PT-141 10mg
$ 42.95
PT-141 is a synthetic peptide and melanocortin receptor agonist being studied for its effects on libido and sexual behavior through central nervous system pathways. Unlike traditional ED medications, it works neurologically rather than through vascular pathways.
- CAS: 189691-06-3
- Purity: ≥98%
- Appearance: Lyophilized powder
- Storage: Store at -20°C; refrigerate after reconstitution
- Unit Size: 10mg per vial
Note: PT-141 (bremelanotide) is FDA-approved under the brand name Vyleesi for use in premenopausal women with HSDD. All other applications are considered investigational and for research use only.
For Research Use Only. Not for human or veterinary use.
Availability: In stock
Product Overview
PT-141, also known as Bremelanotide, is a research-grade peptide primarily explored for its effects on neurological signaling pathways related to physiological response regulation.
Unlike many research compounds acting on vascular or hormonal mechanisms, PT-141 acts directly through the central nervous system, making it a notable subject of interest in neurochemical research.
This peptide is provided exclusively for scientific and laboratory-based studies and is not intended for human consumption or medical application.
- Scientific Background
- PT-141 is a synthetic derivative of alpha-MSH (Melanocyte Stimulating Hormone).
- It belongs to a class of compounds known as melanocortin agonists, which have been extensively studied for:
- Neurological response triggering
- Melanocortin receptor activity
CNS-driven regulatory mechanisms
Research has focused on its interaction with MC3 and MC4 receptors, which are known to play roles in:
- Behavioral signaling
- Cortical pathway activation
- Neurochemical stimulation studies
- Research Areas and Applications
PT-141 has been incorporated into numerous laboratory studies focusing on topics such as:
- CNS-based response measurement
- Endocrine and neurochemical interaction
- Receptor-binding studies
- Neuropeptide signaling pathways
- Molecular regulation of adaptive biological responses
- Behavior-related neurochemical analysis
- Mechanistic Focus
- PT-141 operates through neurological modulation rather than vascular mechanisms, making it particularly valuable for studies where:
- Central signaling systems are being evaluated
- Neurological triggers and outcomes are being recorded
- Comparative performance vs. peripheral compounds is needed
Research may investigate:
- Signal amplification at melanocortin receptors
- Receptor affinity and occupancy
- Cross-pathway impact within hormonal environments
- Neurological activation patterns under controlled stimuli
- Why Researchers Select PT-141
- Highly stable form for laboratory analysis
Ideal for:
- In-vitro receptor assays
- CNS pathway exploration
- Neurochemical response studies
- Experimental behavioral analysis models
- Manufactured in high purity to ensure:
- Controlled experimental consistency
- Predictable assay performance
- Reliable repeatability across multiple trials
- Experimental Value
PT-141 can contribute value to scientific workflows including: - Biochemical signaling pathway mapping
- Pharmaceutical concept validation
- CNS vs. non-CNS mechanism comparison
Research into:
- Melanocortin receptor use
- Biochemical neurotransmitter signaling
- Neurologically driven physiological reactions
- Handling and Preparation
- Provided in controlled laboratory-grade vials for precision.
- Recommended to be stored in stable, temperature-controlled conditions to maintain peptide integrity.
- Can be integrated into:
- In-vitro receptor studies
- Bench research environments
- Controlled simulations of CNS-triggered molecular processes
- Packaging
- Delivered in a sterile research vial format suitable for:
- Laboratory handling
- Controlled measurement
- Sample preparation under scientific supervision
- Safety & Regulatory Notes
- PT-141 is not approved for:
- Human use
- Consumption
- Medical treatment
- Diagnostic or therapeutic application
- Veterinary use
- Should only be handled by qualified scientific professionals in approved research environments.
- Results observed under laboratory conditions may not translate to open-world or biological environments.
- Advantages for Research Facilities
- Highly valuable for research teams focusing on:
- Neurochemical pathway evaluation
- Potential biochemical modulation studies
- Advanced melanocortin research
- Provides a reproducible test compound that:
- Supports structured experimental methodology
- Enables targeted variable testing
- Maintains analytical reliability
