IVDD in dogs is the most prevalent spinal condition in dogs. However, it can also occur in cats. Intervertebral disc disease is the most prevalent reason for spinal surgery in dogs. IVDD is the abbreviation of intervertebral disc diseases. A ruptured, slipping, bulging, or herniated disc in your dog’s back or neck is defined by your veterinarian as intervertebral disc disease (IVDD). While this ailment can affect any dog, dachshunds, Pekingese, Shih Tzus, basset hounds, and beagles are the breeds most typically affected.
Intervertebral Disc Condition (IVDD) is a degenerative disease that affects the spinal cord of your dog and causes a variety of severe movement difficulties. A ruptured, slipping, bulging, or herniated disc in dogs is known as intervertebral disc disease (IVDD).
Intervertebral discs are fibrocartilaginous cushions that enable mobility, support, and function as shock absorbers between the vertebrae (save the first two cervical vertebrae). The annulus fibrosis, a fibrous outer rim, and the nucleus pulposus, a jelly-like center, make up the nucleus pulposus.
Degeneration of the intervertebral disc causes a reduction in shock-absorbing capacity, which may lead to disc herniation and spinal cord compression.
Intervertebral Disc Disease (IVDD) is a progressive, age-related degenerative condition that damages the dog’s spinal cord over time, frequently undiagnosed.
Even with annual health checkups, your veterinarian may miss indications of IVDD until your dog’s stiffened disc or discs burst, causing painful symptoms.
Even something as simple as jumping up onto the couch, which has been weakened by IVDD, might fracture a disc and cause severe and painful symptoms of the condition.
IVDD develops when the shock-absorbing discs between your dog’s vertebrae eventually stiffen to the point where they can no longer adequately cushion the vertebrae.
The stiffened discs will generally bulge and compress the spinal cord, causing nerve impulses that govern bladder and bowel control to be damaged.
In other circumstances, a simple leap or a bad landing may cause one or more of the hardened discs to rupture and push against the dog’s spinal nerves, causing discomfort, nerve damage, or even paralysis.
A ruptured, slipping, bulging, or herniated disc in your dog is known as intervertebral disc disease (IVDD). IVDD is an age-related degenerative condition that damages the dog’s spinal cord over time, frequently undiagnosed.
The intervertebral disc is a fibrous ring with a jelly-like interior material that is an essential aspect of your dog’s spine. When your dog is vigorously moving, running, or leaping, intervertebral discs assist to cushion the vertebrae and offer the spine flexibility.
Degeneration of the discs causes a reduction in shock-absorbing capacity, which may lead to disc herniation and spinal cord compression. Hansen type I (nucleus pulposus degeneration and extrusion), Hansen type II (annulus fibrosis degeneration and protrusion), and Hansen type III (annulus fibrosis degeneration and protrusion) are the three forms of disc herniation.
Hansen type-I disc disease is most frequent in small breed dogs aged 2 years and above, although it may also afflict bigger breeds. Clinical indications usually appear suddenly and are intense.
The severity of clinical indicators, as well as the length of time they last, has an impact on prognosis. The interior contents of the intervertebral disc ‘extrusion’ or ‘herniation’ are the most common description of Hansen’s type-I intervertebral disc disease.
The structure of the intervertebral disc is similar to that of a jam doughnut. Normal discs are squidgy and compressible, allowing the spinal column to flex, stretch, and twist. The jam (nucleus pulposus) in a sick disc becomes hard and no longer compressible.
As a result, regular motions (particularly twisting) impose undue pressure on the disc, causing the “doughnut” to rupture and the “jam” to erupt or seep out. Unfortunately, this normally occurs in an upward direction, compressing and affecting the spinal cord above.
The degree of the damage is influenced by the impact velocity as well as the amount of disc extrusion. Pain to paralysis is some of the clinical symptoms. Hansen type-I disc disease is a painful condition that may become an emergency in extreme circumstances. Your dog should visit a veterinarian right once for a thorough evaluation.
Non-chondrodystrophic dogs and cats may develop Hansen type-II disc disease, which is more akin to human disc disease (i.e. animals without disproportionately short limbs). There is a bulging and protrusion of the annulus, the outside section of the disc, instead of extrusion of the disc’s center (jam bursting out of the doughnut) (bulging doughnut).
The annulus rips from time to time, and the torn component extrudes into the spinal canal, squeezing the spinal cord. Acute ripping is often accompanied by bleeding, and the blood adds to the compression. Clinical indications are comparable to those seen in dogs suffering from Hansen type I illness.
