Bio-Serum Particles & the BSP Process

Understanding Bio-Serum Particles

Bio-Serum Particles (BSPs) are nanoscale, biologically derived components prepared from a patient's own blood. Typically ranging from 20–200 nm, BSPs contain a diverse profile of proteins, lipids, and regulatory genetic material, including microRNAs (miRNAs) and messenger RNAs (mRNAs).

BSPs are being studied for their role in supporting cellular communication and coordinating biological processes involved in tissue function and homeostasis. In reproductive medicine, BSPs are designed to support local signaling environments, optimize tissue conditions, and provide a cell-free, autologous biologic approach that can integrate into advanced fertility care.

Key Characteristics

  • • Size: 20-200 nanometers
  • • Composition: Proteins, lipids, miRNAs, mRNAs
  • • Source: Patient's own blood
  • • Function: Intercellular communication and signaling
Bio-Serum Particles molecular structure

From Sample to Science

Clinical laboratory process visualization

This video showcases the one-of-a-kind process of Bio-Serum Particle development, from patient blood sample collection through isolation, concentration, refinement, and clinical delivery.

Process Overview

  1. 1. Patient blood collection
  2. 2. Isolation and concentration of EVs
  3. 3. Characterization and refinement
  4. 4. Quality assurance and compliance verification
  5. 5. Ready-to-use delivery for clinical application