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Spinal Decompression Treatments

Dr. Alex Jmenez, Chiropractor Discusses: Spinal Decompression Therapies, Protocols, Rehabilitation and Advance Treatments Care Plans

At our offices, we offer conservative care for degenerative spinal conditions, including several treatment modalities. Thus, the traction distinguishes as it can elicit the body’s protective proprioceptive response to distraction, reducing intradiscal pressure and minimizing symptoms secondary to disc herniation and axial pain.
Our integrative treatments aim to determine the clinical effects of a short treatment course of motorized axial spinal decompression for patients with pain and physical impairment caused by either lumbar or cervical degenerative disc pathology with no immediate surgical indication.

Conservative care for mid to long-term degenerative spinal conditions with axial and irradiated pain generally includes pharmacological treatment, physical rehabilitation, or injections. Mechanical traction is an old treatment modality, which has been decreased in use facing other modern technologies or utilized in combination with other treatment modalities, such as manual therapy, exercises, heat, or electrotherapy. We, too, offer advanced spinal treatment workshops and boot camps to help educate patients on the dynamics of spinal hygiene.

Our patients get treated for chronic radicular axial spinal pain. This is a referred pain in the spinal axial skeleton and is considered a syndrome with both nociceptive and neuropathic pain components. Patients report improvement in symptoms with a reduction of the axial load in the spine.
Previous studies have shown a decrease of pressure in the intervertebral disc after traction, unloading of the spinal structure, and alleviating the inflammatory reaction of the nerve roots. Here, we present our patients’ literature and scientific background information to make educated decisions about the advanced spinal decompression protocols.

If you’re looking for a non-surgical solution for your persistent back or leg pain, you may want to try spinal decompression therapy. Unlike invasive or laparoscopic surgeries, spinal decompression does not require the patient to go under the knife. Instead, the patient’s spine is stretched to relieve back and leg pain. The goal of spinal decompression is to create an ideal healing environment for the affected areas.

This treatment is typically used for:
Bulging discs
Degenerating discs
Herniated discs

Call us today to schedule your first appointment! Our team in El Paso is happy to help.


El Paso Spinal Decompression Treatment

El Paso Spinal Decompression Treatment


Introduction

Dr. Alex Jimenez DC introduces Dr. Brian Self DC, as he explains the procedures of how to treat patients that are dealing with back pain by using the DOC decompression machine. The DOC decompression machine is used for spinal decompression therapy as it utilizes traction by gently stretching the spine to allow nutrients and oxygen back to the compressed spinal discs and increasing the disc height for many individuals that are suffering from a herniated or bulging discs. If you want to learn more about spinal decompression therapy, this link will explain the benefits of spinal decompression and how it can alleviate low back pain symptoms. By referring patients to qualified and skilled providers specializing in spinal decompression therapy. To that end, and when appropriate, we advise our patients to refer to our associated medical providers based on their examination. We find that education is the key to asking valuable questions to our providers. Dr. Alex Jimenez DC provides this information as an educational service only. Disclaimer

 

Can my insurance cover it? Yes, it may. If you are uncertain, here is the link to all the insurance providers we cover. If you have any questions, please call Dr. Jimenez at 915-850-0900.

 

