Bradykinin Triacetate: Advanced Peptide Compound for Research and Drug Development

Introduction

Bradykinin Triacetate (CAS No.: 5979-11-3) is a powerful bioactive peptide with transformative potential in biotechnology and pharmaceutical research. Known for its role in mediating inflammation, vasodilation, and cellular signaling, this advanced peptide compound serves as a cornerstone for cutting-edge research and drug development.

In this product detail page, we will explore:

What Bradykinin Triacetate does in inflammation

• Its production process

• Its potential as a research tool and therapeutic candidate

What Does Bradykinin Do in Inflammation?

Bradykinin is a critical mediator in the inflammatory process, exerting its effects by binding to B1 and B2 receptors on target cells. It stimulates the release of prostaglandins and nitric oxide, leading to:

• Increased vascular permeability: Allows immune cells to migrate to injury or infection sites.

• Pain sensation: Bradykinin triggers nerve activation, often linked to inflammatory pain.

• Vasodilation: Promotes the relaxation of smooth muscle cells, improving blood flow to inflamed areas.

This makes Bradykinin a focus for research into inflammatory conditions such as arthritis, asthma, and sepsis.

Is Bradykinin a Vasoconstrictor?

No, bradykinin is a vasodilator, not a vasoconstrictor. It relaxes blood vessels by activating endothelial cells to release nitric oxide and prostacyclin. This vasodilatory effect plays a critical role in lowering blood pressure and improving circulation in inflamed tissues.

What is Bradykinin Produced From?

Bradykinin is derived from kininogen, a precursor protein, through the enzymatic action of kallikreins. The production of Bradykinin is part of the kinin-kallikrein system, which is activated during injury, inflammation, or stress.

Is Bradykinin a Stimulus?

Yes, bradykinin acts as a biological stimulus. It activates intracellular signaling pathways that regulate processes such as:

• Cell proliferation and migration

• Immune response modulation

• Inflammatory mediator release

Product Overview

Key Features

1. Bioactive Potency: Exhibits high activity, making it ideal for studying inflammation, vasodilation, and cellular signaling.

2. Advanced Stability: Our Bradykinin Triacetate formulation ensures consistent bioactivity during storage and experiments.

3. Customizable Synthesis: Tailored solutions for research or production needs.

4. Rigorous Quality Control: Meets the highest standards for purity and consistency.

Product Specifications

• Product Name: Bradykinin Triacetate

• CAS NO.: 5979-11-3

• Molecular Formula: C56H85N15O17

• Molecular Weight: 1240.36

• Synonyms: Bradykinin Triacetate Salt, APG.PRO-PRO-GLY.PHE-SERPRO.PHE.ARG

• Purity: ≥98%

• Traits: Fine white powder with a neutral odor.

• Storage Conditions: Store in a cool, dry place away from direct sunlight. Recommended storage temperature: 2°C to 8°C.

• Safety Information: Handle with care; consult SDS for detailed guidelines.

Applications

Bradykinin Triacetate is widely utilized in the following industries and research areas:

1. Pharmaceutical Research

Used for exploring therapies for inflammatory diseases, hypertension, and chronic pain.

2. Neuroscience

Studying pain pathways and neuroinflammation mechanisms.

3. Oncology

Examining tumor microenvironments, where bradykinin may play a role in cancer progression.

4. Immunology

Researching immune cell migration and cytokine release in inflammation.

Benefits of Choosing Bradykinin Triacetate

• Reliable Performance: Enhanced stability ensures reproducible results.

• Research Versatility: Suitable for multiple fields, including inflammation, cardiovascular studies, and therapeutic development.

• Custom Solutions: Tailored synthesis to meet specific project goals.

• Expert Support: Backed by a team of experienced researchers offering consultation and technical guidance.

Why Choose Us?

At [Your Company Name], we prioritize quality, consistency, and innovation. Our Bradykinin Triacetate is manufactured under Good Manufacturing Practices (GMP), ensuring the highest industry standards for purity and safety.

How to Use Bradykinin Triacetate

• Recommended Guidelines: Use as per experimental protocols. For research use only.

• Concentration Range: Adjust based on experimental needs; consult documentation for dosage suggestions.

• Storage Recommendations: Ensure proper storage to maintain bioactivity over time.

Contact Us Today

Ready to harness the potential of Bradykinin Triacetate for your research or drug development project? Contact us to discuss your requirements, request a quote, or learn more about our custom synthesis services.

Let Bradykinin Triacetate be the foundation for your next scientific breakthrough!