Products in Processing, Purification & Testing Solutions: Controlled...

AquaPolish® SR creates a strong and insoluble film coating with good adhesion, through which the active ingredient diffuses. The use of highquality, insoluble cellulose ethers or Ammonio Methacrylate Copolymer (Type A, Type B) in combination with soluble cellulose ethers, plasticizing and coloring additives, guarantees film coatings that are always reproducible. By varying the type and amount of the cellulose ethers used, a wide range of release profiles can be achieved.

BIOGRUND’s one-step matrix agent CompactCel® SR provides an easy-to-use compound which controls the sustained release of active ingredients. CompactCel® SR forms a gel, through which the active ingredient diffuses. The use of NaCMC accelerates the gel-forming process, so the initial drug release is reduced.

CAPTEX® 8000 NF is manufactured by esterification of glycerin and caprylic acid. It contains not less than 90% saturated fatty acids with 8 carbon atoms. It is prepared from raw materials of vegetable sources. It is manufactured in USA.

We obtain our human plasma exosomes using plasma from healthy human donorsVerified free from major human viruses including HIV, HBC, and HCVExosomes offer many of the same therapeutic benefits as living cells without the safety concerns associated with live-cell injectionNanoparticle encapsulation of a drug can improve drug solubility, stability, and half-lifeExosomes can be loaded with a variety of drugs, proteins, nucleic acids, etc. for a wide variety of treatment goalsExosomes also naturally contain valuable biological materials such as lipids, nucleic acids, growth factors, enzymes, and proteins

This product consists of isolated and purified exosomes derived from unpasteurized, non-homogenized, filter-sterilized Bovine MilkNotable qualities of milk exosomes include the unique ability to survive the digestion system and be taken up by intestinal cells, enhancing oral drug delivery capabilitiesNanoparticle encapsulation of a drug can improve drug solubility, stability, and half-lifeExosomes can be loaded with a variety of drugs, proteins, nucleic acids, etc. for a wide variety of treatment goalsExosomes also naturally contain valuable biological materials such as lipids, nucleic acids, growth factors, enzymes, and proteins

We derive our A-MSC exosomes from Human Adipose Mesenchymal Stem Cells cultured in-houseExosomes offer many of the same therapeutic benefits as living stem cells without the safety concerns associated with live-cell injectionNanoparticle encapsulation of a drug can improve drug solubility, stability, and half-lifeExosomes can be loaded with specific drugs, proteins, nucleic acids, etc. for a wide variety of treatment goalsExosomes also naturally contain valuable biological materials such as lipids, nucleic acids, growth factors, cell surface receptors, enzymes, signaling cytokines, transcription factors, and proteins

Our UC-MSC exosomes are derived from Human Umbilical Cord Mesenchymal Stem Cells cultured in-house.UC-MSC exosomes play important roles in wound healing.Exosomes offer many of the same benefits as stem cells without the safety concerns associated with live-cell injectionNanoparticle encapsulation of a drug can improve drug solubility, stability, and half-lifeExosomes can be loaded with specific drugs, proteins, nucleic acids, etc. for a wide variety of treatment goalsExosomes also naturally contain valuable biological materials such as lipids, nucleic acids, growth factors, cell surface receptors, enzymes, signaling cytokines, transcription factors, and proteins