Introducing TargetMol's Recombinant Proteins

In the field of molecular biology and biotechnology, Recombinant Proteins are recognised as symbols of innovation, driving research and development across various industries. These proteins are produced in host cells using DNA or RNA recombinant engineering techniques.

These proteins have been modified to enhance protein performance, alter genetic sequences, and facilitate the production of invaluable commercial products. The extensive catalogue of TargetMol's recombinant proteins includes cytokines, growth factors, receptors, enzymes, viral proteins, and more.

1. Cytokines and Growth Factors: Cytokines, also referred to as cytokines, are vital in cell signalling and interact with specific cytokine receptors on target cells. While all cytokines affect cellular signalling pathways, only those that specifically influence cell growth and differentiation are considered growth factors.
2. Receptor Proteins: Receptor proteins bind with ligands, which are referred to as extracellular signalling molecules, to transmit cellular signals. Binding induces molecular conformational changes, altering their cellular state.
3. CD Proteins: CD (Cluster of Differentiation) denotes leukocyte differentiation antigens, primarily glycoprotein molecules. Some CD molecules aid in the recognition of immune antigens, while other CD proteins perform functions in cell adhesion, activation, or inhibition.
4. Viral Proteins: Viral proteins are classified by function including structural, non-structural, regulatory, and accessory proteins. As viruses cannot reproduce independently, they utilise proteins encoded by the host cell to replicate and translate mRNA into viral proteins.
5. Enzymes: Enzymes accelerate chemical reactions, much like biological catalysts, acting on substrates and converting them into different molecules called products.
6. CAR-T Therapy Target Proteins: CAR receptor molecules are genetically engineered to activate T lymphocytes and achieve an antitumour response. Therefore, CAR-T therapy is a significant advance in cancer treatment, and many new therapeutic targets are being researched, with the most common being CD19 and BCMA.
7. Immune Checkpoint Proteins: These proteins are molecules that generate co-stimulatory or co-inhibitory signals during immune responses, relevant in the field of cancer immunotherapy research.
8. Fluorescent Proteins: The green fluorescent protein (GFP) emits bright green fluorescence when exposed to blue to ultraviolet light, widely used in molecular biology.
9. Hormones: Hormones are fundamental for communication between organs and tissues, making them indispensable for the proper development of animals, plants, and fungi.
10. Complement System

Discover a wide selection of Recombinant Proteinsfrom TargetMol.

Our commitment to excellence extends beyond product quality; we offer personalised support and are consistently committed to driving innovation.