[00:00:02] Dr. Brian Self DC: So the first thing we’re going to do is lumber supine. OK, so before the patient gets on the table, a couple of things for them to know, you want everything out of their front and back pockets, keys, wallets, cell phones, everything in their pockets. Have them take their belts off if they’re wearing belts, and then have them use the restroom before they get on the table. I don’t let patients use their phones on the table. I prefer that they relax and fall asleep if they can. The more relaxed the patient is on the table, the better the treatment will be. So when we’re doing a lumbar supine, this would be good for heavier or older patients who can’t lay on their stomachs. Also, flexion-based conditions would be the best supine. So spondylolisthesis or stenosis, or anything where flexion makes it better and the extension makes it worse. When we’re doing a lumbar supine, we’re looking for this red line at the bottom of this thoracic cushion. So we’re going to line this one up where we want it. And then, these two red tabs are equal to the distance from the top of the iliac crest to the lowest rib. OK, so as the patient gets taller, this will slide up. So on our shortest patient, these two red tabs will be touching each other just like that as the patient gets taller; this thoracic harness will slide up. So the pelvic harness always stays; the thoracic harness will slide up as needed. So a two to three-inch gap would be for a patient that’s about five foot four to about six foot tall. A four-to-five-inch gap would be about six foot to about six foot seven. So the shorter patient, this thoracic harness comes down, the taller the patient, the thoracic harness slides up to make more gaps here. So once we know where we want these harnesses, let’s say I’m treating somebody who’s a normal male height. I will put these harnesses exactly where I want them, and then I will tighten this. So that this one is not going to move, and then I’m going to grab one seat belt in each hand, and then I’m going to lay this down one time with the red line right at the cushion where we talked about. So I’m going to lay it down one time. So I’m not messing with the velcro, and I’m going to velcro it right here to kind of hold it in place. And then what I’m going to do is I’m going to spin around and hold everything with my left hand, with my right hand. I’m going to point to where I want the patient to sit, which is right about here at this angle. If they sit too low on the table, then the top of their iliac crest will only be about right here when they lay back. If I have them sit right when they lay back, the top of their iliac crest will be about where you want it, the top of the pelvic harness. So hold all these, so they don’t move around too much. Have the patient sit about right here and then have them lay back. Now, once they lay back, then what you’re going to do is you’re going to take this with your right hands. I think it’s easiest to grab this with your right hand, bring it across, tuck it under, reach across it with your left hand, and then bring it straight across so it’s nice and snug. And with my right hand, I tuck my thumb underneath there so my hands are not in the way. Next, we’re going to do the seatbelt. And we’re going to bring this across now; the easiest way to tighten the seatbelt is not to grab this and pull hard this way because that will move the patient if they’re in pain, OK? The easiest way is to grab this with your right hand. Grab this one with your left hand and feed it through, so you’re feeding it with your right as you’re pulling it with your left hand. So you’re feeding that through to get that nice and snug. And then what we want is this metal ring to be centered on the patient, OK? Now, when the patient sits down on the harness, this will bunch up, and there will be a lot of extra fabric under their rear ends. So what you want to do is grab this and pull it this way. Pull it away from the patient to get all the extra fabric out so that it’s nice and tight. You will go through this ring and back up and attach it to the bottom here. OK. So again, this is all nice and tight now, with no extra fabric in there. And then what we can do is put the knee pillows under. If we want the knee pillows to be taller, we can rotate them like this. So if we want more flexion in the spine, we can use the taller position. OK? So always do your lumbar harness first, and then do your upper harness last. So on our upper harness, we’re looking to come around and down to make an X pattern. OK. You want the patient’s lowest rib to be right in the middle here. 

 

Lumbar Treatment

Dr. Brian Self DC explains how to set up the DOC decompression traction table for many individuals that are going in for a lumbar treatment. Lumbar treatment is used for many individuals who are suffering from low back pain and is treated by laying on their back.

[00:07:08] Dr. Brian Self DC: OK, so you’re coming across and down to encapsulate the patient’s lowest rib, and that should make an X if you did it correctly. Next, what we want to do is we want to choose the angle that we’re going to be treating. So we go to the computer, and then we’ll go to elevation in targeting. And then, we could do a pre-programmed level to hit L5 S1 on a computer and then begin targeting setup. And then, we can treat it at that predetermined angle. Now, suppose we don’t want to do the predetermined angle. We can constantly adjust the lumbar flex or lumbar flex down until we find the comfortable angle centralizing the symptoms. The most important thing is finding the angle that centralizes the pain, the numbness, the tingling. Anything that makes the pain go farther down the leg into the foot is making it worse. Anything that centralizes and brings those symptoms to the spine probably makes it better. So you’re looking for that comfortable position that centralizes the symptoms. Now, at this point, we could add some lateral flexion if we wanted. So if we go to the bottom of the table here? The table will flex left and right laterally if you squeeze just the left mechanism. OK, so this would be for a lateral bulging disk. The table will rotate left and right if we squeeze just the right one. When that comes into play, if you have a patient sitting in the waiting room and leaning like this to take the pressure off the nerve, you will recreate whatever lean they have on the table and treat it in that position. So if they’re in left lateral flexion with left rotation, you would put the table into left lateral flexion with left rotation. So, recreate whatever position and centralize their symptoms on the table itself. So whether that’s flexion or lateral flexion or rotation or a combination, you want to figure out what positions bring them relief and put the table into that position, OK? Or if they’re walking down the hallway and leaning to the left while they’re walking, then you would just recreate that position on the table and do the treatment in that position. So now that we’ve chosen our angle, we want to tighten everything down so we would come up here, pull this nice and tight, and then go up to this upper one up here. So we go up here for this one, nice and tight, making sure all the slacks are out of there, and then we would be ready to treat. And then so we would go here, go to our automatic decompression menu. If it’s their first week, we will select legacy number one. And then we’re going to hit confirm lumbar treatment; since we’re doing a lumber treatment. And then, we would choose their treatment kilograms, which will be based on one-third of the patient’s body weight for a lumbar or 10 percent for cervical. So we put in our kilograms and then select the number of cycles that we want to do. The number of cycles determines the amount of time that the treatment takes. I recommend starting with one cycle for the first visit and seeing how they do. And then going up one cycle per visit for the first five visits. So visit one, one cycle, visit two, two cycles, visit three, three cycles, visit four, four cycles, and then visit five, five cycles. And then that’s about the most you would want to do on legacy one because that’s going to be about a twenty-five-minute treatment that would allow you to do a 30-minute appointment time. And your treatment time is going to be about twenty-four minutes, which gives you six minutes to take the patient on and off the table and still maintain 30-minute appointment times. So around twenty-three minutes is about the most I would do on a lumber treatment. With your cervical treatments, you can get away with less time. You can do as low as 15 minutes on the cervical and get good results. Once we’re all set up here, once we’ve set up our treatment parameters in the computer, we would just hit start and start the treatment.

