New Camera Capsule Offers Veterinarians Non-Invasive Imaging Options for GI Health

capsule endoscopy

This pill, about the size of a large vitamin, is equipped with a light source and an array of photo sensors that captures detailed images of the GI tract in small animals. Capsule endoscopy has been around since the late 1990s for human patients, but only recently has been developed for the veterinary industry, and now is being used at PVM’s Veterinary Teaching Hospital.

One of the many challenges veterinarians face is that animals can’t tell them exactly what’s wrong. But now, with a new camera capsule available from ALICAM at the Purdue University Veterinary Teaching Hospital (VTH), Purdue veterinary specialists can gain valuable insights into their patients’ gastrointestinal health with no harm, no anesthesia, and no recovery time required. Capsule endoscopy has been around since the late 1990s for human patients, but has only recently been developed for the veterinary industry.

“It’s as simple as giving a dog a pill,” said Dr. Andrew Woolcock, assistant professor of small animal internal medicine in the College of Veterinary Medicine’s Department of Veterinary Clinical Sciences.  “After you administer the endoscopy pill, the pill travels through the GI tract recording high-quality 360 degree images. We used to have to sedate the animal and do a full endoscopy to get imaging of the digestive tract. But one of the limits of that method, because the intestines are so long, is that there’s always some of the tract that is invisible to the traditional scope. With the camera pill we have the advantage of seeing the complete digestive tract, it’s less invasive for the patient, and it takes the guesswork out of GI diagnoses.”

Like endoscopy pills for humans, the veterinary version is about the size of a large vitamin. It uses an array of photo sensors and an internal light source to generate high-resolution images in patients, taking thousands of images with a miniature camera.

After the dog takes the pill, the owner must recover the pill and is provided with a pre-paid shipping envelope to send it back for interpretation. Board certified specialists analyze the images for abnormalities and design treatment options based on their findings. The pill is not the same as a biopsy, as it doesn’t provide microscopic images, but it might establish a definitive diagnoses, like ulcers, or it may indicate that other tests such as biopsies need to be done.

“This is a great option for pet owners who are worried about invasive interventions, but want to investigate GI symptoms in their pets,” said Dr. Woolcock, who is board certified in small animal internal medicine. Symptoms such as weight loss, reduced appetite, food intolerance, vomiting, diarrhea, abdominal pain, unexplained anemia (low red blood cell count), and dark or bloody stools indicate the need for diagnostic imaging to help diagnose a dog’s specific medical condition.

Writer(s): Lauren Bruce | pvmnews@purdue.edu

Recent Stories

Purdue Veterinary Medicine’s Connection with Wildlife Rescue in Guatemala Highlighted during International Education Week

Hidden amid the dense forests near the shores of Lake Petén Itzá, the ARCAS Wildlife Rescue Center is one of Central America’s most active sanctuaries for endangered and trafficked wildlife. In addition to their conservation efforts, ARCAS (Asociación de Rescate y Conservación de Vida Silvestre) offers unparalleled hands-on experience for veterinary and biology students from around the world. The Purdue University College of Veterinary Medicine has proudly collaborated with ARCAS for many years, and International Education Week this week (November 16-22) provided the perfect opportunity to showcase this invaluable educational partnership.

Immersive Mixed Reality Experience Helps Purdue Veterinary Students Learn Cardiac Physiology

First year Doctor of Veterinary Medicine students at the Purdue University College of Veterinary Medicine recently stepped into a new era of learning — an immersive Mixed Reality (MR) experience at Purdue’s Envision Center. This cutting-edge session allowed students to interact with a dynamic, 3D representation of the heart, deepening their understanding of cardiac physiology in ways traditional methods cannot match.

Feathered Fame: Purdue Veterinary Medicine Research Featured on Journal Cover

The Department of Veterinary Clinical Sciences (VCS) at Purdue University is proud to announce that a recent study from its anesthesiology team has been selected as the cover feature for Veterinary Sciences (MDPI), Volume 12, Issue 11. Chosen from among 82 articles, the publication highlights the College of Veterinary Medicine’s growing impact in avian clinical research.

“Paws Up” – brought to you by the PVM Wellness Committee

Time to shine a spotlight on some “paws-itively” amazing work by one of our newest Purdue Veterinary Medicine staff members, Jennifer Hartman, VCS Curriculum Technologist in the Department of Veterinary Clinical Sciences.

“Paws Up” – brought to you by the PVM Wellness Committee

Today we are highlighting Rebecca Hoffman, BS, RVT, who is a veterinary technologist with the Bovine Field Service.

Learning Specialist Joins PVM Student Success Center Team

Purdue Veterinary Medicine’s Student Success Center is pleased to welcome Kelsey Luse Spille, who joined the team Monday, November 4, as a learning specialist.  In her new role, she will be supporting students with their academic needs while also serving as a member of the Veterinary Education Support Team (VEST), which assists faculty in developing inclusive teaching practices.

Purdue College of Veterinary Medicine Hosts Reception to Welcome New Dean Bret Marsh

Faculty, staff and students gathered at a reception in the Veterinary Medical Library Friday, November 8, to help extend a warm welcome the new dean of the Purdue University College of Veterinary Medicine, Dr. Bret Marsh.  The event marked the conclusion of the first week on the job for Dr. Marsh, who just started in the role Monday, November 4, after wrapping-up 30 years of service as Indiana State Veterinarian – the state’s top-ranking animal health leader.

Awareness Week to Shine Spotlight on Antimicrobial Resistance Next Week

Antimicrobial resistance (AMR) is a growing, significant One Health issue across the world. The WHO estimates that AMR was directly responsible for 1.27 million global deaths and contributed to 4.95 million deaths, with additional significant economic costs. AMR affects all countries and all income groups, and to tackle this urgent problem, researchers, producers, and practitioners from all areas must address the critical shortage of new antimicrobial drugs, and the use of antimicrobial drugs in medicine, farming, and industry. The week of November 18-24 is US Antibiotic Awareness Week and World AMR Awareness Week, and the College of Veterinary Medicine is taking advantage of these national and global campaigns to raise awareness about AMR and antimicrobial stewardship, and to highlight some of the research and practices being conducted at the college to address AMR.

PVM Faculty Honored for Research Success with Purdue Seed for Success Acorn Awards

When Purdue University’s Office of Research honored the accomplishments and innovative ideas of a host of researchers this week, several Purdue Veterinary Medicine scholars were among those recognized. At a ceremony Wednesday, November 14, in the Purdue Memorial Union North and South Ballrooms, the annual Seed for Success Acorn Awards were presented to Purdue Principal Investigators (PIs) and co-PIs who secured research awards of $1 million or more for a single proposal in fiscal year 2024.

Unlocking the Mysteries of the Brain

Despite more than six decades of research in the field of neuroscience, many functions of the brain — the most complex organ in the human body — remain a mystery. Recent research conducted in the Purdue University College of Veterinary Medicine and the Bindley Bioscience Center revealed that scientists are one step closer to understanding the process that activates and deactivates specific proteins within our cells. This breakthrough could one day lead to enhanced treatments that may slow down or perhaps reverse the advance of neurogenerative diseases such as Alzheimer’s, Parkinson’s and multiple sclerosis.