The majority of dogs show indicators right once, although signs might sometimes appear gradually. You may notice that these dogs are reluctant to exercise, rise, jump, or climb stairs, or that they seem stiff or have a hunched back. Dogs and cats of medium to big breeds, aged 5 to 12, are the most common.
Acute non-compressive or ‘high-velocity low volume’ disc disease is another name for Hansen type-III disc disease. In this situation, the condition develops suddenly, usually after intense activity or trauma, causing a normal nucleus to rupture due to sudden annulus tears.
The lesion to the spinal cord does not cause chronic spinal cord compression, and patients who receive rehabilitation and physiotherapy tend to heal without the need for surgery. A disc herniation causes discomfort, and in more severe instances, trouble walking - ranging from poor control of the rear limbs to a “drunken sailor” walk to full paralysis.
In extreme instances, myelomalacia (softening and death of the spinal cord) may occur, which is typically deadly as it progresses up the spinal cord because it affects the nerves that control breathing, resulting in respiratory arrest.
The intervertebral disc is a fibrous ring with a jelly-like interior material. Hansen type I (nucleus pulposus degeneration and extrusion) and Hansen type II (annulus fibrosis degeneration, protrusion) are the most common forms of disc herniation.
Acute non-compressive or ‘high-velocity low volume’ disc disease is another name for Hansen type-III disc disease. The condition develops suddenly, usually after intense activity or trauma, causing a normal nucleus to rupture due to sudden annulus tears.
Intervertebral Disc Disease may affect any of your dog’s discs, and the symptoms vary depending on which portion of the spine is damaged and how serious the damage is. IVDD symptoms may arise quickly or develop over time.
If your dog exhibits any of the signs listed below, get veterinarian help as soon as possible. IVDD may be very painful for dogs, so it’s critical to get treatment as soon as possible to avoid the problem worsening or causing lasting damage to your dog’s spine.
Cervical IVDD affects the discs in the neck of the dog. If you observe any of the following symptoms, which may affect the whole body and vary from moderate to severe, call your veterinarian right away for guidance or go to the nearest animal emergency hospital for treatment:
Keep your head down
Crying or shivering
Aversion to change
Instability in all four legs
Impossibility of walking normally
All four paws knuckle
Unable to sustain one’s weight
Impossibility of standing
Loss of sensation in all four feet and legs
Dogs with Thoracolumbar IVDD have a damaged disc in their back that causes problems, and they may exhibit one or more of the symptoms listed below. Thoracolumbar IVDD symptoms mostly affect the mid-to-back section of the dog’s body, and they may vary from moderate to severe:
Muscle spasms are a common ailment
Leg weakness in the back
Walking with your rear legs crossed
Impossibility of walking normally
Back paws knuckling or dragging hind legs
They are unable to support their weight.
Can’t move or feel your back legs
If your dog has lumbosacral IVDD, the troublesome disc or discs are in the lower back area of your dog. The symptoms of lumbosacral IVDD usually affect the dog’s rear end and may vary from moderate to severe:
Jumping pain and/or difficulty
A clumsy tail
Intervertebral Disc Disease in Dogs (IVDD) can affect any of your dog’s discs. Symptoms vary depending on which portion of the spine is damaged and how serious the damage is. IVDD may be very painful for dogs, so it’s critical to get treatment right away.
Intervertebral disc disease is characterized by back or neck discomfort as the most prevalent symptom. Because nerve fibers go from the brain to the muscle down the spinal cord, clinical indications of disc illness in the lower back will relate to spinal cord dysfunction ‘downstream’ of the injury.
As a result, disc disease in the lower back might produce hind limb weakness, paralysis, or incontinence. Neck disc disease may result in weakness in all four limbs. Aside from yelping, atypical posture (e.g., bent back with head down), shivering, panting, hesitation to move, trouble leaping, and moving up and downstairs are all classic indicators of spinal discomfort.
Walking difficulties may range from poor control of the hind limbs - either weakness or a ‘drunken sailor’ stride – to full paralysis in more severe situations. In the most extreme instances, the bladder is paralyzed, and the patient may be unable to drip urine. In the most extreme situations, the patient is paralyzed, has lost bladder function, and is unable to feel pain.
Clinical indications of intervertebral disc disease (IVDD) might be strongly suspected, particularly in susceptible breeds. Diagnostic imaging, on the other hand, is necessary to confirm the diagnosis.
