The Value Of Heartworm Prevention

An orange and white cat sitting next to a brown and white dog

April is recognized as National Heartworm Awareness Month as a reminder to protect our furry friends against heartworm disease before mosquito season peaks during the summer.

To understand the importance of preventing heartworm disease, pet owners should first understand how heartworms grow and are detected.

Heartworms are spread by mosquitoes that have bitten a heartworm-infected animal and picked up microfilariae, which develop into infective larvae in the third stage of its life cycle. The mosquito can then bite other animals and deposit the third-stage larvae, quietly infecting unsuspecting animals with heartworms.

After a pet is infected, the heartworms spend six to seven months developing into mature adult worms at which point they produce detectable levels of antigen – a protein that is primarily from adult female worms – and microfilaria – or baby worms. Testing positive for heartworms is dependent on whether antigen or microfilaria are present.

Since heartworms cannot be detected until months after infection, Dr. Meriam Saleh, a clinical assistant professor in veterinary pathobiology at the Texas A&M School of Veterinary Medicine & Biomedical Sciences, emphasizes that pets should have no gaps in their heartworm prevention plan to avoid infection entirely.

“Even if a puppy was infected when they were one day old, veterinarians are not going to be able to detect antigen or microfilaria until the worms are at least 6 months old and have developed enough,” Saleh explained. “If veterinarians don’t know if a pet is infected until six or seven months after infection, they can’t design an intervention or treatment program beforehand. It is better to just prevent the disease.”

Prevention starts by ensuring your pet is on a preventative plan for heartworms.

“The best preventative measure is to make sure pets are on a monthly or year-round heartworm prevention,” Saleh said. “If you are still concerned about a pet being bitten by a mosquito, owners can also use insect repellent made for pets or window screens, if they have windows open, to prevent mosquitoes from getting into the house.”

Nevertheless, Saleh stresses that repellent and window screens are ways to add a layer of protection and should not replace heartworm preventive medications.

If a pet is not on heartworm preventives, owners should look out for signs of heartworms – such as coughing, lack of appetite, and weight loss – and, most importantly, have their veterinarian test their pet for heartworms as soon as possible.

“Heartworms have the ability to live in an animal and ideally cause only a little bit of harm so that they can reproduce,” Saleh said. “But if left untreated, heartworms will accumulate and cause multisystemic heartworm disease – meaning multiple organs, such as the heart, lungs, liver, and kidneys, are affected – eventually leading to a pet’s death.”

Saleh explained that testing a pet for heartworms is also required before a pet can go on heartworm preventives.

If a dog tests positive for heartworms, then they can be treated with a set of injections given by a veterinarian called adulticide; however, it is a long journey before a dog fully recovers.

“You don’t want to undergo adulticide heartworm treatment lightly because it is really hard on the animal and is expensive,” Saleh said. “Managing an infected animal until they’ve recovered is a long process because they also need to be monitored on cage rest and have an exercise restriction.”

On the other hand, there is no approved medicine for cats who have tested positive for heartworms, so prevention is especially necessary to protect cats.

“Cats typically don’t have adult heartworms producing microfilaria and while tests could detect microfilaria, cats often succumb to the disease beforehand,” Saleh said.

Because heartworm disease can be devastating, owners should keep their pets on preventative medicine so that there is no risk of heartworm disease if bitten by an infected mosquito. Doing so will put you at ease knowing that your furry friend is both protected and healthy.

Pet Talk is a service of the College of Veterinary Medicine & Biomedical Sciences, Texas A&M University. Stories can be viewed on the web at vetmed.tamu.edu/news/pet-talk. Suggestions for future topics may be directed to vmbs-editor@tamu.edu.

Purina Petcare, Texas A&M Gastrointestinal Laboratory Join Forces To Advance Pet Microbiome Health

Five-year partnership to yield new diagnostic and nutritional tools through $2 million Purina PetCare Research Excellence Fund

GI Lab and Purina representatives in front of the VENI building
Representatives of Texas A&M’s GI Lab and Purina PetCare

The veterinary industry can anticipate exciting new breakthroughs in the frontier of pet microbiome health thanks to a new partnership between Nestlé Purina PetCare Global Research and the Gastrointestinal Laboratory at Texas A&M University’s School of Veterinary Medicine & Biomedical Sciences.

The partnership is made possible through a $2 million Purina PetCare Research Excellence Fund, which will run from 2023-2028 and will support diagnostic and interventional research conducted at the Texas A&M Microbiome Research Laboratory. The fund also will facilitate the training of future research leaders in the understanding of the pet microbiome, a community of microorganisms that inhabit an animal’s gut.