 

[00:12:36] Dr. Alex Jimenez DC: Remind me that we start on legacy one cycle one on the first day, correct?

 

[00:12:48] Dr. Brian Self DC: Correct.

 

[00:12:50] Dr. Alex Jimenez DC: And every day, one cycle.

 

[00:12:53] Dr. Brian Self DC: Correct, and only up to five cycles on that.

 

[00:12:56] Dr. Alex Jimenez DC: Five cycles. OK. And we should continue with those five cyles?

 

[00:13:07] Dr. Brian Self DC: Until you feel like they’re stable and until you feel like you’re not going to make them worse and they’re ready to go on to a more aggressive treatment, which would be K one if it’s a herniated or a bulging disc or K five if it’s a degenerative disc.

 

[00:13:28] Dr. Alex Jimenez DC: Well, I’ll clarify one thing. I’m just asking if we should maintain the five cycles after 14 days?

 

[00:14:00] Dr. Brian Self DC: Yes, unless you feel like you’re going to maintain those five cycles until you feel like they’re ready to progress to K1. Now, that might be after one week. It might be after two weeks, but do the five cycles until you feel like they’re ready to go to the following protocol.

 

[00:14:22] Dr. Alex Jimenez DC: Is it normal to continue the cycles for one week or two weeks?

 

[00:14:29] Dr. Brian Self DC: Yeah, one to two weeks is usually average for most people.

 

[00:14:34] Dr. Alex Jimenez DC: Right.

 

[00:14:37] Dr. Brian Self DC: Now, if the patient is stable on their end, they’re not that bad every once in a while. You might progress a little bit faster. Or sometimes, patients are just prolonged to respond. And in that case, then you might want to do the legacy one, you know, for a lot longer. It just depends on the patient.

 

[00:15:03] Dr. Brian Self DC: OK, so that’s lumber supine.

 

[00:15:09] Dr. Alex Jimenez DC: So we continue the cycles for the next two weeks, and when we feel the patient is now ready to progress to the following protocol, can we go for the K1 protocol?

 

[00:15:43] Dr. Brian Self DC: Yes, you can go for K1 whenever you feel the patient is ready. 

 

[00:15:49] Dr. Alex Jimenez DC: And how long is the K1 protocol?

 

[00:15:52] Dr. Brian Self DC: Generally that the whole rest of the treatment. So if it’s a herniated or a bulging disc, you would do K1 for weeks two through six, or if it’s a degenerative disc, you will do K5 for weeks two through six.

 

Prone Treatment

Dr. Brian Self DC explains how the DOC decompression is used for prone treatment. Prone spinal treatments are for many individuals that are suffering from posterior-lateral herniated or bulging disks and are treated by laying down on their stomachs either at an angle or flat on the DOC table.