Radiographs of the spine may detect disc disease-related alterations such as calcified disc material inside the spinal canal or narrowing of the IVD space or foramen, but they seldom offer the precise conformation and localization necessary for surgical therapy.
To make a definite diagnosis, advanced imaging is essential. We have MRI and CT scanners on-site at Fitzpatrick Referrals, which allow for quick diagnosis and surgery preparation. For diagnosis and surgical planning, this gives more information than radiography.
For the scan, patients must lay perfectly motionless, which is only achievable with general anesthesia. During your dog’s MRI or CT scan, one of our nurses from the prep nursing team, who are all qualified and skilled in anesthesia and sedation, will provide focused one-on-one care.
Conservative therapy is recommended for those who just have discomfort or have minor impairments, while more severe instances may be successful. Dogs that have lost their ability to feel pain are considered surgical emergencies and are unlikely to respond to conservative treatment.
Conservative care has drawbacks, such as a greater likelihood of recurrence of clinical indicators and a higher risk of worsening or lasting neurological impairments. Furthermore, diagnostic tests may not be conducted, resulting in the animal getting ineffective therapy.
Conservative treatment offers the benefit of being less costly and avoiding surgery. The most essential factor is mobility limitation, such as confinement in a cage or box. This prevents additional IVD extrusion and damage worsening.
The injury to the spinal cord may subsequently be repaired by the animal’s natural healing mechanism. If your dog has to stay in the hospital for conservative treatment, our patient care staff will take care of all of their daily requirements, including pain medication, feeding, and general TLC. They will also make certain that their home comforts are nearby.
If you are providing conservative care for your dog at home, your neurology clinician will maintain in constant touch with you to track his or her development and spot any symptoms of worsening. They’ll also make sure your dog gets the pain treatment he or she needs if it’s needed.
Intervertebral disc disease (IVDD) is characterized by back or neck discomfort. Disc disease in the lower back might produce hind limb weakness, paralysis, or incontinence. In the most extreme cases, the patient is paralyzed, has lost bladder function, and is unable to feel pain.
The most essential factor is mobility limitation, such as confinement in a cage or box, to prevent additional IVD extrusion and damage from further damage to the spinal cord.
To get optimal treatment results, Intervertebral Disc Disease must be diagnosed and treated as soon as feasible. That’s why, if you see indications of IVDD in your dog, you should take him to the doctor for a comprehensive evaluation. Treatment delays may result in irreparable harm.
If your dog has a mild to severe IVDD injury, therapy may include steroid and anti-inflammatory drugs to help decrease pain and swelling, as well as a 4- to 6-week period of restricted exercise.
Following surgery, your veterinarian may prescribe physical therapy for your dog to aid with muscle strengthening and getting him moving again.
Surgery is usually advised for dogs with more severe forms of Intervertebral Disc Disease when rest and medicine alone are not enough to alleviate pain and other symptoms. The hardened disc material pushing on your dog’s spinal cord and producing the IVDD symptoms will be removed during surgery by your dog’s veterinary surgeon.
Dogs that have not lost their capacity to walk have the best surgical results. If your dog’s operation does not restore normal mobility, a dog wheelchair may help your dog live a happy and active life while suffering from Intervertebral Disc Disease.
IVDD surgery necessitates a 6- to 8-week period of restricted activity. To minimize additional injury to your dog’s spine while it recovers, avoid running, climbing stairs, playing with other dogs, or leaping on furniture.
Disc surgery is divided into two types.
Fenestration is the simplest procedure to do and does not need specific equipment. Through a tiny opening established in the annulus fibrosis, the nucleus pulposus of thoracic vertebrae T11/T12 to lumbar vertebrae L3/L4 (in the event of a thoracolumbar disc extrusion) or all the cervical intervertebral spaces (in the case of cervical disc illness) are removed.
This is a preventative method to keep disc extrusions to a minimum. If the disc material inside the vertebral canal is not removed, the neurological recovery will take longer, and/or there may be lingering neurological abnormalities if the dog has significant spinal cord compression. Fenestrations may be used in conjunction with or without a decompressive surgical procedure.
Decompressive surgery, in which the extruded disc material is removed from the spinal canal, is the second form of surgery. This procedure is more technically challenging and requires the use of specialist equipment and expertise.
