PEG-MGF
$37.00 Original price was: $37.00.$29.60Current price is: $29.60.
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Third-Party Lab Results
Transparency is our priority. Download the full HPLC and Mass Spectrometry reports for the current batch #88291. Tested on Oct 24, 2023.
DOWNLOAD FULL REPORT (PDF)PEG-MGF (PEGylated Mechano Growth Factor) is a synthetic research peptide derived from the IGF-1 splice variant IGF-1Ec, modified through PEGylation to enhance molecular stability and persistence in experimental systems. In laboratory research settings, PEG-MGF is studied as a tool for investigating mechano-sensitive growth factor signaling and prolonged IGF-1 receptor pathway engagement under controlled conditions.
The PEGylation of MGF alters its pharmacokinetic profile in non-clinical models, enabling extended interaction with IGF-1 receptor (IGF-1R)–associated signaling pathways. This modification supports research into sustained intracellular signaling dynamics, particularly within PI3K/Akt-mediated pathways linked to cellular growth regulation and tissue remodeling in vitro.
PEG-MGF is supplied exclusively for scientific and laboratory research use. It is not intended for human or veterinary consumption, clinical investigation, diagnostic use, or therapeutic application.
Chemical Identity & Classification
- PEGylated IGF-1 splice variant (IGF-1Ec)
- Synthetic growth factor research peptide
- PEG-modified for enhanced stability in experimental systems
Why Researchers Study PEG-MGF
- To investigate sustained IGF-1 receptor signaling
- To study mechano-responsive growth factor pathways
- To explore peptide stability and signaling duration effects
Key Research Systems & Pathways
- IGF-1 receptor (IGF-1R) signaling
- PI3K/Akt intracellular pathways
- Cell proliferation and differentiation signaling
- Mechanotransduction-associated growth factor responses
PEG-MGF is synthesized under controlled laboratory conditions to ensure high purity, molecular consistency, and reproducibility for preclinical research applications.
Mechanism of Action & Pathways
In experimental models, PEG-MGF is studied for its ability to engage IGF-1R-associated signaling cascades with extended signaling duration due to PEGylation. Research focuses on PI3K/Akt activation, downstream transcriptional responses, and the influence of prolonged ligand presence on intracellular signaling dynamics in non-clinical systems.
Cellular & Molecular Research
PEG-MGF is utilized in laboratory studies examining:
- IGF-1 receptor activation kinetics and persistence
- PI3K/Akt pathway modulation
- Comparative signaling between PEGylated and non-PEGylated peptides
All investigations are conducted in controlled in vitro or biochemical assay environments.
Tissue Modeling & Regenerative Signaling Research
Research applications may include:
- Muscle and connective tissue signaling models
- Cell proliferation and differentiation pathway studies
- Mechanically responsive growth factor signaling analysis
These investigations remain exploratory and mechanistic, without therapeutic interpretation.
Experimental Models
- In vitro receptor-binding and signaling assays
- Ex vivo tissue-based growth factor studies
- Non-clinical in vivo preclinical research models
All use is strictly limited to laboratory research contexts.
What is PEG-MGF used for in research?
PEG-MGF is used in laboratory research to study sustained IGF-1 receptor signaling, mechanotransduction-related pathways, and growth factor stability effects.
How does PEG-MGF differ from standard MGF?
PEG-MGF includes a PEG modification that increases molecular stability and signaling persistence in experimental systems.
Which pathways are commonly studied with PEG-MGF?
Research commonly focuses on IGF-1 receptor–mediated PI3K/Akt signaling pathways.
Is PEG-MGF approved for human or clinical use?
No. PEG-MGF is strictly for research use only and is not intended for human consumption, veterinary use, or clinical application.
How should PEG-MGF be stored and handled?
PEG-MGF should be stored and handled according to standard laboratory peptide storage and handling practices to maintain stability and integrity.
Researcher Reviews
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