that promote bone healing.
In breast augmentation
Composition: Silicone breast implants are made of a silicone outer shell filled with silicone gel. The outer shell is a silicone elastomer reinforced with nanosilica to make it strong, homogenous, and transparent.
Safety: The silica used is in an amorphous, non-crystalline form and is contained within the shell. Studies have not found this amorphous silica to convert to crystalline silica in the body, nor have they found it in tissues near implants.
In orthopedic and bone repair augmentation
Bone implant coatings: Silica nanoparticles are being studied for use in coatings for implants like titanium to promote bone integration (osseointegration) and accelerate healing.
Composite materials: Composite materials containing silica nanoparticles within a hydroxyapatite matrix show improved bioactivity and promote better bone cell adhesion and proliferation compared to pure hydroxyapatite.
Drug delivery: Some silica-based materials are also being investigated for their ability to serve as a drug delivery system to help treat and prevent issues like peri-implantitis, a type of gum and bone inflammation around implants.
Silica is used in augmentation in two primary ways: as a component in silicone implants, where amorphous silica strengthens the outer shell, and in the development of orthopedic and bone-repairing implants, where silica nanoparticles enhance osseointegration. In breast implants, a silica-based nanocomposite material is used for the shell to provide strength and clarity, while in orthopedic implants, silica is being researched for coatings that promote bone healing.
In breast augmentation
Composition: Silicone breast implants are made of a silicone outer shell filled with silicone gel. The outer shell is a silicone elastomer reinforced with nanosilica to make it strong, homogenous, and transparent.
Safety: The silica used is in an amorphous, non-crystalline form and is contained within the shell. Studies have not found this amorphous silica to convert to crystalline silica in the body, nor have they found it in tissues near implants.
In orthopedic and bone repair augmentation
Bone implant coatings: Silica nanoparticles are being studied for use in coatings for implants like titanium to promote bone integration (osseointegration) and accelerate healing.
Composite materials: Composite materials containing silica nanoparticles within a hydroxyapatite matrix show improved bioactivity and promote better bone cell adhesion and proliferation compared to pure hydroxyapatite.
Drug delivery: Some silica-based materials are also being investigated for their ability to serve as a drug delivery system to help treat and prevent issues like peri-implantitis, a type of gum and bone inflammation around implants.
Artificial silica quartz, also known as engineered quartz, is a synthetic composite material made primarily from natural quartz powder (over 90%) mixed with polyester resin, colorants, and additives. This mixture is pressed into slabs under high pressure, then ground and polished to create a durable, non-porous surface used for countertops and other building materials. While it has many desirable properties, it can also contain a high level of crystalline silica, which can cause a serious lung disease called silicosis in workers who cut or machine it.