The sort of decompression surgery used is determined by the location of the issue. A ventral approach is preferred in the neck, with a window drilled through the vertebral bodies. The most frequent operation for the thoracolumbar spine is a hemilaminectomy, which involves entering the vertebral canal from the side, immediately above the disc space and the vertebral foramen.
A dorsal laminectomy is performed to treat lumbosacral issues, in which the ‘roof’ of the spinal canal is removed, giving direct sight of the cauda equina and the lumbosacral disc.
If your dog has Intervertebral Disc Disease (IVDD), you need to take him to the vet as soon as possible. IVDD is a disease that causes pain, swelling, and other symptoms caused by hard disc material pushing on your dog’s spinal cord. Disc surgery is divided into two types. Fenestration is the simplest procedure to do and does not need specific equipment.
Decompressive surgery, which removes the disc material from the spinal canal, is more technically challenging and requires specialist equipment and expertise. The sort of decompression surgery used depends on the location of the issue.
Your dog will be given the chance to recuperate from the anesthesia in solitude right after surgery. In our specialized recovery ward, where your dog will be monitored and nursed by a professional team of nurses and veterinarians, postoperative analgesia (painkillers) and supportive therapy will be offered.
Finally, until the morning, when your dog will be transported to the surgical ward to continue nursing care by our ward nurse team and ward auxiliary team, relaxation and recovery from the anesthesia are the most crucial considerations.
Your dog will be examined by our specialized team of certified physiotherapists after their surgeon’s examination, and they will build a physiotherapy and rehabilitation program for intervertebral disc disease rehabilitation that is customized to your pet.
In the treatment of animals with spinal cord illness, physiotherapy is crucial. Stiffness, muscular weakness and contracture are all symptoms of inactivity and recumbency.
The duration of stay in the hospital after spine surgery varies based on the patient’s comfort level, functional mobility, and urination capacity. Generally, all dogs will be kept in the hospital until they can p*e on their own.
Following discharge, you and your dog will meet with one of our accredited physiotherapists, who will teach you how to practice the appropriate physiotherapy procedures and exercises at home, ensuring that your dog continues to make improvements.
Any outpatient physiotherapy and/or hydrotherapy appointments will be booked at this visit via Fitzpatrick Referrals’ rehabilitation department.
In mobility carts, some dogs continue to have a good time. Bladder control, on the other hand, might be a limiting issue. Many people who are paralyzed as a result of a spinal injury must have their bladders manually emptied (expressed) or have an automated bladder (i.e. involuntarily empties when full like a baby).
Bladder expression is not technically difficult and can be taught; mastering the skill requires practice. Our nurses will be able to instruct you on how to do so. Teaching normally starts while your dog is still in the hospital, and we will schedule teaching sessions for you to attend when you visit your dog in preparation for his or her return home.
If your spinal surgery went well, it’s unlikely that you’ll have a problem with the same disc again. Other degenerate discs, on the other hand, maybe an issue. Other “at-risk” IVDs are fenestrated if feasible at the first surgery to lessen the chance of recurrence.
Your dog will be nursed by a professional team of nurses and veterinarians in a specialized recovery ward. Postoperative analgesia (painkillers) and supportive therapy will be offered for post-surgery pain and recovery.
The duration of stay depends on comfort level, functional mobility, and urination capacity. Fitzpatrick Referrals’ physiotherapists will teach you how to exercise and treat your dog at home following spinal surgery. Some dogs are still unable to fully express their bladder, which can be a limiting issue for some people who are paralyzed from a spinal injury.
Intervertebral disc disease (IVDD) is a common disorder in which one or more of the discs divide the bones of the spine (vertebrae) break down (degenerate), producing discomfort in the back or neck, as well as the legs and limbs.
In the vertebral column, an intervertebral disc (or intervertebral fibrocartilage) is located between neighboring vertebrae. Each disc has a fibrocartilaginous junction (a symphysis) that allows the vertebrae to move slightly, acts as a ligament to keep the vertebrae together, and acts as a shock absorber.
An outer fibrous ring, the annulus fibrosis disci intervertebralis, surrounds an inner gel-like core, the nucleus pulposus, in intervertebral discs. The annulus fibrosis is made up of numerous layers of fibrocartilage (laminae) that include both types I and type II collagen.
Type I is concentrated at the ring’s edge, where it may give more strength. Compressive pressures may be absorbed by the rigid laminae. The nucleus pulposus, which is found in the fibrous intervertebral disc, serves to transmit pressure uniformly throughout the disc.