In addition to supporting the Microbiome Research Laboratory, Purina has supported a new endowed chair position, the Purina PetCare Endowed Chair for Microbiome Research, at the Texas A&M GI Laboratory. The recipient, Dr. Jan Suchodolski, serves as a professor and associate director for research at the GI Lab.

Partnership To Yield Unique Pet Health Management Approaches

Texas A&M researchers and Purina scientists have long shared an interest in the pet microbiome.

Research at the Texas A&M GI Lab for more than 25 years has focused on gastrointestinal function testing, GI pathogens, and intestinal microbial ecology, with an emphasis on how intestinal pathogens upset the balance of the intestinal microbiome and how the application of probiotics and prebiotics can help this imbalance.

Nestlé researchers, meanwhile, were among the first in the world to study the interaction of probiotic bacteria with host intestinal cells to activate immune signaling, and Purina was the first pet nutrition company to offer shelf-stable probiotic supplements for dogs and cats to support dietary management of GI conditions and anxious behaviors.

“In recent decades, scientists have learned a great deal about the intestinal microbiome and its role in long-term pet health. This has led to discoveries such as a new way of evaluating the microbiome of individual animals,” Suchodolski said, referring to the PCR-based Microbiome Dysbiosis Index developed by his group at the GI Lab. “Through the Purina PetCare Research Excellence Fund, we look forward to seeing how learnings such as these will help us discover new strategies for veterinarians to use in our approach to the management of patients with chronic GI disease and other conditions believed to be associated with dysbiosis.”

The shared goals of Purina and the Texas A&M GI laboratory are to understand the intestinal microbiome of dogs and cats and how it relates to overall health.

Through this partnership, researchers from Texas A&M and Purina will collaborate to push the field of companion animal microbiome research forward with the goal to develop new diagnostics and nutritional solutions for pets. The Purina PetCare Research Excellence Fund also allows Texas A&M to continue its role as a global expert in the microbiome and build its investment in the training of future research leaders in this space.

“We believe the research projects and training made possible through our Research Excellence Fund and the newly endowed chair at the GI Laboratory will shape a future where the veterinary profession has safe, novel tools to diagnose and nutritionally manage a range of pet health conditions that result from microbiome imbalance,” said Sheri Smithey, senior vice president, Global Petcare R&D at Purina. “We are confident this Purina PetCare Research Excellence Fund will yield benefits to veterinarians and their patients for many years to come.”

“I am most excited that this partnership with Purina will further elevate the excellent research and training for which Drs. Suchodolski and Jörg Steiner (University Distinguished Professor and GI Lab director) have attracted international acclaim,” said Dr. Michael Criscitiello, associate dean for the Texas A&M VMBS Office of Research & Graduate Studies.

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216

VMBS Department Head Receives National Veterinary Research Award

Dr. Jonathan Levine in front of a TomoTherapy machine
Levine

Dr. Jonathan Levine, head of the Department of Small Animal Clinical Sciences at the Texas A&M College of Veterinary Medicine & Biomedical Sciences (VMBS), was selected to receive the American Association of Veterinary Clinicians’ (AAVC) Annual Faculty Achievement in Research Award.

This award recognizes AAVC members who have achieved national recognition through their efforts on behalf of veterinary medicine. Recipients are selected based on practice recognition awards; research excellence and publications in peer-reviewed journals; leadership and participation in organized veterinary medicine; and participation in AAVC, specifically.

Levine, who also serves as a professor and the Helen McWhorter Chair in Small Animal Clinical Sciences, is a board-certified veterinary neurologist who specializes in spinal cord injuries and neuro-oncology.

“Dr. Levine’s research has been extremely influential in the treatment of brain and spinal cord tumors in both dogs and human beings,” said Dr. John R. August, the Carl B. King Dean of Veterinary Medicine at Texas A&M. “He is also an impressive leader of his department, one of the key figures in our campaign for a new Small Animal Teaching Hospital, and a valuable practitioner in the hospital’s Neurology Service. I congratulate Dr. Levine on receiving this well-deserved honor.”

Levine’s recent research projects have focused on gliomas, or tumors in the brain and spinal cord. By analyzing a large dataset of glioma samples, he determined that canine and human gliomas are molecularly similar, suggesting that they have a similar mutational, cancer-causing process that would enable similar treatment strategies.

He has collaborated with the Univeristy of Texas MD Anderson Cancer Center and Dr. Beth Boudreau, an assistant professor of neurology at the VMBS, to study a STING agonist medication’s ability to trigger an immune response to tumors such as glioblastomas.

His other research projects have studied MRIs and other diagnostic methods, as well as canine spinal cord injuries that occur naturally.

