Category Archives: Medical Advancements

Some of the lastest new trends in veterinary medicine.

TightRope CCL: A New Surgical Option for Cruciate Repair

What is cranial cruciate ligament disease?

The cranial cruciate ligament (CCL) is one of the main stabilizing structures of the knee (stifle) joint in the mail hindlimbs of dogs.  The CCL is a rope-like structure inside the joint that acts as a static (constant) stabilizer of the knee, preventing abnormal “slipping” of the two bones of the knee joint, the femur and tibia.  It’s main job is to hold the femur and tibia in proper alignment during all forms of activity.

Deficiency of the CCL is the most common orthopaedic problem in dogs and inevitably results in degenerative joint disease (arthritis) in the knee joint.  It is referred to as a disease because it is typically the result of a degenerative process in dogs, rather than from athletic injury or trauma.  Although it is often noticed after running, playing or jumping, the disease process has been present for weeks to months when symptoms occur.

 

What are the symptoms of CCL disease?

Some of the symptoms your pet may display are:

  • Limping
  • Holding the hindlimb up
  • Sitting with the leg stuck out to the side
  • Stiffness, especially after exercise
  • Not wanting to play or exercise
  • Pain when the joint is touched or moved
  • Swelling of the joint
  • Clicking sound when walking

 

How is CCL disease diagnosed?

We will review your dog’s medical history and perform a complete examination using tests of the integrity of the CCL, including the “crainal drawer” and “tibial thrust” tests.  X-rays will be performed to assess the amount of arthritis present and aid in determining treatment options.  Sedation or anesthesia may be necessary for making the definitive diagnosis, to avoid causing any pain to your pet.

 

What are my treatment options?

First, it is important to know that there is no cure for CCL disease in dogs.  The goals for all treatments are to relieve pain, improve function and slow down the arthritis.  With these realistic goals in mind, a number of treatment options can be very successful in accomplishing all of them.

Nonsurgical treatment entails rest and nonsteroidal anti-inflammatory medication for 6-8 weeks.  Once the initial pain and inflammation have subsided, a strength-building exercise program and weight loss (if necessary) should be initiated.  Nonsurgical treatment of CCL disease can be successful at accomplishing our goals.  However, the success rate for accomplishing all of our treatment goals is not high and typically, only small dogs weighing less that 30 pounds may have good long-term results with this approach.

Surgical treatment options are numerous and no treatment has been proven to be superior to others for all types of dogs.  It is vital to remember that complete assessment of the joint with treatment of damaged tissues, such as the CCL and meniscus, as well as exceptional postoperative management and rehabilitation programs are as, or even more, important than the “CCL surgery” itself.  The decision should be based on the best available on safety and success, the surgeon’s experience with the techniques and individualized for each patient using the information from the exam and discussion with you  regarding your goals and concerns.

 

Most common CCL surgery techniques:

Tibeal Plateau Leveling Osteotomy (TPLO) is one of the “bone-cutting” techniques and is designed to change the anatomy of the knee so that it no longer “slips” without having to try to replace the function of the CCL.  A semicircular cut is made at the top of the tibia with a curved sa so that the tibial joint surface is “leveled out” to prevent forward slipping of the joint.  A plate and screws are inserted to stabilize the cut bone during the healing.

TPLO Surgery

 

Tibial Tuberosity Advancement (TTA) is the other “bone-cutting” technique which is designed to change the knee anatomy, so that muscle forces are rebalanced to limit the tibia from “slipping” forward.  In this procedure, the bony attachment of the quadriceps muscles is cut, moved forward and held in place with a spacer, plate and screw during healing.

TTA Procedure

 

Lateral Suture Stabilization is the most common technique used to treat CCL disease in dogs.  It is one of the extracapsular techniques.  This means the function of the CCL, which is inside the joint, is replaced by placing a suture outside the joint.  The suture, most commonly a type of medical grade “fishing line”, is placed around the fabella and through the tibia providing a soft tissue-to-bone stabilizer of the joint during healing.  The suture acts as a temporary stabilizer as the dog makes new functional scar tissue around the knee for long-term joint stability.

Lateral Suture Repair

 

TightRope CCL was developed in 2005 to provide a minimally invasive and improved method for extracapsular stabilization of the CCL.  This technique does not require cutting of the bone like the TPLO or TTA procedures.  Instead, it uses small drill holes in the femur and tibia to pass a synthetic ligament-like biomaterial through a small incision to provide bone-to-bone stabilization during healing.  The biomaterial used for the TightRope CCL is called FiberTape.  This is a Kevlar-like material that is used extensively in human surgery for many orthopaedic applications.  This material has properties that make it stronger and less prone to failure than any other suture materials currently being used for CCL. 

TightRope CCL Repair
 

 

Are you concerned that your dog might be suffering from CCL disease?  Call our offices and schedule your appointment with us today.  Dr. Adam Parson performs the TightRope procedure at Northstar Animal Care on 5th Ave. on Mondays and Tuesdays by appointment only. 

 

 

       [Information taken from Arthrex Vet System Brochure] 

Stem Cell Use – In Photos!

Removing the stem cells.

 

 

Today, Dr. Adam Parson harvested adipose tissue from two dogs, which was then spun down, cut, mixed and separated.  Upon completion, the extracted stem cells were injected into the affected joints of each dog.

Stem cells can be used to help ease the discomfort from Osteoarthritis, Tendon/Ligament Damage or a Broken Bone.  Stay tuned for updates on each dog, but for now, enjoy some photos from the procedures today!

Harvesting the adipose tissue.

 

Advance Stem Cell Technologies

We’ve all heard about stem cell research in the news, but did you know that the stem cell therapy can be used in our animal friends?   Dr. Adam Parson has used this technology in our clinic on a chocolate Labrador to help with the pain and discomfort of arthritis.  While this is not an inexpensive endeavor, the owner was wanting to do all she could, and reported that her dog was jogging around the back yard shortly after the procedure! 

 

What is stem cell therapy?
Stem cells are the body’s repair cells.  They have the ability to divide and differentiate into many different types of cells based on where they are needed throughout the body.  Stem cells can divide and turn into tissues such as skin, fat, muscle, bone, cartilage, and nerve to name a few.  They even possess the ability to replicate into organs such as the heart, liver, intestines, pancreas, etc.

Why do we take the cells from adipose (fat) tissue?
Adult stem cells are highly concentrated in the fat tissue.  There are 50 to 1,000 times more stem cells in the fat than the bone marrow.  At this concentration, it is no longer necessary to culture the stem cells to acquire the necessary cell numbers to make a healing impact.  The procedure to extract fat from the patient is much quicker and less invasive than a spay.  The stem cells are contained within a pool of cells in the fat termed the Stromal Vascular Fraction (SVF).  The SVF may impart anti-inflammatory effects, add bioactive peptides, and contribute to reformation and architectural organization.  These are benefits lost once stem cells are cultured. 

What can we do with the stem cells?
Adult stem cells are capable of dividing into many different cell types.  With this capability, we can use them as a treatment for joint injuries, ligament and tendon damage, and fractured bones.  Research and clinical trials currently support the use of stem cells in these conditions.  Ongoing research is targeting other areas of the body for treatment and the preliminary results are very encouraging.

 

If you are interested in learning more about stem cell research, please visit the link below.  And as always, be sure to check out our Facebook pages! 

http://www.medivet-america.com/