This prevents stress concentrations from forming, which might injure the underlying vertebrae or their endplates. Loose fibers floating in a mucoprotein gel make up the nucleus pulposus. The nucleus of the disc works as a shock absorber, absorbing the impact of the body’s actions while maintaining the separation of the two vertebrae. It’s the last vestige of the notochord.
Except for the first cervical segment, the atlas, each pair of vertebrae has one disc between them. The atlas is a ring that wraps around the axis’ approximately cone-shaped extension (second cervical segment). The axis serves as a support for the atlas, which allows the neck to swivel.
The human spine has 23 discs: six in the neck (cervical), twelve in the middle back (thoracic), and five in the lower back (lumbar). The vertebral bodies above and below the discs are given names. The disc between the fifth and sixth cervical vertebrae, for example, is labeled “C5-6.”
The cartilage endplates and the annulus fibrosis in spinal discs have some circulatory supply throughout development and after birth. In healthy individuals, they rapidly degrade, leaving them with essentially no direct blood supply.
On an X-ray, the intervertebral disc space is commonly described as the space between adjacent vertebrae. This correlates to the size of the intervertebral disc in healthy people. In pathological situations like discitis, the size of the space might change (infection of the intervertebral disc).
The intervertebral disc separates the vertebrae from one another and offers a surface for the nucleus pulposus’ shock-absorbing gel. Under compressive stresses, the nucleus pulposus of the disc distributes hydraulic pressure in all directions throughout each intervertebral disc.
Large vacuolated notochord cells, tiny chondrocyte-like cells, collagen fibrils, and aggrecan, a proteoglycan that aggregates by binding to hyaluronan, make up the nucleus pulposus. Chondroitin sulfate and keratan sulfate glycosaminoglycan (GAG) chains are attached to each aggrecan molecule.
When the quantity of negatively charged aggrecan in the nucleus pulposus is increased, oncotic pressure rises, causing extracellular fluid to transfer from the outside to the interior of the nucleus pulposus. With aging and degeneration, the quantity of glycosaminoglycans (and hence water) diminishes.
Intervertebral disc disease (IVDD) is a common disorder in which one or more of the discs that divide the bones of the spine (vertebrae) break down (degenerate), producing discomfort in the back or neck, as well as the legs and limbs.
The human spine has 23 discs: six in the neck (cervical), twelve in the middle back (thoracic), and five in the lower back (lumbar). The intervertebral disc space is commonly described as the space between adjacent vertebrae.
When referring to related pain as discogenic pain, everything emerging from the intervertebral disc may be referred to as discogenic.
When imbalanced mechanical stresses significantly distort the annulus fibrosis, causing part of the nucleus to protrude, a spinal disc herniation, also known as a slipped disc, occurs.
These occurrences may happen at peak physical performance, following traumas, or as a consequence of persistent deterioration, and are often accompanied by bad posture and have been linked to a Propionibacterium acnes infection.
Both the deformed annulus and the nucleus pulposus’ gel-like substance may be pressed laterally or posterior, causing local muscle function to be distorted and exerting pressure on a neighboring nerve.
The symptoms of nerve root entrapment might result from this. These symptoms include paresthesia, numbness, chronic and/or acute pain, loss of muscle tone, and reduced homeostatic function, which may occur locally or throughout the dermatome serviced by the entrapped nerve.
The disc does not physically shift; instead, it bulges in one way. Cauda Equina danger. Schmorl’s nodes on the intervertebral disc may also cause herniation of the nucleus pulposus, which is a different kind of herniation. Vertical disc herniation is the medical term for this.
Around 25% of persons exhibit signs of disc degeneration at one or more levels before the age of 40. On magnetic resonance imaging (MRI), more than 60% of persons over the age of 40 have evidence of disc degeneration at one or more levels. These degenerative changes are unrelated to discomfort and are a natural component of the aging process.
The nucleus pulposus starts to dry as a result of age and disc degeneration, and the concentration of proteoglycans in the matrix declines, decreasing the disc’s capacity to absorb shock.
This overall reduction of disc size contributes to the frequent decline in height as people become older. With aging, the annulus fibrosis grows weaker and is more prone to ripping. In addition, the cartilage endplates begin to weaken, cracks occur, and the subchondral bone begins to sclerosis.
The inner nucleus pulposus may leak out and impose pressure on any number of spinal nerves when cracks emerge in the annulus fibrosis owing to osteoarthritic bones or general degradation. A herniated disc may cause pain ranging from minor to severe, such as sciatica, and treatment options for herniated discs include physical therapy and surgery.
