"We are unique": organizational stressors, peer support and attitudes toward mental health treatment among airport firefighters. / « Nous sommes uniques ¼ : facteurs de stress organisationnels, soutien par les pairs et attitudes à l'égard des soins de santé mentale chez les pompiers d'aéroport.

INTRODUCTION: Airport firefighters are responsible for providing emergency responses to aviation incidents on a runway or in the vicinity of an airport, including airplane crashes, mass casualty events, emergency landings and many other concerns on airport grounds. While data exist on the occupational stressors of firefighters and public safety personnel in general, there is a gap in knowledge regarding the experiences of airport firefighters, particularly in relation to their organizational stressors, peer supports and attitudes toward mental health treatment. METHODS: We conducted two focus groups with 10 career firefighters working at an airport in Atlantic Canada in 2019. Focus groups were recorded; the recordings were transcribed and later coded using thematic analysis, which took an inductive, iterative, narrative approach. RESULTS: Airport firefighters face unique challenges, and operational stressors are overshadowed by organizational stressors. Additionally, peer support is an integral aspect of coping with both organizational stressors and critical incidents. Firefighters were found to have positive attitudes toward mental health treatment in general, but several barriers still remain, such as stigma, fear of being placed on leave and fear of confidentiality breach. CONCLUSIONS: Specialized treatment options for public safety personnel and airport firefighters who engage in serious incidents outside of their regular duties are needed.

Measurement of serum anti-Müllerian hormone concentration in female dogs and cats before and after ovariohysterectomy.

Anti-Müllerian hormone (AMH), or Müllerian inhibitory substance, is a hormone that is best known for its production by fetal testes in mammals and as the inhibitor of Müllerian (paramesonephric) duct development in males. However, following the development of the Müllerian ducts into the oviduct, uterus, and upper vagina in female mammals, the ovaries produce AMH, which can be found in measureable amounts within the peripheral circulation, especially in adults. The ovaries appear to be the sole source of AMH in the circulation; therefore, it may be a useful marker in clinically relevant situations when an assessment of the presence or absence of ovaries or ovarian remnants in dogs and cats is important. To that end, a commercially available, human-based assay was evaluated for the measurement of AMH in dogs and cats. A preliminary assessment involved a single test on a set of serum samples from dogs that were submitted to a diagnostic endocrinology laboratory for other tests. Favorable preliminary results led to a more formal assessment of the assay using serum samples from dogs and cats with the presence or absence of the ovaries known by surgical confirmation. Overall, a single measurement of serum AMH concentration was highly effective at distinguishing ovariohysterectomized from intact adult animals. In addition, the assay also accurately identified several cases of ovarian remnant syndrome.