Antifouling Zwitterionic Monomers

 

Model: M2005 (MPC)、M1971 / M3295 (SBMA)、M2359 (CBMA)

Category: Medical Devices

Exhibitor: KM3 SCIENTIFIC CORPORATION

Booth No: M206

 

Characteristic

 

TCI provides a comprehensive range of zwitterionic monomers featuring various polymerizable functional groups (e.g., acrylates and methacrylamides) for advanced biomedical materials and Next-Generation Drug Delivery Systems (DDS):
Biomimetic Cell Membrane Structure: Includes cutting-edge biomimetic monomers such as phosphobetaines (MPC), sulfobetaines (SBMA), and carboxybetaines (CBMA), exhibiting excellent biocompatibility.
Exceptional Antifouling Performance: Strongly interacts with water molecules via electrostatic forces and hydrogen bonding to form a highly dense, thermodynamically stable "hydration shell" on material surfaces. This physical barrier effectively prevents the non-specific adsorption of blood proteins, bacteria, and cells, fundamentally reducing thrombosis and foreign-body immune reactions.
Broad Biomedical Applications: Highly suitable for developing advanced antifouling surface coatings for soft contact lenses, cardiovascular stents, hemodialysis membranes, catheters, and long-term implantable sensors.
Empowering Next-Gen Nanocarriers: Can be applied to nanomicelles and drug carriers to impart a "stealth effect," significantly prolonging their blood circulation half-life. Furthermore, monomers like CBMA and CBAA possess active carboxyl sites, allowing for the subsequent conjugation of targeted ligands or anticancer drugs on top of their antifouling properties.

 

Other Products

 

• 

  Chemical intermediates/Customized synthesis

• 

  TCI Reagents

• 

  CUBIC Reagents for Animal Tissue, Whole-Organ and Whole-Body Clearing

• 

  ADC Linkers and Dendrimers

• 

  Presome® Lipid Blends and LNP Delivery Technology

• 

  Fuji Silysia (ARG / NH-SG Silica) ARG Silica：Arginine Silica NH-SG Silica：Neutral Sugar Grade Silica/ Sugar Grade Amino Silica

• 

  Extracellular Vesicle (EV) Surface Glycans and Related Reagents

 

 

 

Back