The vials are packaged in a container with dry ice to maintain sample integrity. The shipment has been prepared in accordance with the UN 3373 (Biological Substance, Category B) shipping classification.

Cord Blood Isolated Cell Vials 100K (Frozen)

$850.00

The 100K Isolated Cell Vial is the ideal starting point for laboratories conducting preliminary stem cell research or small-scale optimization runs. Each vial contains 100,000 highly viable CD34⁺ hematopoietic stem cells isolated using FerroBio’s advanced magnetic separation technology, ensuring exceptional purity and consistency. This format is perfect for pilot assays, training, or early-stage method development where precision, reliability, and cost efficiency are essential.

Documentation & Compliance
  • Each vial is released only after meeting strict viability, purity, and sterility thresholds.
  • A Certificate of Analysis (CoA) is provided with each lot, detailing performance data from final quality control testing.
  • Cord Blood Units (CBUs) are collected under IRB-approved protocols and in accordance with all applicable local, state, and national regulations.
SKU: Isolated-Cell-Vials-100k Category:

Description

Key Features

  • Purity: ≥94% average CD34⁺ cell purity after thawing, verified by flow cytometry — outperforming competitor systems like Miltenyi in independent analyses.

  • Viability: ≥91% average post-thaw CD34⁺ viability, ensuring functionality for in vitro and in vivo use.

  • Potency: Yields up to 3× more SCID-repopulating cells per 1M CD34⁺ than competitor vials, as shown in NSG mouse engraftment studies.

  • Sterility: Each lot passes rigorous sterility testing. No microbial contamination has been detected across multiple validation runs.

  • Integrity: TEM imaging confirms healthy morphology — no residual magnetic beads, no membrane disruption, and superior cellular structure vs. Miltenyi-derived cells.

  • Efficiency: FerroBio’s proprietary semi-automated magnetic separation requires minimal manual handling and reduces hands-on processing time by up to 60% compared to traditional methods.