Levine earned a bachelor’s degree and Doctor of Veterinary Medicine degree from Cornell University. He also completed a rotating internship in small animal medicine and surgery at Colorado State University and a residency in Neurology/Neurosurgery at Texas A&M and the University of Missouri. He joined the VMBS faculty in 2005.

He is a member of the American College of Veterinary Internal Medicine and served as president of the AAVC from 2021-2022.

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216

Dindot Receives Inaugural Chancellor’s Innovation Award

Dr. Scott Dindot in his lab
Dindot

Dr. Scott Dindot, an associate professor in the Texas A&M School of Veterinary Medicine & Biomedical Sciences’ Department of Veterinary Pathobiology and in the School of Medicine’s Department of Molecular & Cellular Medicine, was named the inaugural Chancellor’s Innovation Award recipient at The Texas A&M University System Innovation Luncheon on April 14.

The Chancellor’s Innovation Award recognizes one employee from an institution within the Texas A&M University System who has made a remarkable achievement through their discovery and invention.

Dindot works with a specific gene implicated in a rare disorder, Angelman syndrome (AS), and has developed a targeted drug therapy — now known as GTX-102 — that “goes after the heart of the condition,” according to Dindot. His drug therapy was the subject of a $75 million acquisition by Ultragenyx Pharmaceutical, Inc., which is leading the continued development of the treatment.

Previously, Dindot was honored as a 2021 Chancellor’s Enhancing Development and Generating Excellence in Scholarship (EDGES) fellow and was recognized as a 2019 Innovation Awards recipient.

AS affects approximately one in 15,000 live births per year; the disorder is caused by a loss of function of the UBE3A gene, which leads to developmental delay, absent speech, movement or balance disorder, and seizures.

Currently, there is no cure for AS, and available treatments tend to focus solely on behavioral therapies and controlling the symptoms. However, researchers have reported improvements in measurements of disease severity and quality of life for AS patients in the phase ½ study of GTX-102, leading Ultragenyx to believe the novel, targeted therapeutic could be a promising treatment for the disorder.

“This groundbreaking work not only highlights the strong science being conducted in the School of Veterinary Medicine & Biomedical Sciences but also demonstrates how researchers in our school are finding novel solutions to real-world problems that can improve the lives of both animals and human beings,” said Dr. John R. August, the Carl B. King Dean of Veterinary Medicine at Texas A&M.

Dindot’s drug is the first molecular therapeutic for AS to advance into clinical development.

“This is a really great example of the successful commercialization of a technology from the research stage to the clinical development of a promising therapeutic with a company,” said Janie Hurley, acting lead for licensing at Texas A&M Innovation, who oversees the development of commercialization and intellectual property protection strategies for technologies created by A&M researchers. “We strive to ensure that new discoveries such as this one have the best chance possible to reach those in society who could benefit. Working with companies like Ultragenyx is how we accomplish this goal.”

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216

Texas A&M’s Veterinary Campus In Texas Panhandle Celebrates Its First Aggie Ring Day

Nine VERO veterinary students with their new Aggie rings

Students in the Texas A&M College of Veterinary Medicine & Biomedical Sciences’ (VMBS) 2+2 Doctor of Veterinary Medicine (DVM) Program celebrated their first Aggie Ring Day 527 miles from the Texas A&M campus in Canyon on April 14.

Nine second-year veterinary students received Aggie Rings, symbolizing that they have completed at least 45 credit hours toward their professional DVM degrees at Texas A&M.

“Earning an Aggie Ring is a great accomplishment and I am delighted that our 2+2 students at the Veterinary Education, Research, & Outreach campus had the opportunity to celebrate with their friends and family, just like their classmates in College Station,” said Dr. John R. August, the Carl B. King Dean of Veterinary Medicine at Texas A&M. “Being located in different cities has not changed the fact that our 2+2 students complete the same rigorous curriculum to become eligible for their rings and that they will cherish them as all Aggies do.

“I extend my congratulations to each of the nine students at VERO receiving their Aggie Rings this semester, as well as to the students receiving rings here in College Station,” he said.

The Aggie Ring Day ceremony at the VMBS’ Veterinary Education, Research, & Outreach (VERO) campus in the Texas Panhandle included remarks from faculty members who attended Texas A&M, the traditional ring presentation by students’ family and friends, and a light lunch.

Dr. Dan Posey, the VMBS’ director of student recruitment and professional relationships and a clinical professor at VERO, opened the ceremony with the story of receiving his own Aggie Ring and what it means to him.

“When others look at you and see your Aggie ring, they will be expecting to see you live up to the core values of the university,” Posey said. “A great honor it is to wear the Aggie ring, an even greater responsibility. Those of you who have earned the right to wear the Aggie Ring clearly have been through some of the toughest academic standards of this world. I hope you will remember all that it means, and I hope it means as much to you as it does to me.”

