BS Research

BMH™ Technology produces a new type of shell that do not collapse its biocompatibility with external stimuli

BMH : Bio Mimic Hydro
PMPC : Poly [2-(methacryloyloxy)ethyl phosphorylcholine]

Grafting technology combines silicone and PMPC into a single molecular unit, creating a new type of shell. This technology can be likened to the construction of high-rise buildings that withstand external stimuli due to advanced techniques that tightly bind different building materials.
On the other hand, the existing coating technology is similar to a stone tower built by stacking stones, which attaches materials as is and can be separated by external stimuli.
BS Research's grafting technology overcomes the limitation of coating methods which has temporary effectiveness, and builds semipermanent biocompatibility through the novel grafting technology.

BMH™ Technology : BMH™ Technology uses materials that mimic the structure of cell membrane

Silicone Gel-filled Breast Implant With a Biocompatible Surface

BS research was the first one who make biocompatible surface of breast implant through grafting PMPC to the shell of the silicone gel-filled breast implant and bonding semi-permanently

Surface covalent bonding + crosslinking

Silicone Gel-filled Breast Implant With a Biocompatible Surface

When PMPC is grafted onto the entire surface of a silicone gel breast implant by using BS Research's novel patented technology,
The PMPC's hydrophilic group that has a similar structure to a cell membrane coats the surface of the silicone gel breast implants, increasing hydrophilicity.
As a result, PMPC prevents the adhesion of cells, protein, and bacteria, and brings out the following benefits: