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From natural disasters to personal setbacks, veterinary professionals need to assess their financial risks, prepare strategically, and take control of their future with a plan that can weather any storm.

When it’s too late to prepare for the unknown and catastrophic

On this episode of The Vet Blast Podcast presented by dvm360, the Caring Pathways team joins Adam Christman, DVM, MBA, to talk all about end-of-life care 

Leveling up end-of-life care: Excellence, compassion, and the future of veterinary hospice

Client service representatives are essential communicators, care coordinators, and compassionate advocates at the core of every veterinary team

Why client service representatives matter

With these practical tips for cat weight loss, we can empower clients to help their cats have normal body condition, while maintaining if not improving the human animal bond

Practical weight loss in cats 

Sneak peek: FDA approves gene-editing technology to create PRRS resistance in pigs, and other news

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Introducing Vet Watch! Christopher Lee, DVM, MPH, DACVPM and Alice Jeromin, DVM, RPh, DACVD, discuss the clinical benefits and practical applications of isoxazoline parasiticides for year-round ectoparasite control

Vet Watch: Tips and pitfalls of dermatology in the new age of isoxazolines

Heather Duncan, DVM, DAVDC, discusses her Fetch On-Demand session

A preview of a lecture on dental extractions

The use of technologies to increase food production and understand the implications of gene editing are being explored

Fighting greenhouse gas emissions with cattle genetics

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Lisa Greenhill, MPA, EdD, is senior director for institutional research and diversity at the Association of American Veterinary Medical Colleges (AAVMC).

Vet Watch Episode 1

Alice Jeromin, DVM, RPh, DACVD, and host Christopher Lee, DVM, MPH, DACVPM, open the premiere episode of Vet Watch with a comprehensive exploration of how isoxazoline parasiticides have revolutionized ectoparasite management in small animal practice. In the episode, Jeromin and Lee discuss the mechanism of action of these parasiticides, their extra-label uses, and the different isoxazoline products available, detailing their differences, dosages, and duration. They also share diagnostic tips and anecdotes about older treatments before the advent of isoxazolines, and talk about the challenges of public education on flea treatment, including incorrect use of products, and more.

Check out the episode above to hear the full dialogue and deepen your understanding of these transformative compounds. Your next challenging case of unexplained pruritus may have a simple, science-backed solution.

Below is a partial transcript of the video, which has been lightly edited for clarity:

Well, I know today we're talking about isoxazolines, or as they’re called, ‘isox.’ And so, to kind of help everyone get on the same page, I don't know, the first time I heard of isox, I thought they were Bluetooth leggings that I had to have for some for some reason. So, what are isox? How do they work and what are they?

 Well, isoxazolines, first of all, every veterinary dermatologist you can ask is in love with isoxazolines. And we'll get into the reason for that later, but they are both insecticidal and acaricidal, which means they're pretty good at what they do for both insects, fleas, ticks, that kind of thing.

Thankfully, we've got several to choose from. Their method of action is that they antagonize [gamma-aminobutyric acid] (GABA), which is kind of to me like a double negative. I always think of GABA as an inhibitory neurotransmitter, so they're antagonizing an inhibitory neurotransmitter, which in turn controls chloride channels. They also, at least in invertebrates, antagonize glutamate-driven chloride channels. So there's kind of a twofold mechanism of action in invertebrates, and invertebrates—like mammals, us—they do the GABA, the antagonism of GABA, which is a real long mouthful, but it just results in hyperpolarization, and then the being dies, yeah. And we know that insects are much more sensitive with these GABA receptors than mammals are. So that's good because we don't want to have any of the neurological issues that can occur with some of these insecticides and acaricides, particularly the GABA-mediated ones.

 Yeah, it's great having that level of safety. And, you know, speaking of safety and just overall efficacy...you and I have both been practicing veterinary medicine for a while, and so when we look at it and you have, you know, over 35 years of experience...for some of our listeners that [don’t], let's kind of go back. I mean, I think you and I both remember 1993 when Frontline was first law. What was it like even before that? Like, do you have any stories from [the pre-Frontline era]?

Alice Jeromin, RPh, DACVD—Before earning her DVM degree from The Ohio State University, Jeromin graduated from the University of Toledo with a BS in Pharmacy and practiced as a hospital pharmacist. She completed her veterinary dermatology residency with Patrick Breen and dermatopathology training at Procter & Gamble, Miami Valley Labs, as well as a fellowship in human dermatology at Metro Health Medical Center, Cleveland, Ohio with Bryan Davis. Jeromin is currently an adjunct professor at Case Western Reserve University, lecturer at Northeast Ohio College of Pharmacy, and former practice owner of Veterinary Allergy & Dermatology, Inc. She is a former member-at-large on AVMA’s Council on Biologicals and Therapeutics as chairman of the supplements and compounding committees. Along with publishing in human and veterinary journals, she authored the dermatology chapter in “Pharmacotherapeutics for Veterinary Dispensing”. Her interests include human-animal comparative dermatology and skin lipid research with publications in both areas. Because of her pharmacist background of counseling patients, she is a strong believer in client education and maintains her website,

, for clients to be educated with evidence-based information as well as her podcast “Speaking of Pets” The podcast is geared toward pet owners of allergic pets to provide them with accurate, evidence-based information.

