IGF1-LR3 1mg
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IGF1-LR3 1mg
Product Details
CORE-IGF-LR3 Research Profile
IGF-1 Receptor & Cellular Signaling Research Peptide
Product Overview
CORE-IGF-LR3 is a modified analog of insulin-like growth factor-1 (IGF-1) designed for laboratory investigation of IGF-1 receptor signaling and associated intracellular pathways.
IGF-1 LR3 incorporates structural modifications relative to native IGF-1 that influence its biochemical behavior and interaction with IGF-associated binding systems.
Its research profile makes CORE-IGF-LR3 relevant to controlled studies involving:
- IGF-1 receptor activation
- PI3K/Akt signaling
- MAPK-associated pathways
- cellular proliferation
- differentiation signaling
- protein-synthesis pathways
- receptor pharmacology
CORE-IGF-LR3 supplied by Core Aminos Research is intended exclusively for laboratory research, analytical testing, and scientific investigation.
For Research Use Only. Not for human or animal use.
Key Research Characteristics
- Modified IGF-1 analog
- Relevant to IGF-1 receptor pharmacology
- Applicable to PI3K/Akt pathway research
- Suitable for cellular proliferation and differentiation studies
- Relevant to kinase-signaling investigations
- Intended exclusively for laboratory and analytical applications
Molecular Research Profile
IGF-1 LR3 is a structurally modified form of IGF-1 containing an Arg substitution and an extended amino-acid sequence relative to native IGF-1.
These modifications make the compound useful in laboratory studies examining:
- ligand-receptor interactions
- receptor activation characteristics
- IGF-binding protein interactions
- concentration-response behavior
- downstream signal transduction
- comparative analog pharmacology
Areas of Scientific Investigation
1. IGF-1 Receptor Signaling
The IGF-1 receptor is a receptor tyrosine kinase involved in numerous intracellular signaling networks.
CORE-IGF-LR3 may be used to investigate:
- IGF-1 receptor activation
- receptor phosphorylation
- downstream kinase recruitment
- intracellular signal propagation
- ligand-response relationships
- receptor-dependent cellular responses
2. PI3K / Akt Pathway Research
IGF-1 receptor activation is closely associated with PI3K/Akt signaling.
Research applications may examine:
- PI3K activation
- Akt phosphorylation
- downstream kinase activity
- mTOR-associated signaling
- cellular metabolic responses
- pathway-dependent gene expression
These studies are intended to characterize molecular signaling mechanisms under controlled experimental conditions.
3. MAPK Signaling Research
CORE-IGF-LR3 may also be incorporated into experimental systems examining MAPK-associated pathways.
Potential research endpoints include:
- ERK phosphorylation
- MAPK pathway activation
- transcriptional responses
- growth-factor signaling
- pathway cross-talk
- temporal signaling patterns
4. Cellular Proliferation Models
IGF-associated signaling is frequently investigated in cell proliferation research.
CORE-IGF-LR3 may be relevant to:
- proliferation assays
- cell-cycle analysis
- growth-factor response studies
- DNA-synthesis measurements
- receptor-dependent cellular expansion
- comparative cell-line studies
5. Cellular Differentiation Research
CORE-IGF-LR3 may be used in controlled experimental models examining differentiation-associated signaling.
Research may include:
- differentiation markers
- lineage-specific gene expression
- cellular phenotype changes
- kinase-signaling patterns
- growth-factor-dependent differentiation
- transcriptional response analysis
6. Protein-Synthesis Signaling
IGF-1 receptor pathways interact with intracellular systems associated with protein synthesis and cellular growth signaling.
Potential laboratory investigations include:
- mTOR-associated pathway activity
- translational signaling
- ribosomal pathway markers
- Akt-dependent signaling
- protein-turnover pathways
- cellular anabolic signaling mechanisms
These applications refer specifically to cellular and biochemical models rather than physiological or performance outcomes.
7. IGF-Binding Protein Interaction Research
Modified IGF analogs may differ from native IGF-1 in their interaction with IGF-binding proteins.
CORE-IGF-LR3 may therefore be useful for research involving:
- IGF-binding protein affinity
- ligand availability
- protein-ligand interactions
- comparative IGF analog behavior
- receptor-accessibility studies
- binding kinetics
8. Comparative Growth-Factor Research
CORE-IGF-LR3 may be incorporated into comparative studies involving:
- native IGF-1
- modified IGF analogs
- different ligand concentrations
- receptor-selective experimental conditions
- pathway-specific inhibitors
- cell-type-dependent responses
Such studies may help characterize differences in receptor activation and downstream signaling behavior.
Laboratory Research Applications
CORE-IGF-LR3 may be relevant to:
- receptor-binding studies
- receptor phosphorylation assays
- PI3K/Akt signaling research
- MAPK pathway studies
- cellular proliferation assays
- differentiation models
- protein-synthesis pathway research
- ligand-binding studies
- comparative growth-factor analysis
- analytical characterization
Experimental concentrations, controls, methodologies, and endpoints should be determined by qualified research personnel according to the specific laboratory model.
Technical Information
Product Name: CORE-IGF-LR3
Compound: IGF-1 LR3
Compound Type: Modified IGF-1 Research Peptide
Primary Research Target: IGF-1 Receptor
Research Category: Cellular & Receptor Signaling Research
Primary Research Focus: IGF-1R signaling, PI3K/Akt, MAPK pathways, cellular proliferation and differentiation
Purity: Refer to batch-specific Certificate of Analysis
Intended Use: Laboratory research and analytical applications only
Batch-specific identity, purity, and analytical specifications should be verified using the applicable Certificate of Analysis.
Analytical Characterization
CORE-IGF-LR3 may be evaluated using appropriate analytical methodologies including:
- HPLC
- LC-MS
- mass spectrometry
- chromatographic purity analysis
- peptide identity verification
- molecular-mass confirmation
- stability analysis
Refer to the corresponding batch Certificate of Analysis for applicable analytical data.
Storage and Handling
CORE-IGF-LR3 should be maintained according to the storage conditions specified on the product label and associated batch documentation.
General laboratory handling considerations include:
- protection from excessive heat
- protection from direct light
- minimizing unnecessary environmental exposure
- preventing cross-contamination
- maintaining appropriate sample identification
- limiting unnecessary temperature fluctuations
- following established laboratory procedures
Research Summary
CORE-IGF-LR3 is a modified IGF-1 analog intended for laboratory investigation of receptor-mediated cellular signaling.
Its research profile makes it relevant to studies involving:
- IGF-1 receptor pharmacology
- PI3K/Akt signaling
- MAPK pathways
- cellular proliferation
- differentiation signaling
- protein-synthesis pathways
- IGF-binding protein interactions
- comparative growth-factor research
CORE-IGF-LR3 is supplied exclusively as a laboratory research material.
Important Research Notice
CORE-IGF-LR3 is intended strictly for laboratory research and analytical investigation.
Not for human consumption.
Not for injection or personal use.
Not for animal use.
Not for athletic, performance-enhancement, medical, diagnostic, therapeutic, or veterinary applications.
Not intended to diagnose, treat, cure, or prevent any disease or health condition.
Core Aminos Research supplies CORE-IGF-LR3 exclusively for qualified laboratory and scientific research applications.