A veterinary student has her new Aggie ring put on her by her mom

“It’s the first Aggie tradition that a lot of the students are experiencing,” said Devon King, a second-year veterinary student at VERO who helped plan the event. “They hadn’t really felt the true spirit of Aggieland before, so we wanted them to be able to experience that.”

King earned her own Aggie Ring during her undergraduate education at Texas A&M and chose to help plan VERO’s first Ring Day to give her classmates the same traditional experience she had.

“I’m a first-generation college student, and a first-generation Aggie, so, for me, it was a really big deal to be recognized for having higher education,” King said.

“I’m excited that we’re able to make Ring Day happen at VERO, and I’m glad to bring the spirit of Aggieland to Canyon,” she said. “I’m also really glad that a lot of the students getting rings invited their parents and asked them to come present their rings in the traditional A&M way.”

King cited her Aggie Ring as a tool that has helped her make connections and even find job opportunities.

“I’m not from Texas, but I want to stay here, so it’s important for me to create my own network. A lot of times, it’s as easy as someone seeing your Aggie ring and starting a conversation with you,” King said. “Recently, some classmates and I were at a Cheddar’s here in Amarillo and an older gentleman who was also an Aggie saw that two of us had rings on; he came over and talked to us for 20 minutes and then ended up paying for our meal.”

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216

Exploring Physical Rehabilitation For Dogs

Dog walking on a water treadmill

When dogs have an injury or chronic condition, such as arthritis, physical rehabilitation can ease their pain and improve their strength and flexibility.

“There are a number of situations where dogs could benefit from physical rehabilitation, but the common reason is to improve recovery following surgery, usually orthopedic surgery — or surgery on bones and joints — and neurologic surgery — typically back or neck surgery,” said Dr. Jacqueline Davidson, a clinical professor at the Texas A&M School of Veterinary Medicine & Biomedical Sciences. “Most programs will include specific strengthening or stretching exercises that are prescribed to target the primary muscles or tissues that are involved.”

Other reasons that a dog could benefit from a rehabilitation program include recovering from injuries that did not require surgery, such as leg, foot, or nerve injuries; increasing mobility and quality of life for obese or older patients; or improving a working or sporting dog’s performance.

To support a patient’s recovery, a certified veterinarian trained in rehabilitation is needed to design an appropriate exercise program based on a dog’s concerns. If your veterinarian is not certified in rehabilitation, they can refer your dog to one who is.

“The most important aspect of a program is a veterinarian who has the knowledge and skill to develop and perform an effective treatment program,” Davidson said. “The veterinarian prescribing the program will first do an assessment to determine specific issues and take measurements where possible. For example, they might measure muscle size before and after the therapy has begun to monitor for improvements and determine whether the program is effective.”

Certified veterinarians may also recommend supplemental treatments, each with their own benefits, that can be added to the recovery program as well. Some common types, according to Davidson, include:

  • Cold laser therapy: This non-invasive and drug-free treatment uses focused light to reduce inflammation and pain.
  • Heat therapy: Heat is applied to affected joints that can reduce pain and increase flexibility.
  • Electrical stimulation: Low-level electrical currents can be administered to reduce pain or strengthen muscles.
  • Shock wave therapy: Using high-energy sound waves, this noninvasive treatment helps dogs relieve pain.
  • Therapeutic ultrasound: Providing deep heat within tissues can reduce pain, increase flexibility, and promote wound healing.
  • Water treadmills: Depending on how a water treadmill is used, it can improve a dog’s strength, joint motion, and stamina. While water treadmills are a good addition to a rehabilitation program, Davidson explained that a large part of therapy involves exercises that can be done without water.

“It is possible that one or more of these treatments could be included, but many effective treatment programs include none of these treatments,“ Davidson explained. “Generally, the most important treatments are the various physical exercises that are prescribed after the evaluation of a dog.”

Because treatment programs can vary, Davidson strongly recommends owners first visit with a certified veterinarian to discuss whether physical rehabilitation can improve their dog’s quality of life.

“Owners can consult with their veterinarian about rehab if they feel their pet is not getting around as well as they used to, seems to be less active, or is favoring one leg,” Davidson said. “Someone with training will be able to assess the various pros and cons for an individual patient and can recommend appropriate exercises, when to do them, and what the intensity level should be.”

At home, owners can support their dog’s recovery by walking them, as this can improve such daily activities as walking to their food dish or outside to pee.

“Walking is a fundamental activity in the daily lives of most dogs, so controlled walking is often a safe exercise that can be beneficial,” Davidson said. “Nevertheless, it is sometimes difficult for owners to get their pets to do the exercises correctly, so it can help to have the rehabilitationist work with the owner and their pet to ensure that the exercises are being performed in a safe and effective manner.”

