Panacea Bio Chem’s Innovative Peptide Delivery Systems
Panacea Bio Chem offers several Innovative Peptide Delivery Systems, ensuring high efficacy and convenience for users. Here’s a brief overview of their delivery systems:
Panacea EZnject™
Description: This system provides an easy and painless method for peptide administration through subcutaneous injections. It’s designed for user-friendly and precise dosage applications.
- Link for more information: Panacea EZnject™
Panacea Nostril™
Description: A nasal spray delivery system that allows peptides to be absorbed directly through the nasal mucosa. This method ensures quick absorption and avoids degradation in the digestive system.
- Link for more information: Panacea Nostril™
Panacea Sticker™
Description: Transdermal patches that provide a steady release of peptides directly into the bloodstream. This method is non-invasive and maintains high bioavailability.
- Link for more information: Panacea Sticker™
Panacea Pill™
Description: Delayed release capsules designed to protect peptides from stomach acids, ensuring they reach the intestines intact for optimal absorption.
- Link for more information: Panacea Pill™
Panacea Vial™-discontinued
Description: Standard vials used for peptide storage and precise dosing, ensuring the stability and integrity of the peptides.
- Link for more information: Panacea Vial™
Panacea Cartridge™
Description: A unique delivery system that ensures precise dosage and easy administration of peptides. This system is designed to maintain the integrity and potency of the peptides throughout the storage and administration process.
- Link for more information: Panacea Cartridge™
Nitrogen Gas Vacuum Lyophilization
Additionally, Panacea Bio Chem uses nitrogen gas vacuum lyophilization to enhance the stability and quality of their peptides. This advanced technique prevents oxidation and maintains peptide integrity paired with our Innovative Peptide Delivery Systems. For more details on nitrogen gas used in peptide lyophilization, refer to this study on nitrogen gas lyophilization.
