Frequently Asked Questions

All Ultra Pure Bioscience peptides arrive to their research location in a lyopholized or freeze-dried state.  These are not FDA approved medications.  

A lyophilized peptide is a peptide (a short chain of amino acids) that has been freeze-dried to remove the water content. The process, known as lyophilization, involves freezing the peptide and then reducing the surrounding pressure to allow the ice to sublimate directly into gas, leaving behind a dry, powdery form of the peptide.

Lyophilization is used to stabilize peptides, as they are often sensitive to degradation due to moisture or temperature. Once lyophilized, the peptide can be stored for longer periods without losing its potency. When needed, it can be reconstituted (rehydrated) with a solvent, such as water or saline, for use in research, pharmaceuticals, or medical applications.

At Ultra Pure Bioscience, trust and transparency are at the core of everything we do. Our brand has undergone rigorous vetting and approval processes by two of the top credit card processing companies in North America. These approvals are not easily granted—they require an extensive review of our business operations, ownership credentials, product quality, and overall compliance with industry standards.

This thorough evaluation across multiple platforms ensures that we meet and exceed the highest standards for integrity, accountability, and customer satisfaction. Additionally, we are committed to maintaining clear communication, exceptional customer service, and delivering products of the highest quality.

When you choose Ultra Pure Bioscience, you're choosing a brand that has earned the trust of leading financial institutions, global payment platforms, and, most importantly, customers like you.

A: The peptides we offer are sourced from reputable overseas suppliers, each of which is a legitimate chemical company. These suppliers operate advanced laboratories staffed by experienced scientists, ensuring the highest quality standards.

A. Our peptides have been meticulously designed for research purposes only, and it is crucial to emphasize that they are not intended for human consumption. Different protocols and regulations must be followed when preparing peptides for human use. Therefore, we strictly prohibit any interactions or discussions indicating the application of our peptides for human consumption

We take the safety and ethical use of our products seriously. If we suspect that our peptides are being used on the human body without proper authorization or supervision, we reserve the right to decline orders from our website. This policy ensures that our peptides are utilized solely for their intended purpose - advancing scientific research and understanding.

We encourage researchers to adhere to professional guidelines and consult with qualified experts for the appropriate use of peptides in their studies. By maintaining this strict stance, we uphold the highest standards of research integrity and prioritize the well-being of our customers.

1. A: Peptides have diverse applications in plant-related research, offering insights into plant defense responses, growth, development, and potential therapeutic uses. Here are some examples of peptide studies related to plants, fruits, and vegetables:
2. Plant Defense Responses: Plant peptides, such as plant defensins (PDFs), play a crucial role in plant immunity by acting as antimicrobial peptides and influencing plant-microbe interactions
3. Peptide Signaling in Plant Development: Signaling peptides regulate various aspects of plant development, including stem cell maintenance and shoot apical meristem size control.
4. Peptides in Plant Growth and Development: Peptides, such as cyclodepsipeptides, have been identified in plants and studied for their potential therapeutic applications. These peptides can display enhanced plasma stability and enable oral delivery.
5. Peptides in Food-Derived Bioactive Studies: Peptides derived from food proteins, including those from fruits and vegetables, have been investigated for their bioactive properties. Enzymatic hydrolysis, simulated gastrointestinal digestion, and fermentation methods are used to produce bioactive peptides.

A: Proper storage is crucial to maintain the stability and integrity of peptides. They should be stored in a cool, dry environment, shielded from direct sunlight. Maintaining temperatures between 2 to 8 degrees Celsius (36 to 46 degrees Fahrenheit) is highly recommended. Adhering to the storage instructions provided by the supplier is essential to ensure optimal peptide quality.

Research-grade peptides marked as "not for human use" are typically intended for laboratory research purposes only and are not safe for human consumption or medical use. Here are several reasons why these peptides should not be used in humans:

1. Regulatory Approval: Peptides marked as "not for human use" have not been approved by regulatory bodies like the FDA or EMA for human consumption. Without regulatory oversight, there’s no guarantee of their efficacy, consistency, or safety in human use.

In short, while research peptides may have valuable applications in scientific studies, they’re not designed or tested for human use.