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Interventional Chronic Pain Management Treatments | Central Chiropractor

Chronic pain is known as pain that persists for 12 weeks or even longer, even after pain is no longer acute (short-term, acute pain) or the injury has healed. Of course there are many causes of chronic pain that can influence any level of the spine, cervical (neck), mid back (thoracic), lower spine (lumbar), sacral (sacrum) or some combination of levels.

What treatments do interventional pain management specialists perform?
Oftentimes, early and aggressive therapy of chronic neck or back pain can earn a difference that is life-changing. But remember that knowledge is power: Be certain that you know your choices. There are various treatment procedures and treatments available for chronic pain, each completed by a treatment specialists. Interventional pain management specialist treatments may be a fantastic solution for some people with chronic pain symptoms.

Interventional Pain Management Specialists
Interventional pain management (IPM) is a special field of medicine that uses injecti…

Post Injury: Are You Ready To Return To Sport?


Injury scientist, Dr. Alexander Jimenez explores the science behind injury rehabilitation and readiness for returning to the game...

When Are You Able To Return?

When to return to sport following an injury is no specific science and there are misconceptions. The mechanism of the amount of damage, injury and the type of sport the athlete is returning to are to be considered. It's projected that 12-34% of hamstring injuries(1) and 3-49 percent of anterior cruciate ligament injuries(2) re-occur as a consequence of premature return to athletics. Athletes severely underestimate the opportunity to come back to sports performance and level is often reduced during the return. This is sometimes because the athlete is not physically or emotionally ready. By way of instance, when a group of runners and dancers were asked to estimate when they would be back at their unique sports post-injury, the runners answered an average of four weeks and the dancers. The real average return was 16 weeks for the runners and 50 weeks to the dancers(3).

But it's not an easy task for the physiotherapist either. There's a lack of knowledge in when to ascertain the athlete ready for game. A point Nonetheless is initially formed by the physiological aspect of injury healing, even if tissues should theoretically be "treated" it does not prove it is able to withstand normal or aggressive sports activity. The decision process is enhanced by using clinical tests and a measure of muscle strength, stability, balance, neuromuscular control and function are required. Each athlete should progress through a program of rehabilitation tests and sports-specific drills prior to attending training sessions that are normal. Maintenance programs should be performed after return to ensure complete condition is reached and that the athlete could withstand the aggressive demands week after week.

The Science Behind Recovery- Soft Tissue Healing

Trauma and injury will always trigger an inflammatory response to the area that is wounded. This is essential for recovery and is the natural means of coping with the stress of the body. The injured tissues will go through three main stages; the length of which varies depending on the type of cells and how severe the injury is. The phases are summarized in Table 1.


Rehabilitation should commence when pain and swelling have diminished. Exercise seven days post-injury has no reported effect on the inflammatory process since this stage should be well under way(4). This highlights that early rehab isn't detrimental after this stage and should be actioned. The athlete should rely upon their pain levels as indicators of how much they could do in the initial stages. Gradual, controlled loading to injured limbs encourages early return to exercise(4). Once the athlete has reached a reasonable standard post-injury they should start functional exercises (walking, jogging, jumping etc) which form the basis of their sport. This bridges the gap between rehabilitation and sporting skills and begins to prepare the athlete as well as physically. Tests can be used to indicate how the athlete is progressing. A full week of training with outcome and effort is also required before permitting play.

Tests For Injury Readiness

There are lots of tests which could be used following injuries. Here we present a few tests that are fast and simple to run and require special set-up or no equipment.

Throw & catch -- with weights of balls


The Throw and Catch test can be completed for all shoulder injuries and throwing/catching sports and they may be thrown at different speeds until the action replicates the intensity of the sport. The number of successful efforts can be listed. As the ball is caught by the hand it produces a pre-stretch on the shoulder muscles and causes the muscles to resist allowing the arm to be pulled backward and instead demands the capability to propel it forward (5).

The "H-test" -- for all hamstring injuries and/or sports that involve running


The H-test assesses both physical readiness of the hamstring muscles, but also accounts for an athlete's confidence in performing a quick test. The evaluation is performed lying flat. The athlete increases their injured leg straight upward from the hip as high as possible. This is to be performed for practice and three times with speed. The amount of flexibility needs to be recorded and the athlete subsequently rates their degree of bitterness performing this task using a scale of 0-100, with 100 being the most insecure (6). If an injury is still present the evaluation may show a reduced level of versatility (height) or a greater degree of insecurity on the injured leg compared to the uninjured side (6).

