Human Diabetic Primary Pulmonary Artery Fibroblast Cells

BVXDF015

$900.00
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Human Diabetic Primary Pulmonary Artery Fibroblast Cells
Primary Cells 1ml In Stock

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$900.00
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$900.00
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Size

1ml

Product Code

BVXDF015

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Quick Specifications
  • Product Type: Human Type II Diabetes Endothelial Cells
  • Viability: >95% viable (Trypan Blue exclusion)
  • Storage: Store in liquid nitrogen vapor phase (-196°C) for long-term. Ship on dry ice (-80°C).
  • Shelf Life: Very stable in the Liquid Nitrogen Vapor Phase
  • Catalog: BVXDF015
  • Growth: Primary cells capable of multiple passages when using recommended medium and proper handling

Human Diabetic Primary Pulmonary Artery Fibroblast Cells

Product Description

Human Diabetic Primary Pulmonary Artery Fibroblast Cells (HDPPAF) are a specific type of fibroblast derived from the pulmonary arteries of individuals with diabetes. These cells play a critical role in the pathophysiology of vascular complications associated with diabetes. Guarantee expansion for a minimum of 2-5 population doublings. IMPORTANT: Quality warranty requires use of Bioverax media. Biohazardous material despite negative pathogen testing. Quality claims must be reported within 1 month.

Key Features & Benefits

Catalog Number: BVXDF015 Product Format: Frozen Vial Cell Number: > 5x10[5] cells/vial Passage:1(P1) Storage: Liquid Nitrogen, Vapor Phase Intended Use: Research use only (RUO) Characterization Markers - Characterized by spindle morphology under light microscopy. - Negative for von Willebrand Factor (vWF) , Cytokeratin 18, and alpha-smooth muscle actin . - Isolated and characterized to ensure fibroblast purity

Quick Facts
Product Type

Human Type II Diabetes Endothelial Cells

Viability

>95% viable (Trypan Blue exclusion)

Storage

Store in liquid nitrogen vapor phase (-196°C) for long-term. Ship on dry ice (-80°C).

Shelf Life

Very stable in the Liquid Nitrogen Vapor Phase

Applications
Research: - hDPPAFs are useful in studying the mechanisms of pulmonary vascular disease in the context of diabetes. Therapeutics: - These cells can be utilized to test new therapeutic compounds aimed at reversing the effects of fibrosis and improving pulmonary vascular health. Modeling Disease: - They serve as valuable in vitro models for understanding diabetes-related vascular complications and screening potential drug candidates.

Technical Specifications

Product Type Human Type II Diabetes Endothelial Cells
Viability >95% viable (Trypan Blue exclusion)
Proliferative Capability Primary cells capable of multiple passages when using recommended medium and proper handling
Storage Conditions Store in liquid nitrogen vapor phase (-196°C) for long-term. Ship on dry ice (-80°C).
Shelf Life Very stable in the Liquid Nitrogen Vapor Phase
Product Code BVXDF015
Size/Format 1ml
Category Primary Cells
Primary Applications
Research: - hDPPAFs are useful in studying the mechanisms of pulmonary vascular disease in the context of diabetes. Therapeutics: - These cells can be utilized to test new therapeutic compounds aimed at reversing the effects of fibrosis and improving pulmonary vascular health. Modeling Disease: - They serve as valuable in vitro models for understanding diabetes-related vascular complications and screening potential drug candidates.

Applications & Use Cases

Primary Applications
Research: - hDPPAFs are useful in studying the mechanisms of pulmonary vascular disease in the context of diabetes. Therapeutics: - These cells can be utilized to test new therapeutic compounds aimed at reversing the effects of fibrosis and improving pulmonary vascular health. Modeling Disease: - They serve as valuable in vitro models for understanding diabetes-related vascular complications and screening potential drug candidates.

Suitable for research: - hdppafs are useful in studying the mechanisms of pulmonary vascular disease in the context of diabetes. therapeutics: - these cells can be utilized to test new therapeutic compounds aimed at reversing the effects of fibrosis and improving pulmonary vascular health. modeling disease: - they serve as valuable in vitro models for understanding diabetes-related vascular complications and screening potential drug candidates. studies and research applications

Research Use Cases
In Vitro Studies

Cell culture and screening applications

Molecular Biology

Gene expression & signaling studies

Drug Discovery

Screening & validation studies

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