Human Recombinant FGF

Fibroblast Growth Factor

Human recombinant protein from the MegaProt line, developed for studies of proliferation, cell survival, angiogenesis, tissue repair, and maintenance of advanced cellular models.

FGF MegaProt is currently in Beta validation stage. The technical information presented is referential and may be updated as characterization, stability, biological activity, and functional validation assays progress. For updated information regarding availability, format, and conditions of use, please contact us directly..

Beta Stage

Human Origin

Functional Studies

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Biological Source Human

Content
Expressed in a human Megakaryoblastic cell line
Format
Lyophilized
Molecular Weight
~14 kDa monomer / ~28 kDa dimer
Storage Conditions
Once reconstituted, aliquot and store at -80°C until use
Suggested Application
Cell culture
Storage Temperature
-20°C a -80°C

General Description

FGF belongs to a family of growth factors involved in proliferation, survival, migration, and cell differentiation. In cell culture, it is used to support the expansion of stem cells, progenitors, mesenchymal, neural, and endothelial cells, especially in systems that require sustained mitotic activity and viability.

Biological Action

FGF acts mainly through FGFR receptors, activating pathways associated with proliferation, survival, and cell migration. Its signaling can support the expansion of cell populations, modulate differentiation states, and participate in processes related to angiogenesis, tissue repair, and maintenance of cellular niches.

Usage Considerations

The use of FGF requires careful definition of the cell type, culture stage, concentration, exposure time, and combination with other factors in the medium. Due to its context-dependent effect, dose-response curves and markers of proliferation, viability, differentiation, or angiogenesis should be evaluated according to the study objective.

WHAT IS IT USED FOR?

FGF recombinant human can be evaluated in studies aimed at cell expansion, survival, and functional response in culture. Its application will depend on the cell model, experimental conditions, and the objectives of each investigation.
Cell Expansion

Support in models where the goal is to increase proliferation and maintain viability during cell growth stages.
Stem Cells

Use in cultures where proliferative populations need to be maintained and differentiation states modulated.
Angiogenesis and Repair

Application in models associated with vascular formation, wound healing, re-epithelialization, and tissue remodeling.
In Vitro Models

Development of experimental systems to study proliferation, survival, migration, and cellular response.

REQUEST YOUR SAMPLE

Tell us about your experimental model and we will guide you on availability, conditions of use, and evaluation of FGF MegaProt.

1

Contact Us

Complete the Beta sample request form.

2

Evaluation

We review your research profile and intended use.

3

Delivery

We ship the sample with an included usage protocol.

4

Feedback

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