[00:16:45] Dr. Brian Self DC: So next, it will be prone. Prone is suitable for younger patients with a posterior or a posterior-lateral herniated disk. So any patient that comes in between like 20 and 40 years old, that’s got a posterior bulging disk. And they say that flexion makes it worse. And extension makes it better; you’re probably going to put them prone. You would do prone because if they’re lying on their stomach on a poster bulging disk, the disk will be pointing up. Gravity is working in the direction you want the disk to go. So on a posterior bulging disc, prone is generally going to be a better treatment position. Now for prone, you’re probably starting with the table flat. So for prone, you’re probably going to start with the table flat, and then I’ll usually go up a couple of degrees per treatment if they can tolerate it. So for the first visit in prone, you don’t need these knee pillows, you would just lay them flat, and then you may come up into extension about two or three degrees per treatment. So as long as they can tolerate it, you can go up to extension with each treatment as long as they’re handling it. Now, it might not be super comfortable, but it can be more effective from a treatment standpoint, and then you can even add some extension here in the cervical. So this is putting them almost into like a MacKenzie type of protocol. And again, this is best for a herniated or bulging disc in a young patient where flexion makes it worse, and the extension makes it better. Now they may only be able to tolerate prone completely flat, and that’s OK. That’s a good position too. So just do prone, but completely flat. The only difference is with your armrests; you will have your armrests in the lower slots facing forward for a prone. OK, so your armrests are down there in the lower slots. Whereas supine, they’re going to be in the upper slots in line with the table.

 

[00:19:52] Dr. Brian Self DC: If the patient is supine, this would go in the upper slots just directly in line with the table there. OK, so that’s going to be supine, and then down here is where you put your armrests for your prone treatment. 

 

[00:21:46] Dr. Brian Self DC: So there’s no predetermined angle for prone. Everything is going to be the same as supine. The only difference is you’re just going to manually go up or down depending on how much flexion or extension you are. You’re still going to choose legacy one and then confirm a lumber treatment.

 

Cervical Treatment

Dr. Brian Self DC explains how the DOC decompression machine is used for cervical treatment. Cervical treatment is used for many individuals that are suffering from neck and shoulder pains. The DOC decompression machine gently stretches the neck for the individual to have relief. 

[00:22:40] Dr. Brian Self DC: So next, I want to go over cervical. So for cervical, what you’re going to do is you’re going to take your pelvic harness. And I usually just drap it off the end of the table out of the way with your thoracic harness. You need to remember that you want to take this post out with a thoracic harness, OK? So never pull this through this clamp because most people will put it back in the wrong way, and then it doesn’t work. So always when you’re doing this cervical, always take this whole bar out with this and then just set it to the side. So what you’re going to do is you’re going to take your cervical headpiece, and the first thing you’re going to do is adjust the width of the head posts. So a number two on each side is about a small female neck, or a number three on each side would be like a larger female neck and a smaller male neck. So number three on each side. And number four on each side would be a large male head now, once you get up to number four. Then I recommend taking this pad out because if you have a really large head, you want it to sit a little deeper in there. So if you get a huge head and this is pulling out from underneath their head, then take this out so it can sink a little bit.

 

[00:25:23] Dr. Brian Self DC: So next, what you’ll do is you’ll go ahead and place this in between the two face cushions. OK, so please don’t put it in the slot where you took the other post out; it will go in between the two face cushions there. Next, what you want to do is you want to come to the table and adjust the flexion that you want, depending on which disc we’re treating. So if you go into your elevation and targeting menu, you’ll see where it says cervical flexion angle. And then, you would go to your chart and know that negative 18 degrees is C6 C7.

 

[00:26:07] Dr. Brian Self DC: If we were treating C6 C7, we would take our cervical flexion angle on our computer until it says negative 18 degrees. Now what I like to do is just take a hand towel and put it over the cervical headpiece. Kind of tuck it down under. 

 

[00:26:39] Dr. Brian Self DC: So tuck your towel in there, lay the patient down, and then you’re going to bring this up over their forehead start and then bring this just above their eyebrows. OK, so now the towel will keep all of the makeup, sweat, and everything off of your headpiece. OK, so that way, you don’t have to wipe everything down every time you can when the treatment is done. This covers everything.

 

[00:27:28] Dr. Brian Self DC: You can put the knee pillows under for comfort, for the knees, and then everything else would be the same except that your force will be about 10 percent of the patient’s body weight. So on the lumbar, we were about a third of the bodyweight. We’re going to be about 10 percent of the bodyweight on the cervical.

 

[00:28:11] Dr. Brian Self DC: You just go to the main menu and then elevation in targeting. And then just watch your cervical flexion angle in your bottom left-hand corner, and then you would look at your chart that I sent you, and then you would say, “OK, C7-T1 is negative.”

