Immortalized Cell Lines

Immortalized Human Cortical Vascular Cells

  • For research use only

Cat No.

ABI-TC189R

Product Type

Immortalized Cell Line

Cell Type

Other Specialized Cells

Species

Human

Growth Conditions

37 °C, 5% CO2

Source Organ

Brain

Disease

Normal

Storage

Liquid Nitrogen

Immortalized Human Cortical Vascular Cells carrying the SV40T gene via lentiviral transduction, provided at 0.5 million viable cells per vial.

Product Image

Description

Immortalized Human Cortical Vascular Cells (iHCoVCs) are derived from human cerebral cortex vasculature and genetically modified to enable long-term proliferation while retaining key endothelial and perivascular cell characteristics. These cells exhibit typical endothelial cobblestone morphology or pericyte-like spindle morphology depending on culture conditions. The cells retain functional properties including tube formation, barrier integrity, and responses to vasoactive stimuli. Compared with primary cortical vascular cells, immortalized iHCoVCs provide enhanced stability, reproducibility, and extended lifespan, making them a reliable in vitro model for neurovascular research, blood-brain barrier studies, and cerebrovascular disease modeling.

Product Code

Immortalized Human Cortical Vascular Cells,IHCVC,Immortalized HCVCs,iHCoVCs

Species

Human

Cat.No

ABI-TC189R

Product Category

Immortalized Cell Lines

Size/Quantity

1 vial

Cell Type

Other Specialized Cells

Growth Mode

Adherent

Shipping Info

Dry Ice

Growth Conditions

37 °C, 5% CO2

Source Organ

Brain

Disease

Normal

Biosafety Level

1

Storage

Liquid Nitrogen

Product Type

Immortalized Cell Line

Immortalization Method

SV40T

Quality Control

All cells test negative for mycoplasma, bacteria, yeast, and fungi.

Application

  • Immortalized human cortical vascular cells are widely used in neurovascular and blood-brain barrier (BBB) research. They support studies of endothelial-pericyte interactions, barrier integrity, angiogenesis, and responses to inflammatory or vasoactive stimuli. These cells serve as a reproducible in vitro model for cerebrovascular disease modeling, drug screening, and mechanistic studies of neurovascular signaling.

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High Viability
To succeed in cell culture
Precision and Reliability
To support a consistent result
Customization Options
Tailed to your research

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