Update and Extension of Release Criteria for Canine 117mSn Treatments

Author:

Arno Matthew G.1,Stevenson Nigel2,Smith Chad3,Donecker John4

Affiliation:

1. Foxfire Scientific, Arlington, TX

2. Exubrion Therapeutics, Buford, GA

3. FX Masse, Gloucester, MA

4. Jay Donecker VMD PLLC, Reidsville, NC.

Abstract

Abstract Tin-117 m (117mSn) is used to treat dogs with osteoarthritic joints by radiosynoviorthesis. The internal conversion and Auger electrons emitted by the 117mSn provide the therapeutic effect. Sn-117 m also emits x rays and gamma rays, of which the most significant is 158.6 keV. Accurate information regarding the interactions of a person with a treated dog is needed to determine the person’s total dose and thus regulatory compliance; i.e., a time and motion study. Prior studies have characterized the radiation field emitted by a treated dog, determined the effective dose rates to a person based on those radiation fields, and evaluated dog-human interactions. These studies have been tied together to calculate the prospective dose to the owner of a treated dog. The behavior modifications needed to comply with public dose limits were identified, and a template for written instructions limiting dose was developed. Further calculations based on the written instructions were made to determine the necessary duration of the instructions. The result is guidance that may be used by veterinary practitioners to release treated dogs in accordance with the public dose limits.

Publisher

Ovid Technologies (Wolters Kluwer Health)

Subject

Health, Toxicology and Mutagenesis,Radiology, Nuclear Medicine and imaging,Epidemiology

Reference11 articles.

1. Age-dependent radiation dose rates from canine Sn-117 m treatments;Health Phys,2021

2. Anisotrophy of the radiation field following canine Sn-117 m treatment;Health Phys,2021

3. Prospective clinical evaluation of intra-articular injection of Tin-117 m (117mSn) radiosynoviorthesis agent for management of naturally occurring elbow osteoarthritis in dogs: a pilot study;Vet Med,2021

4. Homogeneous Sn-117 m colloid radiosynovectomy results in rat models of joint disease;J Nucl Med,2015

5. Intraarticular injection of a Tin-117 m radiosynoviorthesis agent in normal canine elbows causes no adverse effects;Vet Radiol Ultrasound,2019

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