Description

Product Description

R-PEP-27 (CAS No. 103122-78-7) is a synthetic peptide with defined biological activity, designed for experimental research in cellular and molecular biology. Its structure confers stability and receptor or target affinity, enabling reproducible and precise experimental results.

Molecular Design and Mechanism
The peptide has been optimized for activity and metabolic stability, allowing prolonged functionality in vitro and in vivo. R-PEP-27 is designed to interact with specific molecular targets or signaling pathways, modulating cellular functions such as proliferation, apoptosis, or protein expression. Its amino acid sequence and three-dimensional structure enable selective binding while minimizing off-target effects, making it a versatile research tool.

Research Background
Peptide-based research compounds like R-PEP-27 are essential for studying complex biological processes, including receptor-ligand interactions, signal transduction, and enzymatic regulation. R-PEP-27 can be employed in a variety of experimental models, including cell lines, organoids, and small animal studies. Its activity provides insight into mechanisms of action for novel therapeutics and molecular probes.

Key Features

• Biologically active synthetic peptide

• Optimized for stability and target specificity

• Suitable for in vitro and in vivo preclinical studies

• Lyophilized powder with high purity and reproducibility

• Compatible with multiple assay formats including cellular and biochemical studies

Research Applications

• Investigating cellular signaling pathways

• Target validation and molecular interaction studies

• Screening for therapeutic modulation in preclinical models

• Evaluating peptide-based mechanisms of action

• Biochemical and structural biology experiments

• Preclinical pharmacology and peptide therapeutics research

Advantages Over Other Peptides
R-PEP-27 demonstrates high activity and consistent experimental outcomes compared to unmodified or less stable peptides. Its reproducibility and targeted design allow researchers to obtain reliable data for mechanistic studies, compound screening, and pathway analysis.

Experimental Evidence
In preclinical studies, R-PEP-27 has been shown to:

• Modulate specific cellular signaling pathways

• Influence target protein expression or activity

• Maintain stability in various buffers and experimental conditions

• Provide reproducible results in multiple cell lines and animal models

• Serve as a reference compound in peptide activity assays

Product Specifications

Mechanism of Action

R-PEP-27 functions by interacting with specific molecular targets or signaling pathways, leading to measurable biological effects in experimental systems:

1. Target Engagement

   • Binds to target receptors or proteins with high specificity

   • Alters downstream signaling pathways and cellular responses

   • Supports mechanistic studies in cell and tissue models

2. Signal Modulation

   • Modulates pathways such as MAPK, PI3K/AKT, or other relevant cascades depending on the target

   • Can induce changes in gene expression, protein phosphorylation, or enzymatic activity

   • Provides insights into pathway regulation and therapeutic intervention

3. Experimental Implications

   • Useful for dose-response studies and mechanistic characterization

   • Supports structure-activity relationship (SAR) investigations

   • Enables preclinical validation of peptide activity in multiple experimental models

4. Research Advantages

   • High stability allows reproducible and long-term studies

   • Compatible with a wide range of in vitro and in vivo models

   • Serves as a reference compound for peptide-based research assays

     

Side Effects

As a research compound, observed experimental effects include:

• Cellular Modulation: May alter proliferation, apoptosis, or protein expression depending on model

• Metabolic Changes: In some cell types, can affect metabolic pathways

• Injection Site or Handling Effects: Minimal, but handle according to laboratory safety guidelines

• Laboratory Safety: Use in BSL-2 facilities; gloves, lab coat, and eye protection recommended; avoid inhalation or direct contact

Proper dosing and experimental design minimize variability and adverse effects in preclinical studies.

Disclaimer

For laboratory research use only. Not intended for human or veterinary use, diagnosis, or treatment.

Keywords

R-PEP-27, CAS 103122-78-7, active peptide, biochemical research, signaling pathway studies, molecular interaction, preclinical models, peptide therapeutics, in vitro research, in vivo research

Shipping Guarantee

• Temperature-controlled packaging with insurance coverage

• Global shipping with tracking and secure handling

• Ensures peptide stability and bioactivity during transit

Transaction Guarantee

• Guaranteed ≥98% purity

• Secure payments via T/T, PayPal, cryptocurrency, and other options

• Customer support for storage and handling guidance