XR hES/iPSC Adherent Culture Medium Kit (High-protein)

Description

Maintaining consistent expansion and pluripotent characteristics of human embryonic stem cells (hESCs) and induced pluripotent stem cells (iPSCs) can be challenging during routine culture workflows. Problems such as slow recovery after thawing, reduced proliferation during high-passage culture, and sensitivity to environmental changes may affect downstream stem cell research applications.

XR hES/iPSC Adherent Culture Medium Kit (High-protein) is a feeder-free human pluripotent stem cell culture medium designed for the maintenance and expansion of human ES and iPS cells. The high-protein formulation contains pre-screened bovine serum albumin (BSA), providing enhanced proliferation support and improved buffering capacity to help maintain stable culture conditions.

This iPSC culture medium is developed for researchers working with challenging or lower-performing hES/iPSC cultures, including high-passage cells and cells requiring recovery after thawing. XR hES/iPSC Medium supports adherent stem cell culture workflows requiring reliable expansion and maintenance of pluripotent stem cell characteristics.

Specifications

Features

• Feeder-free culture medium for human ES and iPS cell maintenance and expansion

• High-protein formulation supporting enhanced iPSC proliferation

• Contains pre-screened bovine serum albumin for improved culture support

• Provides high buffering capacity to reduce environmental variation

• Suitable for difficult-to-maintain and lower-performing hES/iPSC cultures

• Supports adherent human pluripotent stem cell culture workflows

• Filtered through a <0.2 μm filtration process

Performance Data

Human iPSC Expansion Performance Comparison

XR hES/iPSC High-protein Medium was evaluated for human iPSC expansion performance compared with commonly used pluripotent stem cell culture media. Continuous five-passage culture experiments were performed to analyze expansion performance using AO/PI staining-based viable cell counting.

The expansion analysis showed that XR high-protein iPSC culture medium demonstrated higher proliferation performance compared with mTeSR™1 and comparable expansion performance with mTeSR™ Plus under tested conditions.

Expansion Performance Across Different iPSC Lines

Three different human iPSC sources were evaluated to compare average expansion performance across multiple cell lines. XR hES/iPSC Medium showed consistent expansion performance across tested iPSC cultures.

Cell Viability Analysis

Cell viability analysis showed comparable viability results among tested culture media during the evaluation period.

Maintenance of Human Pluripotency Markers

Maintaining pluripotent characteristics is an important consideration during human ES/iPS cell culture. XR hES/iPSC Medium was evaluated using commonly used pluripotency markers including SSEA-3 and TRA-1-81.

SSEA-3 expression analysis showed comparable pluripotency marker maintenance among tested culture conditions.

TRA-1-81 expression analysis demonstrated comparable maintenance of pluripotent stem cell characteristics, with XR medium showing comparable performance to mTeSR™ Plus under tested conditions.

Applications

XR hES/iPSC Adherent Culture Medium Kit (High-protein) is designed for researchers performing human pluripotent stem cell culture workflows requiring reliable maintenance and expansion performance.

• Human induced pluripotent stem cell (iPSC) maintenance and expansion

• Human embryonic stem cell (hESC) adherent culture

• Feeder-free iPSC culture workflows

• Expansion of high-passage human pluripotent stem cells

• Recovery and expansion of thawed iPSC cultures

• Stem cell differentiation research requiring expanded pluripotent populations

• Human pluripotent stem cell research and characterization studies

• Disease modeling studies using human iPSC platforms

• Regenerative medicine research involving human pluripotent stem cells

• Basic stem cell biology research requiring consistent iPSC culture conditions

Why Choose XR hES/iPSC Culture Medium?

Human pluripotent stem cell culture requires consistent environmental conditions to support cell expansion and maintain desirable culture characteristics. Variations in cell status, passage number, and recovery conditions can influence proliferation performance.

XR hES/iPSC Adherent Culture Medium Kit provides a high-protein culture environment designed to support challenging hES/iPSC workflows. The formulation combines enhanced proliferation support with improved buffering capacity, helping researchers maintain more stable culture conditions during routine iPSC maintenance and expansion.

FAQ

What is XR hES/iPSC Adherent Culture Medium Kit used for?

XR hES/iPSC Adherent Culture Medium Kit is a human pluripotent stem cell culture medium designed for feeder-free maintenance and expansion of human embryonic stem cells (hESCs) and induced pluripotent stem cells (iPSCs).

Is XR hES/iPSC Medium suitable for iPSC expansion?

Yes. XR hES/iPSC Medium is designed as an iPSC expansion medium to support adherent culture, maintenance, and expansion of human pluripotent stem cells.

What cells can be cultured using this hPSC culture medium?

This medium is intended for human embryonic stem cells (hESCs) and human induced pluripotent stem cells (iPSCs) maintained under adherent culture conditions.

Does this product support feeder-free iPSC culture?

Yes. XR hES/iPSC Adherent Culture Medium Kit is designed for feeder-free human ES/iPS cell culture workflows.

What is the advantage of the high-protein formulation?

The high-protein formulation contains pre-screened bovine serum albumin (BSA) and provides enhanced proliferation support and improved buffering capacity to help maintain stable culture conditions.

Is this medium suitable for difficult-to-maintain iPSC cultures?

Yes. The product is designed for challenging or lower-performing hES/iPSC cultures, including cells requiring additional expansion support.

How was XR hES/iPSC Medium evaluated for performance?

The product was evaluated through continuous five-passage human iPSC culture experiments. Expansion performance was analyzed using AO/PI staining-based viable cell counting, and pluripotency markers including SSEA-3 and TRA-1-81 were evaluated.

How should XR hES/iPSC Culture Medium be stored?

The basal medium should be stored at 2–8°C. The additive should be stored at -20°C.