DISH (diffuse idiopathic skeletal hyperostosis) is a kind of vertebral column degeneration that involves the calcification or ossification of the ligaments that surround the vertebrae. In the lumbar and thoracolumbar spinal regions, this degeneration induces stiffness and, in some cases, curvature. Long-term running may help to prevent age-related degeneration of the lumbar intervertebral discs, according to new research.
While some individuals may not experience discomfort as a result of this, others may have chronic pain as a result of it. The shape of intervertebral discs may be affected by other spinal illnesses. Calcium deposits (ectopic calcification) in the cartilage endplate and sometimes in the disc itself are frequent in scoliosis patients.
Cellular senescence is also reported to be greater in herniated discs than in non-herniated discs. In addition to scoliosis, which is a lateral ‘S’ curvature of the spine, the fused vertebrae can develop other abnormalities such as kyphosis (hunchback) in old age or lordosis (swayback) in pregnancy and obesity.
Nerve root entrapment is a condition in which causes nerves to become entrapped by the intervertebral disc and can cause pain, numbness, loss of muscle tone, and reduced homeostatic function. Symptoms include paresthesia, numbness, chronic and/or acute pain, and loss of nerve tone.
Running may help to prevent age-related degeneration of the lumbar intervertebral discs, according to a study in the British Journal of Sports Medicine (BJSA) published by Johns Hopkins University’s School of Medicine, Baltimore, in 2014.
People usually ask many questions about “IVDD in dogs”, some of the questions are given below:
Non-surgical therapy may be able to help your dog recover if he has been diagnosed with IVDD but is still able to walk. However, if your dog’s IVDD is severe and he or she is unable to walk, then emergency treatment is essential.
This is a painful disease, and your dog may have trouble walking or manipulating his rear limbs. It’s also possible to become completely paralyzed. As the spinal cord relaxes and dies, it affects the nerves that your dog needs to breathe, severe instances can be deadly.
If your dog is severely afflicted by IVDD and there is no acceptable, practical, or successful treatment available, you may be forced to contemplate euthanasia as a last choice. However, some owners, for example, owing to long working hours, may not have the time to care for a healing dog.
The cost of IVDD surgery can range from $1500 to $4000, without including the price of x-rays and other imaging procedures that will be necessary to adequately prepare for the procedure. The cost of surgical therapy for IVDD might range from $3000-8000 dollars if everything is included.
Intervertebral Disc Disease can affect any of your dog’s discs, and the symptoms vary depending on which portion of the spine is damaged and how serious the damage is. IVDD symptoms can arise quickly or develop over time.
In the vast majority of situations, surgery for dogs with IVDD is quite effective. Dogs who have not lost their capacity to walk have the best results. Atrophy of the spinal cord can occur in dogs with continuing IVDD symptoms, resulting in less effective results.
Although surgery is frequently preferable, four out of five dogs that are weak or paralyzed in their rear legs can recover well without it if they have excellent feeling in the afflicted limbs. However, it may take a long time for these canines to heal — anywhere from 6 to 12 weeks before they can walk again.
Surprisingly, a quarter of veterinarians misdiagnosed the disease, claiming it was muscular discomfort, arthritis, or a gastrointestinal issue, for example. Some dogs have ■■■■ gland issues, which the doctor may be able to treat, but the underlying discomfort caused by IVDD persists.
Even crate-trained dogs require exercise. Despite their restricted mobility, IVDD dogs must be able to stand and move to retain their vigor. A modest walk is OK for a dog that has a back issue. Your walks should be short (5 minutes or less) and never difficult.
Heat treatment can help pets with Intervertebral Disc Disease (IVDD) 72 hours after the incident or surgery. Four times a day, apply localized heat to the region of concern for 15 to 20 minutes. Massage and passive range of motion exercises are beneficial both during and after heat therapy.
A ruptured, slipping, bulging, or herniated disc in your dog is known as intervertebral disc disease (IVDD) IVDD is an age-related degenerative condition that damages the dog’s spinal cord over time.
Disc disease in dogs can cause walking difficulties, paralysis, or loss of bladder function. Fitzpatrick Referrals’ team of certified physiotherapists will build a physiotherapy and rehabilitation program for intervertebral disc disease.
IVDD is a disease that causes pain, swelling, and other symptoms caused by hard disc material pushing on your dog’s spinal cord. A herniated disc may cause pain ranging from minor to severe, such as sciatica.