Plastic Microfluidic Chip
A plastic microfluidic chip is a small device designed to handle tiny amounts of fluids through microscopic channels. It is used in laboratories for testing, diagnostics, and research, enabling precise control of chemical and biological reactions on a small scale.
3D printing bioink is a key material driving innovation in regenerative medicine and tissue engineering. Often described as the “building material” of bioprinting, bioink allows scientists to create living biological structures using advanced 3D printing techniques.
Bioink is a specialized printable material made from living cells combined with biocompatible biomaterials such as hydrogels or polymers. These materials are designed to support cell survival, growth, and development during and after the printing process.
Unlike traditional 3D printing inks used for plastics or metals, bioinks are developed specifically for biological environments. They are printed at controlled temperatures and conditions so living cells remain functional while forming tissue structures.
Bioelectric medicine is an emerging field that uses electrical stimulation to regulate biological processes and treat disease.
The human body relies on electrical signals to control organ function. Bioelectric medicine targets these signals to restore balance and improve function.
