Peer Børretzen

Title: The Innovative Contributions of Inventor Peer Børretzen

Introduction

Peer Børretzen, an accomplished inventor residing in Nærsnes, Norway, has made significant strides in the field of isotope production. With a total of two patents to his name, Børretzen's work is concentrated on developing methods that enhance the purity of radium-223, a vital isotope in pharmaceuticals.

Latest Patents

Børretzen's latest patents include an innovative "Isotope Production Method" and an "Isotope Preparation Method." The Isotope Production Method describes a detailed process involving the preparation of a generator mixture comprising actinium (Ac), thorium (Th), and radium (Ra) in an aqueous solution mixed with a mineral acid. It highlights the steps of loading this mixture onto a DGA separation medium and eluting the radium to provide a solution of pharmaceutical tolerable purity. The invention specifically focuses on producing high-purity radium-223 for use in pharmaceutical compositions.

In addition to this, the Isotope Preparation Method elaborates on another technique for generating radium of similar purity. The process involves using a strong base anion exchange resin and strong acid cation exchange resin to achieve high standards of elution and purity. These patents represent significant advances in the field and hold potential for revolutionary developments in medical treatments.

Career Highlights

Peer Børretzen is associated with Algeta ASA, a company recognized for its focus on innovative cancer therapeutics. His contributions at Algeta have significantly influenced the development of targeted alpha therapies, paving the way for new treatment options in oncology. Børretzen's expertise has been vital to the advancement of pharmaceutical applications, particularly in producing isotopes crucial for medical use.

Collaborations

Throughout his career, Peer Børretzen has collaborated with notable professionals, including his coworker Jan Roger Karlson. These partnerships reflect a collaborative spirit that is essential in the science and innovation landscape, allowing for the sharing of ideas and advancements in their specific fields of research and development.

Conclusion

With two patents that highlight his innovative approaches in isotope production, Peer Børretzen stands as a significant figure in the field of pharmaceutical sciences. His contributions through Algeta ASA not only enhance the understanding of radioisotope applications but also open new avenues in the treatment of diseases. As the demand for high-purity isotopes grows, the work of inventors like Børretzen remains crucial for the advancement of modern medicine.