Clinical

, the leading multimedia provider of animal health care communications, education and research for veterinary professionals, is thrilled to announce its 2025–2026 Editorial Advisory Board, featuring 17 inspiring new members who are raising the bar for the profession.

The addition of new board members ensures the editorial direction remains current, relevant and responsive to the evolving landscape of veterinary medicine. This year’s board is packed with changemakers who represent diverse perspectives from across the care team, allowing them to contribute to innovation and help shape content that speaks to the challenges and opportunities faced by the profession. By bringing these diverse voices together, dvm360 is doubling down on its commitment to delivering content that is relevant, practical and ahead of the curve.

“We are honored to welcome the 2025–2026 dvm360 Editorial Advisory Board—an exceptional group of diverse and dedicated professionals who represent the very best of veterinary medicine,” said Adam Christman, DVM, MBA, chief veterinary officer at dvm360. “Their insight, expertise, and commitment to the profession will guide our editorial direction as we continue to elevate, educate and innovate for the entire veterinary community. We’re especially excited to welcome 17 new members whose fresh perspectives will help us stay responsive to the evolving needs of the field.”

As critical topics such as well-being, artificial intelligence, technology integration and pain management take on greater prominence, the expanded board brings valuable insight to ensure dvm360 remains aligned with the most pressing needs of veterinary teams and practice environments. Advisory board members bring hands-on experience and thought leadership that directly inform editorial planning and educational programming.

“Veterinary professionals are facing unprecedented changes and opportunities,” said John Hydrusko, vice president of sales for MJH Life Sciences

, the parent company of dvm360. “Our new advisory board members are leaders who understand the realities of practice today. Their insights will help us align our content with what matters most to veterinary teams: delivering better care, fostering stronger teams and embracing innovation with confidence.”

The editorial board’s purpose is to elevate the content quality through the input from professionals who are actively shaping veterinary medicine. The 2025–2026 board members offer expertise in clinical care, practice operations, client communication and team development. Their contributions will help guide content strategy across dvm360’s multimedia platforms, including articles, webinars, videos and national Fetch conferences.

The 2025–2026 Editorial Advisory Board includes (* indicates newly added):

Craig Clifford, DVM, MS, DACVIM (Oncology)

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The appointment of the 2025–2026 Editorial Advisory Board reflects dvm360’s ongoing commitment to excellence in veterinary education and content development. Visit 

 is the leading multimedia provider of animal health care communications, education and research for veterinary professionals. We engage audiences with top-of-the-line, in-depth digital and print news, medical information and veterinary resources focusing on every aspect of a veterinary professional’s life. With our online learning platform, dvm360 Flex, we also deliver a 360-degree solution for continuing education in various mediums including print, digital, in-person and on-demand.


MJH Life Sciences is the largest privately held, independent, full-service medical media company in North America dedicated to delivering trusted health care news across multiple channels, providing health care professionals with the information and resources they need to optimize patient outcomes. MJH combines the reach and influence of its powerful portfolio of digital and print product lines, live events, educational programs and market research with the customization capabilities of a boutique firm. Clients include world-leading pharmaceutical, medical device, diagnostic and biotech companies. For more information, please visit 

Big ideas. Bold voices. A fresh wave of insight is here.

dvm360® unveils 2025–2026 Editorial Advisory Board: Fresh perspectives spark innovation across the veterinary field

A recent study of koalas affected by bushfires in Australia revealed severe burns to footpads that hindered their ability to climb trees and to escape the dangerous conditions. Lung damage and generalized burns to the skin and furred regions were also found in these marsupials.

, the study was supported by a $54757 grant from the Morris Animal Foundation based in Denver, Colorado. The investigation relied on clinical data from koalas affected by catastrophic bushfires that occurred in the Australian summer of 2019-2020. Data collected included comprehensive health assessments of koalas, sample analysis, statistical analysis and extensive collaboration with wildlife rescue groups and veterinarians.

The histopathological features and the depth of burns in koala skin, and smoke-induced respiratory tract damage were studied. In 4 koalas affected by bushfires that were euthanized, burns to skin in various body regions were scored based on clinical appearance as superficial, partial thickness, or full thickness. Furred regions on the ear margins and dorsum were histologically more severe than other body regions. However, the study’s results found the most commonly burned body region was the plantar footpads in the hind legs, which investigators theorized was likely because of the koalas’ descent from trees to scorched ground. Investigators also found that pulmonary oedema and congestion were evident in the respiratory tracts of all studied koalas.

Investigators concluded that understanding of the injuries incurred by the studied koalas can be used to better assess the likelihood of survival, rehabilitation and release for these marsupials. “Compounding the effect of burns on the health of the koalas, a high likelihood of lung damage due to smoke inhalation has also been found by this study, and this is an important additional consideration for veterinarians triaging rescued koalas,” said Natasha Speight, a senior lecturer at the University of Adelaide, School of Animal and Veterinary Sciences, who led the study, in a news release.