Rehabilitation is a broad field that can include different programs and treatments specific to your furry friend’s condition, so working with your veterinarian to determine the best course of action can provide the most rewarding outcomes: pain relief, comfort, and improved well-being.

Pet Talk is a service of the College of Veterinary Medicine & Biomedical Sciences, Texas A&M University. Stories can be viewed on the web at vetmed.tamu.edu/news/pet-talk. Suggestions for future topics may be directed to vmbs-editor@tamu.edu.

VMBS Professor Receives 2023 University Professorship For Teaching Excellence

Dr. James Herman in front of a classroom full of students
Dr. James D. Herman

Dr. James D. Herman, a clinical professor in the Department of Veterinary Physiology & Pharmacology (VTPP) at the School of Veterinary Medicine & Biomedical Sciences (VMBS), is a recipient of a 2023 University Professorship for Undergraduate Teaching Excellence (UPUTE). He will be recognized at the university’s awards luncheon on April 24.

The most distinguished teachers of undergraduates at Texas A&M University, UPUTE professors are both exceptional classroom teachers and innovators who explore new teaching methods and seek engagement with other educators in pursuit of excellence.

“Dr. Herman is an outstanding educator who is more than deserving of the consistent recognition he receives in his dedication to helping students bridge the gap between their undergraduate and graduate studies,” said Dr. John R. August, the Carl B. King Dean of Veterinary Medicine. “He provides tremendous support to both pre-veterinary and pre-medical students in learning critical skills that will ensure their success in their professional or graduate programs. We all owe a big thanks to Dr. Herman for his role in educating some of the finest future professionals in veterinary and human medicine.”

Herman’s nominator said his passion for teaching and encouraging life-long learning, his depth of knowledge, his ability to engage all students in a way that is both challenging and enjoyable, and his commitment to connecting clinical medicine and research to education with an infectious enthusiasm and dedication to student success are what prompted him to nominate Herman.

“Dr. Herman is a major advocate for student success, but this is not accomplished with a diminished rigor. Rather, Dr. Herman sets rigorous expectations that inspire students to achieve more than they themselves believe,” Herman’s nominator said. “In addition, the creative use of course engagement via variable sets, visual physiology projects, and clinical case reviews provides students of all learning types with multiple opportunities for assessment.”

Herman teaches both undergraduate and graduate courses in physiology and pharmacology. He also created the Animals in Society course, which is part of Aggie ACHIEVE, a program at Texas A&M for students with intellectual and developmental disabilities.

“Dr. Herman is an outstanding educator who is more than deserving of the consistent recognition he receives in his dedication to helping students bridge the gap between their undergraduate and graduate studies.”

Dr. John R. August

His primary areas of interest in teaching include problem-based learning, the development of creative-thinking and problem-solving capabilities, and the production of interactive multimedia programs. These focus areas are appreciated by his students and regularly result in high student evaluations.

“Dr. Herman taught me the importance of objectivity, thoroughness, and the artful balance of paying attention to detail while not losing sight of the big picture,” a former student shared in a letter supporting Herman’s UPUTE nomination. “He supported my curiosity and fueled my passions as he helped me navigate the physiology of the human body.”

Students and former students have continually recognized Herman throughout his career for his outstanding achievements in the classroom and for his substantial contributions to their education and their lives.

In 1998, grateful students named Herman a Fish Camp Namesake. He was named a Montague Scholar in 2004 by the Center for Teaching Excellence. He received the prestigious Association of Former Students Distinguished Teaching Award at the school level in 2006 and at the university level in 2008. And in 2016 Herman was named a Presidential Professor for Teaching Excellence at Texas A&M. The UPUTE professorship is the latest recognition of his outstanding teaching efforts.

“This well-deserved recognition of Dr. Herman is another important example of the outstanding educational experience VTPP faculty provide to our students,” said Dr. Larry Suva, VTPP department head. “Dr. Herman continues to be a role model for all instructors, and we are very fortunate to have such a remarkable faculty member in the VTPP department and in the VMBS.”

Herman’s UPUTE professorship is a three-year award, which will include a salary supplement beginning in the fall. The professorship term also includes an annual discretionary bursary to support UPUTE professors’ teaching and to extend their professional development opportunities. Herman will provide professional development programs for teaching during the three-year term of his award.

“In my opinion, all students and faculty who have the good fortune to interact with Dr. Herman are driven to do more and do better, based on outstanding efforts serving as colleague, mentor, teacher, and collaborator,” his nominator said. “It is important that such gifted, productive, and generous members of the faculty dedicated to the teaching of undergraduate physiology and pharmacology that inspires and transforms students are rewarded.”

