Breeding Ophthalmic Examination (OFA and CERF)

The Orthopedic Foundation for Animals (OFA) and the Canine Eye Registration Foundation (CERF) are two organizations that breeders can register their dogs annual ophthalmic breeding exams. Owners and breeders can have a breeding eye exam perform by a boarded veterinary ophthalmologist (DACVO). These examination findings can then be presented to the one of these organizations and in turn a registration number will be issue for that dog. This number can then be used to show potential buyers, breeders and researchers that this dog was free of heritable ocular disease. This certification is good for one year and the information from these exams is compiled to give ophthalmologists, researchers and breed clubs statistical data on the prevalence of specific ocular disease in a breed. The purpose of the breeding eye exam is to help breeders limit the number of dogs bred with heritable ocular conditions. The American College of Veterinary Ophthalmologists currently supports the OFA for breeding eye exams. For additional information about OFA, please visit www.offa.org. For further information about CERF, please see www.vmdb.org.

PennHip Evaulations

Hip dysplasia is a common developmental disorder of the hip joint that affects almost all breeds of dogs. Over time, dogs with hip dysplasia often develop secondary osteoarthritis. Symptoms associated with hip dysplasia range from none to severe pain and lameness of one or both hind legs and may occur during puppyhood or later in life. Dogs suspected of having hip dysplasia are diagnosed as having the condition based on palpation of the hip joints during a physical examination and with radiographs. Treatment for the condition often depends on the severity of the clinical signs and may involve medical management (weight control, exercise moderation, anti-inflammatory/pain medications, and/or joint supplementation) or various surgical interventions.

Canine Hip Dysplasia (CHD) is the most commonly inherited orthopedic disease and leads to hip arthritis causing pain, stiffness, and diminished quality of life. It has no medical or surgical cure and afflicts more than 50% of the dogs within some breeds, clinically affecting large breed dogs more severely than smaller breed dogs. In the 1980's, researchers at the University of Pennsylvania's School of Veterinary Medicine pioneered a better diagnostic method to assess hip laxity the key factor in the development of Canine Hip Dysplasia (CHD). The hip joint is a ball-and-socket joint, with the ball of the femur (femoral head) fitting into the hip socket (acetabulum). Hip laxity refers to the degree of looseness of the ball in the hip socket. Studies have shown that dogs with looser hips (excessive hip laxity) are at higher risk to develop hip dysplasia than dogs with tighter hips (minimal hip laxity).

The AIS PennHIP Hip Improvement Program
The research-based hip-screening procedure known as PennHIP has proven to be the most accurate and precise method to measure hip laxity. It can identify as early as 16 weeks of age dogs that are susceptible to developing hip dysplasia. This offers breeders the opportunity to make early decisions on breeding stock, and allows veterinarians to advise pet owners on lifestyle adjustments and preventive strategies to minimize the pain and progression of the disease. Radiographs made by certified PennHIP members, such as our own veterinarians, are sent to the AIS PennHIP Hip Improvement Center for evaluation. The information is also stored in a medical database for scientific analysis. The scientific findings are shared with veterinarians, breed clubs and in publications, such as scientific journals and pet-related publications. For further information about the AIS Penn Hip program, please visit http://info.antechimagingservices.com/pennhip/

Diagnostic Imaging

RADIOLOGY AND ADVANCED IMAGING

Welcome to the VCA West Los Angeles Animal Hospital Radiology and Advanced Imaging department. We are committed to providing optimal care to our patients using state of the art veterinary diagnostic imaging. We also provide outpatient imaging services for veterinarians. For information about our radiology and advanced imaging services, please call us at (310) 473-2951.

Services provided:

DIGITAL RADIOGRAPHY

Radiographs, or x-ray studies, use x-rays to create an image of the body. This is the most frequently used form of veterinary imaging. Digital radiography does not use film, so it is faster to obtain the images and also makes it easy to share images with other veterinarians. Radiographs are used to diagnose disease in the chest, abdomen, and musculoskeletal system. Contrast studies of the gastrointestinal and urinary tract may also be performed.

ABDOMINAL ULTRASOUND

Abdominal ultrasound images are obtained by using a probe that sends sound waves into and then receives them from the body. Ultrasound imaging allows us to evaluate the structure and architecture of internal organs. Because ultrasound images are captured in real-time, blood flowing through blood vessels can also be evaluated. Fine needle aspirates and biopsies are commonly obtained under ultrasound guidance. Ultrasound examinations are non-invasive and do not use radiation.

MAGNETIC RESONANCE IMAGING (MRI)

MRI is a highly advanced, non-invasive imaging modality that uses a super-conducting magnet and radio frequencies to obtain detailed cross sectional images of the body. MRI is most commonly used to evaluate the brain, spinal cord, and nerves. Patients are under general anesthesia for this procedure to ensure that optimal images are acquired to make an accurate diagnosis. Radiation is not involved in MRI.

HELICAL COMPUTED TOMOGRAPHY (CT SCAN)

Computed tomography (CT) uses x-rays to obtain detailed cross sectional images of the body. Given the lack of superimposition, CT provides more detail than conventional x-rays. CT is most commonly used to evaluate the nasal cavity, lungs, and bone abnormalities. It is also used for radiation planning. Fine needle aspirates and biopsies may also be obtained under CT guidance. Patients are under general anesthesia for this procedure to ensure that optimal images are acquired to make an accurate diagnosis. Helical CT is faster than conventional CT, which decreases anesthesia time and also allows us to do contrast studies such as portal CT angiography.

FLUOROSCOPY

Fluoroscopy uses a continuous low dose x-ray that allows evaluation of dynamic imaging of the body. It is most commonly used to diagnose diseases that involve motion, such as collapsing tracheas and swallowing disorders.

Our Diagnostic Imaging Services

Abdominal Ultrasonography-Abdominocentesis and Cystocentesis
Computed Tomography (CT scanning)
Digital Radiography
Fluoroscopy

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