Human platelet-derived bioproducts for research & biotechnology

A portfolio of standardized, xeno-free and plasma-free bioproducts designed to support advanced cell culture, tissue engineering and biotechnology applications.

Human-Derived

Ethically sourced human platelets

Plasma-free

No blood plasma components

Xeno-Free

No animal-derived components

Highly Standardized

Consistent quality and performance

Featured Product

PlaBiTe Growth® L

Human Platelet Lysate – hPL

A concentrated, cell culture-ready lysate obtained from human platelets, rich in the full spectrum of platelet-derived growth factors and cytokines that support cell proliferation and viability.

  • Ready to use

  • Robust performance

  • Broad compatibility

  • RUO

Expanding the PlaBiTe Growth® Portfolio

Platelet Secretome S

PlaBiTe Growth® S

Platelet Secretome

Obtained by controlled platelet activation. Cytoplasmic granule-derived secretome enriched in soluble growth factors to enhance cell signaling and function.

  • Coming soon

PlaBiTe Growth® V

EV-enriched Platelet Secretome

Secretome further enriched in extracellular vesicles released upon platelet activation, to support intercellular communication and advanced regenerative research.

  • Coming soon

Potential applications

Applications listed reflect potential uses based on the known properties of the product. Performance may vary depending on cell type and culture conditions. PlaBiTe Growth® products are for research use only (RUO).

Cell Culture & Expansion

Supports the culture and expansion of a broad range of human cell types.

Serum-Free & Xeno-Free Media Development

A human-derived solution for the development and optimization of advanced cell culture media.

Regenerative Medicine Research

Supports research in stem cells, tissue regeneration and regenerative biology.

Cell Therapy Process Development

A human-derived supplement for cell culture and process development workflows.

Beyond Conventional Cell Culture

  • 3D Tissue Engineering
    For the development of advanced 3D culture and tissue engineering models.
  • Bioprinting & Bioinks
    Explore platelet-derived components in bioink formulation and bioprinting applications.
  • Advanced Cell-Based Models
    For complex in vitro models, including 3D and disease-relevant cellular systems.
  • Cosmetic & Dermocosmetic R&D
    For in vitro research and development of innovative cosmetic and dermocosmetic solutions.