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216

VMBS Faculty, Staff, Students Recognized At Annual Ceremony

Dean August and Dr. Kate Aicher holding her award

The Texas A&M School of Veterinary Medicine & Biomedical Sciences (VMBS) recognized 72 students, faculty, and staff at the 2023 Honors & Awards Ceremony on April 6.

“It is always an honor to recognize our colleagues who are leaders in the veterinary profession, committed to educational excellence, and provide dynamic leadership,” said Dr. John R. August, the Carl B. King Dean of Veterinary Medicine at Texas A&M University. “Our recipients make the School of Veterinary Medicine & Biomedical Sciences a world-class institution, and we cannot thank them enough for their contributions to our school, our students, and our patients.”

View photos from the ceremony on the VMBS Flickr account.

2023 Honors & Awards Recipients:

  • American Academy of Veterinary Dermatology Student Award: Taylor Hood
  • American Animal Hospital Association Award for Proficiency in Primary Care: Jacqueline Babin
  • American Association of Feline Practitioners Award: Kathryn Biehl
  • American College of Veterinary Internal Medicine Award: Sam McClanahan, Prisha Shah, & Andrew Brown
  • American College of Veterinary Ophthalmology Award: Abby Hickox
  • American College of Veterinary Pathologist Award: Sarah Jacobson
  • American College of Veterinary Radiology Student Award: Lauren Bynum
  • American College of Veterinary Surgeons Student Proficiency Award: Parker Wurst & Kathryn Biehl
  • Arden Kemler Award: Alyssa LeComte
  • Award for Proficiency in Veterinary Emergency & Critical Care: Amanda Clapham
  • Bridges Teaching & Service Award: Lanette Jordan, Katie Maples, & Adam Patterson
  • Dechra Excellence in Dermatology Award: Brooke Joyner
  • Dechra Excellence in Equine Sports Medicine Award: Reilly Wren
  • Dechra Excellence in Small Animal Internal Medicine Award: Margaret Cook
  • Fred P. Jaggi Award: Ashley Cubb & Cassidy Gillum
  • George T. Edds Award: Aracely Perez Gomez & Alexandra Cordova
  • Gerald Bratton & Charles Hall Clinical Neurology Award: Bryan Rach
  • Griffeth-Quick Cardiology Award: Tabitha Baibos
  • John Milliff Veterinary Award for Teaching: Kati Glass
  • John Milliff Veterinary Student Award: Carly Martone
  • John Paul Delaplane Award: Jason Sousa
  • Juan Carlos Robles Emanuelli Teaching Award: Yatta Boakari & Dominique Wiener
  • Kaytee Avian & Special Species Excellence Award: Stephen Levert
  • L. P. Jones Pathology Resident Award: Clinson Lui
  • Merck Innovation Award: Sarah Jacobson
  • Merck Parasitology Award: Hannah Danks & Veronica Negron
  • Outstanding Graduate Student & Postdoc Mentor Award: Angela Arenas
  • Outstanding PhD Student Award: Rachel Busselman
  • Outstanding Postdoctoral Research Associate Award: Meichen Wang
  • Outstanding Research Leader Award: Joe Arosh
  • Outstanding Research Support Award: Eleni Vonda & Michelle Wiederhold
  • Outstanding Scientific Achievement Award: Scott Dindot & Jianrong Li
  • Outstanding Young Faculty Research Award: Lindsay Dawson
  • Patton W. Burns Award: Hannah Lam
  • Proficiency in Theriogenology Award: Ashley Rothrock
  • Richard H. Davis Teaching Award: Becky Eschmann & Guilherme Verocai
  • Schubot Avian Health Director’s Award: Dani Burlison, Melanie Florkowski, & Hannah Justen
  • Texas Veterinary Medical Association Research Award: Jonathan Lidbury
  • Texas Veterinary Medical Association Teaching Award: Courtney Baetge
  • Texas Veterinary Medical Foundation Diversity Award: Amiri Fowler
  • Texas Veterinary Medical Foundation Earl Waddell Award: Alexis Jennings & Lance Wheeler
  • Texas Veterinary Medical Foundation Johnson Memorial Award: Heath Manning, Alicia Nye, & Ronald Olsen
  • Texas Veterinary Medical Foundation Philanthropy Award: Hope Darnell & Grace Piper
  • Texas Veterinary Medical Foundation Student Research Scholar Award: Coleman Hartis & Cora Garcia
  • Veterinary Cancer Society Bob Rosenthal Student Award: Mason Hill
  • Veterinary Medical Teaching Hospital Clinical Service Award: Andra Voges, Genna Atiee, & Mark Johnson
  • VMBS Excellence in Diversity Award: Meriam Saleh
  • VMBS Veterinary Scholar Award: Morgan McCord
  • Wade Burton & Susan Hopper Veterinary Emergency Team Award: Amanda Leal
  • Walter Dub Ruoff Memorial Award: Tabitha Garcia
  • Winnie Carter Wildlife & Exotic Animal Award: Katlin Stone
  • Zoetis Award for Veterinary Research Excellence: Nicholas Jeffery
  • Zoetis Distinguished Veterinary Teaching Award: Kathleen Aicher