Investigator noted that, overall, the study results demonstrate that cutaneous burn lesions on furred and footpad surfaces can have higher severity based on the burn depth than is clinically apparent. Therefore, they noted in the publication, there is a need to consider burn depth when developing treatment plans and establishing prognosis at triage for koalas that have been burned, as well as the high likelihood of pulmonary oedema exists, they wrote.

The study’s findings provide critical information that will improve koala care during future fire seasons. The study results also significantly advance understanding of the impacts of bushfires on wildlife, which is crucial for future planning and care coordination, according to investigators. “These resources can then be used by the government, wildlife carers and veterinarians to assess the prognosis for koalas that have injuries due to bushfires, as well as aid coordination of bushfire response efforts,” Speight said, in the release.

Publication identifies risk factors in koalas. News release. Morris Animal Foundation. January 9, 2023. Accessed January 9, 2023. 

https://www.morrisanimalfoundation.org/article/publication-identifies-risk-factors-koalas

Baek C, Woolford L, Funnell, et al. Cutaneous and respiratory lesions in bushfire-affected koalas. 

. 2023;10(11):658. doi:10.3390/vetsci10110658

The investigators’ findings may prove critical to improving care for wildlife affected by future fires

Study analyzes severity of injuries in koalas affected by Australian bushfire

You know the importance of full mouth dental radiographs for your patients. However, the time it takes to get a diagnostic full mouth study is making you second guess this step.

If you want to ensure all patients get full mouth dental radiographs in a reasonable timeframe, and the bisecting angle technique makes you anxious, this article is for you. The subtle changes to the bisecting angle technique that will feel like “cheater codes” as well as this author’s approach to “bad radiographs” will be addressed.

These 2 things will help you and your team get consistently better radiographs faster. However, before we get to the “cheater codes” and “bad radiographs” we will start with a general overview of the 2 main intraoral dental radiology techniques: Intraoral Parallel Technique (IPT) and Bisecting Angle Technique (BAT).

The IPT is the same technique used to acquire diagnostic images for the rest of the body. The plate or sensor—

 will be used for both throughout the article—used to capture the image is positioned parallel to the target anatomy. The generator, also called the tube head, is positioned perpendicular to both the sensor and the patient.

The IPT is preferred as it allows for the most accurate image of the target anatomy with minimal distortion.

 If we could use this method for full mouth dental radiographs in our canine and feline patients it would be ideal. However, because of the absence of a vaulted palate and the presence of a mandibular symphysis, the sensor can only be placed parallel to the entire tooth for the mandibular molars and, in some patients, the most caudal mandibular premolars.

The anatomic differences between humans and veterinary patients means that the majority of our patient’steeth will require the BAT to obtain radiographs. The BAT is most commonly used in patients’mouths where the IPT cannot be used. However, it can be used for all teeth in patients’ mouths.

This is because the BAT is based on a geometric theorem: Cieszynski rule of isometry (

). This theory, coming from the geometric Law of Isometry, is applied to dental radiographs to obtain an accurate image when IPT cannot be used. The law has also been called the theory of equilateral triangles

, stating two triangles are equal if they have 2 equal angles and a shared side.

The reason for all this geometry is to ensure the image captured has the least amount of distortion. The other way to consider this is that BAT is a way to create an IPT when the sensor cannot be placed parallel to the entire tooth. Remember, the IPT has the tubehead directed perpendicular to BOTH the tooth and the sensor, which is not possible for most of our patient’s teeth. By bisecting the angle between the sensor and the tooth, this creates the angle to which the tubehead can be placed perpendicularly,similar to the IPT. While the BAT works for all teeth, the canine teeth given their curvature present a challenge. This article will first focus on the approach for imaging the majority of teeth and then will review the slight changes needed for imaging canine teeth.

Now that both intraoral dental radiography techniques have been reviewed, we can progress to the “cheater codes” to help improve your technique and speed.

The first way to simplify the BAT is to simplify the angles involved. Although many authors

 advise to place the sensor “as parallel as possible” to the tooth, it is this author’s recommendation and others

 that the sensor be placed perpendicular to the tooth. This small change in sensor positioning allows for a 90-degree angle between the tooth and sensor which is visually much simpler to bisect: 45 degrees. (

To ensure the sensor is perpendicular to the long axis of the maxillary teeth, the sensor should be placed parallel to the hard palate. For the mandibular teeth: using the patient’s tongue to fill the intermandibular space will give your sensor a flat surface to lay against that is perpendicular to the tooth roots. (

Positioning your patients in dorsal recumbency allows you and your team to complete the entire Comprehensive Oral Health Assessment and Treatment (COHAT) , including full mouth dental radiographs, without moving the patient or disconnecting any monitoring equipment. With the patient in dorsal recumbency, rotate their head 45°. By rotating their head and using the above simplification the bisecting angle will now be a vertical line which results in the tubehead angle being 0° or horizontally positioned. (

A veterinary dentistry expert shares tips for achieving full mouth images using 2 main techniques and 'cheater codes'

Lisa Greenhill, MPA, EpD

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