 

[00:28:34] Dr. Brian Self DC: You would look at the chart and say, “OK, C7-T1 is negative twenty-two degrees.” So you would just go up until your cervical flexion angle says negative twenty-two degrees.

 

[00:28:52] Dr. Brian Self DC: Or if it were C6 C7, you would go down until it says negative 18 degrees.

 

[00:29:19] Dr. Brian Self DC: So that’s it for cervical. And then you would just choose legacy number one for the first one to two weeks, and then you would go to K1 if it’s a herniated or bulging disc for weeks two through six or K5, if it’s a degenerative disc, for weeks two through six.

 

[00:29:39] Dr. Alex Jimenez DC: Now, what is the length or duration of treatment for cervical?

 

Conclusion

Dr. Brian Self DC recaps the number of sessions for spinal decompression using the DOC decompression machine. Whether it is for lumbar, prone, or cervical treatment, spinal decompression will provide instant relief for many individuals.

[00:29:50] Dr. Brian Self DC: You will probably do it every day for two weeks and then three times a week for two weeks and two times a week for two weeks.

 

[00:30:04] Dr. Alex Jimenez DC: And lumbar is every four weeks?

 

[00:30:06] Dr. Brian Self DC: Yes. The cervical will generally respond faster and easier, so you can get away with it three times a week for six or seven weeks if you have to on cervical. Now lumbar, I recommend every day, with cervical; you could do a little bit less and still get excellent results. Now I will tell you that patients don’t tolerate the cervical sometimes. They complain that it makes the area go numb back here or complain about a temporary headache over the forehead. Right? That’s OK. That’s perfectly normal. I tell patients, you know, just to be patient. The results will still be excellent, but it’s not comfortable for some patients. The other thing I forgot to tell you is if patients are wearing glasses, have them take off their glasses. If they have huge earrings like big hoop earrings, then have them take off the earrings. But other than that, it’s pretty straightforward.

 

[00:31:12] Dr. Alex Jimenez DC: So, if you feel some numbness on the back or have a headache on the forehead, what should be the way to manage the patient? I mean, if somebody is complaining, then how should we do that?

 

[00:31:26] Dr. Brian Self DC: You can add this if you want. So this will go in between the two black occipital posts. So you can add this, I wouldn’t say I like to use this if I don’t have to, but you can add that and then add the towel over that to make it a little more comfortable.

 

Disclaimer

Spinal Decompression Nutrition

Spinal Decompression Nutrition

Non-surgical spinal decompression relieves pain related to spinal conditions, injuries, and disorders that provides a comfortable, affordable alternative treatment option to costly and invasive surgical procedures. Non-surgical spinal decompression can also relieve pain associated with post-surgical rehabilitation. A key to successful outcomes is including added components of the treatment that includes spinal decompression nutrition.

Spinal Decompression Nutrition

Spinal Decompression Nutrition

Proper nutrition and a balanced diet are essential elements of overall health. Individuals suffering from herniated discs, bulging discs, degenerated discs, sciatica, and chronic low back and neck pain are often deficient in vitamins and minerals, leading to inflammation and pain. These deficiencies can cause or exacerbate the pain and prevent or slow down healing. The bones, muscles, and other structures in the spine need proper nutrition to be strong enough to support the body and perform functions optimally. A health coach and nutritionist can recommend the proper diet and supplements to expedite healing, depending on the patient, the circumstances, and the individual situation. A non-inflammatory diet can make a big difference in patients’ symptoms and the effectiveness of decompression therapy.

The Right Foods

Eating a balanced diet with the right amount and variety of vitamins and nutrients can reduce back problems by nourishing the spine’s bones, muscles, discs, and other structures. While a healthy diet calls for various vitamins and nutrients, several healthy choices can directly benefit the spine. First and foremost is:

Sugar and Nitrate Reduction

  • High sugar diets lack the nutrients needed to prevent the release of inflammatory mediators.
  • The average individual consumes around 100 lbs of sugar per year.
  • Dessert foods are high in fatty acids, which increase inflammation.
  • Any foods containing high fructose corn syrup like salad dressings and sodas.
  • Processed foods high in nitrates like hot dogs, sausage, and lunch meats.