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216

Father’s Alcohol Consumption Before Conception Linked To Brain And Facial Defects In Offspring

Fetal alcohol syndrome-related craniofacial differences could be seen in offspring born to fathers who regularly consumed alcohol to the legal limit.

Dr. Michael Golding
Dr. Michael Golding

According to the U.S. Surgeon General, women should not drink alcoholic beverages during pregnancy because of the risk of birth defects in their unborn child. However, research at Texas A&M University now demonstrates that a father’s alcohol consumption also links to growth defects that affect the development of his offspring’s brain, skull, and face. 

Research investigating fetal alcohol syndrome (FAS) exclusively examines maternal alcohol exposure.

However, because men drink more and are more likely to binge drink than women, Dr. Michael Golding, an associate professor in the School of Veterinary Medicine & Biomedical Sciences’ Department of Veterinary Physiology & Pharmacology, and his team set out to challenge the existing dogma, using a mouse model to examine what happens when the mother, father, and both parents consume alcohol.

In a new article published in the Journal of Clinical Investigation, Golding and his team found that male alcohol consumption before conception caused FAS brain and facial growth defects.

“We found that male exposures actually drive certain craniofacial differences much stronger than maternal exposures do, so this programming effect that’s coming through sperm has a profound effect on the organization of the face and the growth and proportion of different facial features,” Golding said. “When it was the dad drinking, we saw a profound shift in the organization of the face.”

According to the Centers for Disease Control and Prevention (CDC) and the National Institutes of Health (NIH), FAS is a fetal disorder caused by maternal alcohol consumption during pregnancy.

FAS is hard to diagnose, but when doing so, doctors currently look for abnormal facial features; lower-than-average weight, height, or both; central nervous system problems such as a small head size, problems with attention and hyperactivity, or poor coordination; and verification of maternal alcohol use during pregnancy. 

“When doctors suspect a child has FAS, they sit down with the mother to confirm the diagnosis by discussing her drinking habits during pregnancy,” Golding shared. “It’s not uncommon for the mother to deny consuming alcohol while pregnant. When they do, there’s this stigma or this notion that women are lying about their alcohol use.” 

Golding said this research, which was funded by a Medical Research Grant from the W.M. Keck Foundation and the NIH National Institute on Alcohol Abuse and Alcoholism, reveals a potential blind spot in the current diagnostic criteria for FAS, the most severe form of Fetal Alcohol Spectrum Disorder (FASD), which requires documentation of maternal alcohol use during pregnancy.

“Our research proves there’s a plausible alternative explanation — the father’s contribution, which has never been examined before,” he said. “In this study, we call into question the dismissal of the mother’s denial and really examine the capacity of male alcohol use to induce FAS growth defects.”

Golding explained that findings from his holistic approach that examines both parents’ contributions to FAS reveal the need for two critical changes. 

“First is the recognition of the importance of male health in pregnancy outcomes and fetal health,” he said.  

Golding pointed out that paternal health before conception is a novel consideration in terms of pregnancy outcomes and fetal health; as a result, raising awareness of the role a father’s health plays in his offspring’s health is just as important as awareness of the mother’s contributions from preconception and through gestation. 

“Research examining fetal health is overwhelmingly focused on maternal health,” he said. “I’m not saying that this is not appropriate; I’m just saying it’s not the complete picture and we need some balance.”

“The second,” he said, “is the fact that both parents are responsible for preventing alcohol-related birth defects.”

FAS has significant, life-changing consequences for children. Because their study identified FAS-related craniofacial differences in offspring born to fathers who regularly consumed alcohol to the legal limit, Golding pointed out that both parents should commit to limiting or omitting their alcohol consumption before trying to become pregnant.

Ultimately, Golding emphasizes that the first step in this process is expanding messaging outreach about the reproductive dangers of alcohol use to both parents.

“Change the alcohol warning label to remove the maternal emphasis and put it on both parents to say, ‘The decision to consume this beverage can have significant, life-changing consequences to a future child,’” he said. “Right now, the warning label only conveys part of the story. We must get that message out into the world as quickly as possible.”