Hopping -- for all knee and ankle injuries and sports involving jumping


A series of four tests can be used to assess athlete performance and ability to generate power and force. Knee and ankle stability on landing can also be assessed.
The sequence consists of:
  • Single hop for space;
  • Six- meter timed hop;
  • Triple hop for distance;
  • Crossover hops for distance (7).
Successful completion of these tests demonstrates confidence in the injured limb and a prognosis for return to game. The test results should be compared to the other hand to check for differences, and whether the injured leg can perform at 90 percent or more of the great leg that the athlete would be fit to return(6). This applies to all operational strength and flexibility tests.

Running drills

A progressive program that was running should be trialled and just with development deter- mining readiness for game. The drills should be improved as detailed below (8). If any stage creates concern the athlete rest for 24-48 hours, should cease and then go back to the stage prior to the one they found difficult.

Walking/jogging

200m, walks. Increase jog. Increase jog. Increase jog to 3km

Running

Gradually raise speed during the 3km run for 100m at one time (ie increase pace for 100m, and then run the next 100m at normal pace and repeat).

Sprints

Accelerate for 20m, reduce pace and decelerate for 30m. Repeat this drill up to 10 times.
Gradually increase the pace until sprinting at 100% capacity, working at effort, attempt that is 90%, 70 percent attempt, 80% attempt.

Multi-directional runs

Run in broad figure-of-eight shapes, repeating up to five times. Then repeat with greater pace although again.
Repeat in tighter, smaller figures- of-eight.

Agility drills

The ability to quickly change direction and body position while keeping the body is recorded by specific agility exercises. This is in a competitive environment is when injury occurs and a vital part of sports play. Agility drills consist of tasks such as:
  • Runs in zig-zags at roughly 45-degree angles then repeat with speed.
  • Changing the angles of cut with sharper turns, to 90 degrees.
  • Combining running in squares with forward, backwards and sideways running. Boost stride length and speed with each rep.
Two well used standardized tests which can be used are the T-test (Figure 4) and the Side-hop test (below).

The T-test


There is A run and the time recorded. This can be compared to future trials as the athlete progresses, as well as observing the effort and their path it takes to turn the corners.

Side-hop test

The Side-hop test consists of jumping over two lines which are put on one foot laterally from side-to-side. The amount of jumps achieved within 30 seconds is recorded. This can be compared to the uninjured leg. The Side-hop evaluation has a greater capacity to determine side-to-side deficits in comparison to other jump tests (8).

Importance Of Ongoing Rehab

Even once the athlete has returned to training and competitive play, the incorporation of an on-going maintenance program is essential to ensure they remain rehabilitated and can cope with the demands of the activity. Having been away from the training schedule for a while will allow de-conditioning to happen. The maintenance program should consist of exercises for the area exercises and core stability. This should be completed once after return to game.

Summary

  • Athletes have misconceptions about when they think they'll be able to return to sport following injury.
  • This decision process can be enhanced by the use of a assortment of tests and provides a pathway that is graduated for the athlete to progress through.
  • Testing should involve specific injury assessments such as the Throw and Catch test for shoulders, the H-test for hamstrings, and the series of four jumps for ankles and knees. All tests should be compared to the side.
  • Running drills and agility drills like the T-test and the Side-hop evaluation should be used to evaluate performance outcomes.
  • The athlete during their rehabilitation and their status' psychological wellbeing should be monitored throughout. Reduced knowledge, expectations and assurance can affect recovery speed.
References
1.Arthrosc. 2011 Dec;27(12):1697-1705.
2. Sports Med. 2004;34(10):681-695.
3. Br J Sports Med. 2006 June;40:40-44.
4. The Phys Sport Med. 2000 Mar;28(3):1-8.
5. Clinical Sports Medicine. 2006, Revised Third Edition; Australia: McGraw-Hill.
6. Knee Surg Sports Traumatol Arthrosc. 2010 Dec; 18(12):1798-1803.
7. Phys Ther. 2007 Mar;87(3):337-349.
8. Knee Surg Sports Traumatol Arthrosc. 2006 14:778-788.
9. Psych App to Sports Inj Reh. Aspen Press 1997.
10.NZ J Physiother. 2003 31;60-66.
11. J Sport Reh. 2012 (21);18-25.
12. J Athletic Train. 2013 48(4);512-521.

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