TargetMol Chemicals

TargetMol

Headquartered in Boston, USA, TargetMol Chemicals specializes in products and services that meet the research needs of chemists and biologists worldwide. With customers in more than 50 countries, TargetMol has become one of the largest global suppliers of compound libraries and small molecule compounds for research.

Research areas include: Inflammation and growth factors, cell biology, molecular biology, infection, toxins, hormones, neurological diseases, cancer research, coagulation factors.

Portfolio

• Small Molecule Inhibitors
• Compound Libraries

o Focused Bioactive Libraries
o Natural Product Libraries
o Fragment Libraries
o Custom Compound Library

• Peptide
• Monoklonale Antikörper

Small Molecule Inhibitors
Small molecule inhibitors can bind to target proteins and reduce their biological activity and are often used as tools in biological and pharmacological research.

Small molecule inhibitors have many advantages. For example, they can be easily manipulated and can be applied to a variety of cell or animal experiments; they have good permeability to cross cell membranes easily; they have higher stability, which can reduce the instability in an experiment. Small molecule inhibitors have become important tool drugs in life science research in recent years due to their significant advantages in the regulation of different cellular processes, ranging from cell cycle control and mitosis to signaling pathways and gene expression; and from migration and wound healing, to apoptosis and autophagy.

Targetmol can provide a variety of small molecule inhibitors of hot signaling pathways for research and development.

Compound Libraries
A compound library or chemical library is a collection of stored chemicals usually used ultimately in high-throughput screening or industrial manufacture. Depending upon their scope (specific goal or diverse oriented goal) and design (chemical space or scaffold), our compound libraries can be classified as Focused Bioactive Libraries, Natural Product Libraries, Fragment Libraries, and Diversity Sets. These libraries have been extensively validated in TargetMol's in- house biological assays and widely employed by research institutions and pharmaceutical companies in complementary screening strategies.

Set Descending Direction

298287 items

per page
  1. ΔDi6S, CAS 51449-08-2
    ΔDi6S, CAS 51449-08-2
    Price is loading...
    Sku TGMTN7813-50mg
    Manufact. SkuTN7813-50mg
    Packaging Unit50 mg
  2. ΔDi6S, CAS 51449-08-2
    ΔDi6S, CAS 51449-08-2
    Price is loading...
    Sku TGMTN7813-10mg
    Manufact. SkuTN7813-10mg
    Packaging Unit10 mg
  3. α-Glucosidase-IN-56, CAS 26788-86-3
    α-Glucosidase-IN-56, CAS 26788-86-3
    Price is loading...
    Sku TGMTN7812-50mg
    Manufact. SkuTN7812-50mg
    Packaging Unit50 mg
  4. α-Glucosidase-IN-56, CAS 26788-86-3
    α-Glucosidase-IN-56, CAS 26788-86-3
    Price is loading...
    Sku TGMTN7812-10mg
    Manufact. SkuTN7812-10mg
    Packaging Unit10 mg
  5. α-Glucosidase-IN-54, CAS 174284-54-9
    α-Glucosidase-IN-54, CAS 174284-54-9
    Price is loading...
    Sku TGMTN7811-50mg
    Manufact. SkuTN7811-50mg
    Packaging Unit50 mg
  6. α-Glucosidase-IN-54, CAS 174284-54-9
    α-Glucosidase-IN-54, CAS 174284-54-9
    Price is loading...
    Sku TGMTN7811-10mg
    Manufact. SkuTN7811-10mg
    Packaging Unit10 mg
  7. α-D-Glucosamine 1-phosphate, CAS 2152-75-2
    α-D-Glucosamine 1-phosphate, CAS 2152-75-2
    Price is loading...
    Sku TGMTN7810-50mg
    Manufact. SkuTN7810-50mg
    Packaging Unit50 mg
  8. α-D-Glucosamine 1-phosphate, CAS 2152-75-2
    α-D-Glucosamine 1-phosphate, CAS 2152-75-2
    Price is loading...
    Sku TGMTN7810-10mg
    Manufact. SkuTN7810-10mg
    Packaging Unit10 mg
  9. α-Cadinol, CAS 481-34-5
    α-Cadinol, CAS 481-34-5
    Price is loading...
    Sku TGMTN7809-50mg
    Manufact. SkuTN7809-50mg
    Packaging Unit50 mg
  10. α-Cadinol, CAS 481-34-5
    α-Cadinol, CAS 481-34-5
    Price is loading...
    Sku TGMTN7809-10mg
    Manufact. SkuTN7809-10mg
    Packaging Unit10 mg
Set Descending Direction

298287 items

per page