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216

Rescued Puppy Finds Forever Home With Veterinary Hospital Administrator

A white scruffy puppy standing on a table and being loosely held by a veterinary technician in scrubs
Gertie and Dana Whitaker

While on a walk at Lake Bryan, a couple’s dog encountered a box and became excited after smelling something inside. Curious to see what was causing their dog to react, to their surprise, they found a puppy inside the box.

Immediately, the couple brought the puppy, who would soon be known as Gertie, to Texas A&M’s Small Animal Teaching Hospital (SATH). It was unclear how long the small, white terrier-mix was left alone in the box, but she appeared to have broken bones and was covered in fleas, dehydrated, and malnourished.

After Gertie’s initial examination, the couple, despite having no intentions of keeping her, brought Gertie back to the SATH for an orthopedic appointment with Dr. Laura Peycke, a clinical associate professor at the Texas A&M College of Veterinary Medicine & Biomedical Sciences (VMBS).

At the appointment, Peycke and a veterinary technician, Wendy Greathouse, schemed to bring together Gertie and Dana Whitaker, an SATH assistant hospital administrator. Whitaker had had a running joke that she would eventually get a “scruffy purse dog,” and Peycke, in introducing her to Gertie during the examination, made that joke a reality.

Meeting For The First Time              

While in the SATH emergency room during her initial visit, radiographs revealed that two of the most concerning injuries Gertie sustained included a partially healed left femur fracture and partially healed right pelvic fracture.

“I think someone stepped on her and they panicked because they knew she was broken and discarded her,” Whitaker said.

Specialty appointments at the SATH can be hard to schedule quickly because they are typically booked months in advance, but Gertie was able to get an orthopedic appointment with Peycke only two days after her first ER visit to have her fractures examined and to ensure she would not need surgery to repair the fractures.

“When Dr. Peycke saw this little thing in her orthopedic appointment and found out the people who brought her in were not planning on keeping her, she and Wendy plotted together to get me in Gertie’s path,” Whitaker said.

Walking to the exam room, Whitaker wasn’t sure if she’d keep Gertie but upon meeting her, she couldn’t resist taking Gertie home to ensure she was cared for throughout her healing process.

“When I met Gertie, everything clicked,” Whitaker shared. “Gertie needed to end up with me, and she’s mine now.”

Since then, Whitaker and Gertie have been a team on the road to recovery.

A Healthy Puppy Means A Happy Puppy

A white, scruffy puppy with one ear up and one down

Gertie’s journey to becoming a happy, healthy puppy was off to a good start now that she had Whitaker and the SATH veterinary team looking after her.

Gertie required surgery in January to repair an inguinal hernia, a tear in the body wall that would allow organs to pop out of their place underneath the skin, and her fractures have since improved.

“Gertie’s fractures are now healed, but not in the place we would want them to be healed if we were in control of her recovery immediately after they occurred,” Whitaker said. “If we saw her the day she was injured, we could have fixed things.”

Because these fractures were not properly taken care of when they occurred, Gertie developed quadriceps contracture, the physical shortening of muscle length that leads to stiff muscles and prevents stretching, full range of motion, and joint mobility in her left leg.

Even though her left leg does not function like her other legs and is only used for balance when necessary, her daily activities of running and playing are not disrupted, allowing Gertie to expel her puppy energy.

“When she runs, she runs fast and her left hind leg, the one that was fractured, tags along with her,” Whitaker explained. “Because she has quadriceps contracture, there is no way to recover the muscle because it’s bound up so tight. There’s not anything we can do, but it doesn’t cause her any pain.”

There is concern, though, that as Gertie ages, the head of the femur and the pelvis it sits in will rub together when the cartilage coating the two bones wears down, causing Gertie pain.

“If she needs any orthopedic work in the future, we’ll probably have to do a femoral head ostectomy,” Whitaker said. “We would cut the head of the femur off, so the muscle would be holding everything together, and there’s no bone sitting in the pelvis.”

But for now, Gertie is a pain-free, energetic, and happy 8- or 9-month-old puppy, whose favorite pastime is chasing balls and toys and bonding with other furry visitors during her adventures visiting the SATH with Whitaker.

“She is a hundred percent mischievous and just a happy-go-lucky pup,” Whitaker shared. “I look forward to seeing how her personality will grow and settle as she becomes an adult.”

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For more information about the Texas A&M College of Veterinary Medicine & Biomedical Sciences, please visit our website at vetmed.tamu.edu or join us on FacebookInstagram, and X.

Contact Information: Jennifer Gauntt, Director of VMBS Communications, Texas A&M College of Veterinary Medicine & Biomedical Sciences, jgauntt@cvm.tamu.edu, 979-862-4216