Feline Stress Management During air Travel: A Multimodal Approach.

J Feline Med Surg. January 2023;25(1):1098612X221145521.

Katrin Jahn¹, Theresa Deporter²

¹ DrMedVet, CertVA, MANZCVS (Veterinary Behaviour), MRCVS* German Veterinary Clinic, Villa 112, 39th Street, Khalifa City A, Abu Dhabi, UAE.; ² BSc, DVM, MRCVS, DECAWBM, DACVB, MRCVS Oakland Veterinary Referral Services, 1400 S Telegraph Road, Bloomfield Hills, MI 48302, USA.

Abstract

PRACTICAL RELEVANCE:More cats are travelling by air every year; however, air travel involves several common causes of stress for cats, such as environmental changes and a lack of control and predictability. The use of a multimodal stress management protocol for all stages of the relocation process, including appropriate and effective anxiolytic medication where necessary, is therefore important in order to safeguard the cat's welfare while travelling.

CLINICAL CHALLENGES:Cats may be presented to veterinarians for the purpose of preparing them and/or their documentation for air travel. Maintaining and protecting a cat's physical, mental and emotional health in a stressful environment, while subjected to likely unfamiliar sights, noises, smells and the movement of the aircraft, and additionally dealing with international legislation, regulations and documents, can pose a complex challenge to veterinarians.

AIMS:This review describes the importance of stress management during air travel for cats, aims to raise awareness about the often poorly understood challenges involved, and outlines effective and airline-compliant stress management modalities. While the discussion is focused on air travel specifically, the stress management methods described can be applied to all types of longer distance travel, such as a long road trip or a ferry crossing, as well as a stay in a holiday home.

EVIDENCE BASE:There are currently no studies specifically on air travel in cats and, similarly, there are also limited data on air travel in other species. Many of the recommendations made in this review are therefore based on the authors' extensive experience of preparing pets for travel, supported by published data when available.

Keywords

Air travel; management; stress; travel;

Article Tools:

Medline

Email to me

Archives Highlights:

Aseptic protocol breaches are common among veterinary students scrubbing, gowning, and gloving into surgery.
At least 1 aseptic protocol breach (APB) was noted in 46.3% of the 96 procedures observed. The most common mistakes noted were contact of the sterile towel onto nonsterile surfaces (17.7%), contact of the gown with nonsterile surfaces (17.7%), touching sterile objects with bare hands (12.5%), and improper scrubbing technique (17.4%).

How to plan and provide general anesthesia for a troop of 98 hamadryas baboons (Papio hamadryas) for contraceptive and preventative health interventions.
A group of 12 veterinarians, 2 zookeepers, and 6 volunteers anesthetized all animals within 2 days. The baboons were orally premedicated with midazolam (0.1 to 0.5 mg/kg) and anesthetized with medetomidine (40 to 60 µg/kg, IM) and ketamine (2 to 4 mg/kg, IM); isoflurane at rates of 1.5% to 2% was used for maintaining anesthesia if necessary. For population management, the animals received a contraceptive implant (adult females), orchiectomy (young males), or vasectomy (breeding males).

The relationship between radiographic disc calcification score and FGF4L2 genotype in dachshunds.
Most dachshunds with 1 FGF4L2 copy have radiographic disc calcification scores that are associated with substantially lower risk of symptomatic disc disease. Radiographic disc calcification scores are similar in dachshunds with 0 and 1 FGF4L2 copies. Given the high allele frequency of FGF4L2, breeding to produce progeny with 1 FGF4L2 copy is expected to be a more achievable short-term goal for dachshund spinal health breeding programs than breeding for 0 copies. It is recommended that both K-n and FGF4L2 genotype status be considered when choosing dachshund breeding stock.

[Disease Caused by Filoviruses: An Update].
The Marburg and Ebola viruses belong to the Filoviridae family and are known to cause emerging zoonotic diseases. These viruses have a high case fatality rate and are easily transmissible from person to person, which makes them capable of triggering outbreaks, including in non-endemic regions, and are also considered agents of bioterrorism. This review aims to improve clinical knowledge and the approach to suspected cases of FD. Improved surveillance and preparedness for potential global outbreaks are essential measures to effectively respond to these public health threats and to ensure that healthcare professionals are well-informed and prepared to deal with these diseases.

Indications for Radiation Therapy in Veterinary Medicine
This article highlights some of the essential elements for clinical decision making in veterinary radiation oncology, with case examples to give general practitioners a better understanding of what types of cases may be appropriate for radiation therapy.