Thomas D. Scavelli, DVM, Diplomate ACVS
Dr. Thomas Scavelli is the Founder and Director of Garden State Veterinary Specialists. He is a 1982 graduate of The New York State College of Veterinary Medicine, Cornell University. Following…
Michael G. Hoelzler, DVM, Diplomate ACVS
Dr. Michael Hoelzler is a 1999 graduate of the Western College of Veterinary Medicine. He completed a small animal rotating internship at the Ontario Veterinary College in 2000, and a…
Ryan Fulcher, DVM, Diplomate ACVS
Dr. Ryan Fulcher is a 2001 graduate of Tufts University School of Veterinary Medicine. He completed a small animal rotating internship in 2002 and a surgical residency in 2005 at…
Roelof Irausquin, DVM, Diplomate ACVS
Dr. Roelof Irausquin is a 1999 graduate of the University of Florida School of Veterinary Medicine. He completed a small animal rotating internship in 2000, a surgical internship in 2002,…
Leah Park, DVM
Dr. Leah Park is a 2012 graduate of Ross University School of Veterinary Medicine. She completed a rotating internship in small animal medicine and surgery at Garden State Veterinary Specialists.…
Allison Rohde Newgent, DVM
Dr. Allison Rohde Newgent is a 2015 graduate of the University of Missouri School of Veterinary Medicine. She completed a small animal rotating internship, a surgical internship, and a surgical…
Alison Morgera, VMD
Dr. Alison Morgera is a 2014 graduate of University of Pennsylvania School of Veterinary Medicine. She completed an equine rotating internship at the University of Illinois College of Veterinary Medicine,…
Surgery at GSVS
The GSVS Surgery Department accepts referrals on orthopedic, abdominal, reconstructive, thoracic, and neurosurgical cases. GSVS Surgery appointments are seen 7 days a week, excluding holidays. Consultation appointments will consist of review of your pet’s clinical history, physical examination, and recommended diagnostic testing and treatment plans. If surgery has been recommended, it may be scheduled for that same day or for the next available surgery date.
GSVS offers comprehensive surgical treatment options in the following areas:
- Cranial cruciate ligament injury/stabilization (Tibial Tuberosity Advancement (TTA), Tibial Plateau Leveling Osteotomy (TPLO), Lateral Suture Technique)
- Fracture repair (internal fixation, external fixation)
- Surgical disorders of the hip
- Open and closed reduction of hip luxations
- Total hip replacement
- Femoral head and neck ostectomy (FHO)
- Triple pelvic osteotomy (TPO)
- Patella luxation stabilization
- Surgery of the paw and ankle
Minimally Invasive Surgery
Soft Tissue Surgery
Lung lobectomy, Pericardectomy, Persistent right aortic arch, Patent ductus arteriosus occlusion, Thoracic duct ligation
Gastrointestinal surgery, Urogenital surgery, Portocaval shunt ligation, Intraabdominal masses, Gastropexy
Head and neck:
Brachycephalic airway disease, Laryngeal paralysis, Thyroid and parathyroid tumors, Surgical disorders of the salivary glands, Intraoral tumors, Mandibular and maxillary tumors and fractures, Ear canal and bulla surgery
Traumatic wounds, Large tumor removals, Limb amputation
- Intervertebral disk disease,
- Spinal fractures
- Platelet-rich plasma (PRP) therapy
- Stem cell therapy
Total Hip Replacement FAQs
Q) What is a Total Hip Replacement?
A) Total Hip Replacement (THR) is designed to eliminate the source of discomfort by replacing the arthritic hip joint with an artificial joint. Replacement of the hip joint is a state-of the-art procedure, very similar to the procedure in humans. The arthritic femoral head and neck are removed and replaced with a metal implant made of cobalt chrome and titanium. The arthritic socket is removed and replaced with a plastic cup. Both components are held in place with sterile bone cement. The metal head and plastic cup fit and function like the original ball and socket joint providing pain-free, mechanically sound function.
Q) Why a Total Hip Replacement?
A) A Total Hip Replacement is performed as an optimal means of relieving pain, improving hip function and allowing your dog to return to an active lifestyle. The arthritic joint is replaced with the implant resulting in elimination of the pain of bone rubbing on bone in the arthritic joint. The decreased range of motion associated with the arthritic joint is corrected allowing a good range of hip motion.
Q) Is my dog a candidate for a Total Hip Replacement?
A) If your dog is over 12 months of age and weighs more than 45 pounds and has clinical signs associated with hip arthritis or dysplasia, or has had a traumatic hip luxation, your pet is a potential candidate for a hip replacement. A thorough examination to rule out other orthopedic or neurologic problems is always an important part of the pre-operative examination.
Q) Are there alternative surgeries to Total Hip Replacement?
A) Yes, a femoral head and neck osteotomy (i.e., removal of the ball part of the joint) can be performed as an alternative procedure. The ball part (femoral head) is removed allowing a “false-joint” to form. Eventually, new tissue fills in between the bones allowing support and function of the limb. This surgery has a variable success rate with 20-25% of owners reporting low grade persistence of limping or trouble jumping. The procedure is not as optimal as a hip replacement, however, results overall are satisfactory to good.
Q) When should the surgery be performed?
A) Surgery to replace the hip joint is recommended when pain or limping are present. Radiographs of the hips are performed to confirm the diagnosis of degenerative arthritis. Surgery is generally recommended if conservative therapy via pain medication is not adequate in relieving the degree of limping or pain associated with the arthritis.
