RFP-Human Lung Tissue-Derived Mesenchymal Stem Cells (HLMSCs)

HLM002 Cells Culture Media
$1,998.97
Starting price per unit
RFP-Human Lung Tissue-Derived Mesenchymal Stem Cells (HLMSCs)
In Stock 1ml
Product Type Stem Cells
Viability >90% viability post-thaw
Storage Storage Conditions Store in liquid nitrogen vapor phase (-190°C) for long-term. Ship on dry ice (-80°C).
Shelf Life Very stable in the Liquid Nitrogen Vapor Phase

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Product Overview

Description

Human Lung Tissue-Derived Mesenchymal Stem Cells (HLMSCs) are isolated from healthy human lung parenchyma using enzymatic digestion and plastic adherence. These cells exhibit fibroblast-like morphology and meet the International Society for Cell & Gene Therapy (ISCT) minimal criteria for mesenchymal stem cells (MSCs): plastic adherence, specific surface marker expression, and trilineage differentiation potential.

HLMSCs are ideal for research in pulmonary fibrosis, COPD, asthma modeling, drug screening, regenerative medicine, and immunomodulation studies.

IMPORTANT: Quality warranty requires use of NeoBioPharma media. Biohazardous material despite negative pathogen testing. Quality claims must be reported within 1 month.

Key Features

Catalog Number: HLM002
Product Format: Frozen
Vial Cell Number: 500,000 cells/vial
Passage: 1 (P1)
Storage: Liquid Nitrogen, Vapor Phase
Intended Use: Research use only (RUO)

Quick Facts
Product Type

Stem Cells

Viability

>90% viability post-thaw

Applications

Research & Development

Availability

In Stock • Global Shipping

Technical Specifications

Product Type
Stem Cells
Viability
>90% viability post-thaw
Storage Conditions
Storage Conditions Store in liquid nitrogen vapor phase (-190°C) for long-term. Ship on dry ice (-80°C).
Shelf Life
Very stable in the Liquid Nitrogen Vapor Phase
Product Code
HLM002
Size/Format
1ml

Applications & Use Cases

Research Areas
In Vitro Studies

Cell culture and screening applications

Molecular Biology

Gene expression & signaling studies

Drug Discovery

Screening & validation studies

Disease Modeling

Pathophysiology research

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