Q) Should both hips receive a Total Hip Replacement?
A) Only one hip can be done at a time. The most painful hip should be replaced first. If pain is present on both sides, both sides should be replaced. The interval between surgeries is at least three months, however, over 80% of dogs do not need a second surgery despite the presence of arthritis in the other hip.
Q) What do dogs go through to get a Total Hip Replacement?
A) The surgery takes 90 to 120 minutes. They are under continuously monitored isoflurane general anesthesia. Vital parameters, such as heart rate, heart rhythm, tissue perfusion, respiratory rate and pattern, temperature and blood pressure are monitored. The surgery is performed with extensive precautions to prevent infection. Much attention is paid to preoperative preparation of the patient, instrument preparation, aseptic technique, and environment control in the operating room. Pain medication is administered preoperatively and maintained as long as needed. The patient is hospitalized with 24 hour patient care. Most dogs routinely support some weight immediately postoperatively. They are generally released from the hospital in the second postoperative day.
Q) What is the aftercare associated with the surgery?
A) Exercise restriction (i.e., no running or jumping) must be followed for two months following the surgery to allow all tissues to heal around the implant. Vigorous activity is to be avoided during this time period.
Q) How do dogs feel with a Total Hip Replacement?
A) Most dogs walk on their new hip immediately after surgery. Most pet owners report their dog’s personality improves and that their dog feels great. Gradual return to normal function is allowed between 8 and 12 weeks after surgery. A long-term study found THR to be a very effective method of treating disabling conditions of the canine hip. The majority of dogs displayed marked improvement in walking, sitting, climbing stairs, standing, running, getting into the car, playing, and exercise following surgery. THR’s have been performed in both pets and working dogs with equal success.
Q) What is Arthroscopy?
A) Arthroscopy is an established procedure that allows veterinarians to diagnose and treat a multitude of joint diseases. Because arthroscopy requires a smaller skin incision and creates less surgical trauma compared to an open approach, it provides substantial advantages. Improved joint observation with magnification, less tissue disruption, reduced scarring and a faster return to function are all reported benefits. At Garden State Veterinary Specialists, we offer arthroscopy for a wide array of diseases.
Q) What is Osteochondrosis
A) OCD is a disorder of endochondral ossification that typically affects immature medium to large breed dogs. Although the exact cause is unknown, diet, genetics, growth rate, trauma and endocrine imbalances have all been implicated. Abnormal thickness of cartilage leads to fissuring and separation of a cartilage flap. OCD can be found in the shoulder, elbow, stifle and hock joints. Arthroscopy can be a minimally invasive way to explore a joint to make a diagnosis, and if an OCD lesion is encountered, the flap can be removed during the same procedure via arthroscopic assistance. Although arthroscopy does involve general anesthesia and several 1/2cm skin incisions, it can ensure a 100% success rate in the diagnosis of OCD, and allows for a minimally invasive treatment that otherwise would require a large open approach.
Q) What is Elbow Dysplasia?
A) Fragmented Coronoid Process (FCP) is part of a larger disorder known as elbow dysplasia. It typically affects medium to large breed dogs between 5 and 10 months of age and is more common in males. Dogs with FCP typically present with forelimb lameness at a young age, but radiographically, the disease is often not apparent until 7-8 months of age. FCP fragments can be hard to see radiographically and tentative diagnoses are often made based on degenerative changes, coupled with clinical pain during elbow manipulation. Arthroscopy can be used to allow definitive diagnosis of the disease. Once a fragment is identified with the arthroscope, it can be removed concurrently.
Q) Cranial Cruciate Ligament
A) Cranial cruciate ligament rupture is one of the most common orthopedic injuries in dogs. Although dogs of all sizes can be affected, medium to large breeds are over-represented. The ligament can tear acutely or chronically, and once torn leads to instability of the stifle joint. Although dogs with complete cruciate ligament rupture are relatively easy to diagnose, partial tears can be a diagnostic challenge. Dogs with partial ligament tears can present with moderate to severe chronic lameness but often lack instability on evaluation. In these dogs, arthroscopy can be used to diagnose a partial ligament tear prior to complete rupture and allows intervention at an earlier stage of the disease. As well, menisci can be evaluated arthroscopically and if a tear is noted (Figure 4), the torn portions can be removed via arthroscopic assistance. Once a diagnosis of cranial cruciate ligament rupture is made, arthroscopic assistance can be used to remove the torn ligament, to address the menisci (if applicable), and to minimize exposure to the stifle joint regardless of method of stabilization. Arthroscopic assistance can minimize the invasiveness
of most stifle stabilization procedures including nylon, TPLO and TTA repair, while allowing a quicker recovery.
Q) Other Indications:
A) Other indications for arthroscopy in veterinary medicine include, but are not limited to, diagnosis and treatment of bicipital tenosynovitis, shoulder instability, ununited anconeal processes, evaluation of intra-articular fractures, and exploration of any joint in which a minimally invasive approach is desired. If any further questions regarding possible arthroscopy for orthopedic patients arises, please do not hesitate to call the surgeons at Garden State Veterinary Specialists.
Many pets require postoperative hospitalization. Postoperative care and surgical emergency coverage are provided 24 hours a day, 7 days a week. The GSVS Surgery Department consist of board certified specialists, residents, interns, and surgical technicians. The care and comfort of your pet during their postoperative recovery is of our utmost priority, and we will provide comfortable bedding, litter boxes, and/or walks during their stay at the hospital. The hospital is staffed 24/7 and your pet will never be without supervision.