Super Foods

Increase healing of the spine at the cellular level with superfoods that include:

  • Shellfish – shrimp, crab, prawns, and oysters.
  • Dark green vegetables – spinach, asparagus, kale, and collards.
  • Red Fruits and Vegetables – red peppers, beets, dark berries like blackberries and blueberries.
  • Avocados
  • Olive oil.
  • Black olives.
  • Red onions and apples.
  • Flaxseeds, chia seeds, grains, and nuts.
  • Beans – navy beans, kidney beans, soybeans.
  • Cold Water Fish – sardines, mackerel, salmon, anchovies, and herring.
  • Winter Squash.
  • Water – maintaining hydration is important for re-hydrating degenerated, dried-out discs.

Pre Spinal Decompression Nutrition

The human body was created to heal itself; however, getting the proper nutrition can be difficult as circulation is impeded/blocked when going through a back injury or spinal condition. Eating and/or supplementing with essential nutrients and minerals could be recommended to encourage and engage the healing process. Using nutrients to improve recovery and healing is known as immunonutrition. Pre-decompression allows the tissues to begin healing. Then the chiropractic health team can prepare the tissues for decompression through therapeutic massage, heat, low-level laser therapy, and ultrasound.


DRX9000 Explained by a Neurosurgeon


References

Calder, Philip C. “Fatty acids and inflammation: the cutting edge between food and pharma.” European journal of pharmacology vol. 668 Suppl 1 (2011): S50-8. doi:10.1016/j.ejphar.2011.05.085

Gay R. “All About Spinal Decompression Therapy.” Spine-health. www.spine-health.com/treatment/chiropractic/all-about-spinal-decompression-therapy. Published September 2013. Accessed April 2015.

InformedHealth.org [Internet]. Cologne, Germany: Institute for Quality and Efficiency in Health Care (IQWiG); 2006-. What is inflammation? 2010 Nov 23 [Updated 2018 Feb 22]. Available from: www.ncbi.nlm.nih.gov/books/NBK279298/

Innes, Jacqueline K, and Philip C Calder. “Omega-6 fatty acids and inflammation.” Prostaglandins, leukotrienes, and essential fatty acids vol. 132 (2018): 41-48. doi:10.1016/j.plefa.2018.03.004

Sports Back Injuries: Spinal Decompression

Sports Back Injuries: Spinal Decompression

Whenever stepping out onto a playing field or gym, there is a risk of suffering sports back injuries. Back pulls, strain and sprain injuries are the most common. Low back pain is one of the most prevalent complaints at all levels of competition. 90% of these acute back injuries will heal on their own, usually in about three months. However, sometimes these injuries can be more severe and require professional medical care. Treatment options for different groups of athletes include nonsurgical motorized spinal decompression.

Sports Back Injuries: Spinal Decompression

Sports Back Injuries

Injury mechanisms vary from sport to sport, but there are recommendations regarding spinal decompression treatment for these injuries and return to play. Chiropractic healthcare specialists understand the sport-specific injury patterns and treatment guidelines for athletes following a back injury. Spinal decompression treatments are beneficial and result in higher rates of return to play depending on the specific sport of the injured athlete. A chiropractor will create a personalized spinal decompression treatment plan for the sport-specific context to meet the athlete’s short and long-term needs.

  • An estimated 10–15% of athletes will experience low back pain.
  • All types of sports place increased stress on the lumbar spine through physically demanding and repetitive movements/motions.
  • The repetitive shifting, bending, twisting, jumping, flexion, extension, and spinal axial loading motions contribute to low back pain even though the athletes are in top shape with increased strength and flexibility.
  • Injury patterns demonstrate the increased stresses that athletes place on the lumbar spine.

Common Spine Sports Injuries

Cervical Neck Injuries

  • Stingers are a type of neck injury.
  • A stinger is also known as a burner is an injury that happens when the head or neck gets hit to one side, causing the shoulder to be pulled in the opposite direction.
  • These injuries manifest as numbness or tingling in the shoulder from stretching or compressing the cervical nerve roots.

Lumbar Lower Back Sprains and Strains

  • When trying to lift too much weight or using an improper lifting technique when working out with weights.
  • Fast running, quick stopping, and shifting can cause the low back and hip muscles to get overly pulled/stretched.
  • Staying low to the ground and springing/jumping up can cause abnormal stretching or tearing of the muscle fibers.

Fractures and Injuries to the Supporting Spinal Structures

  • In sports that involve repetitive extension movements, spinal stress fractures are relatively common.
  • Also known as pars fractures or spondylolysis, these happen when there is a crack in the rear portion of the spinal column.
  • Excessive and repeated strain to the spinal column area leads to low back pain and injury.

Nonsurgical Spinal Decompression

Nonsurgical spinal decompression is motorized traction that is used to relieve compression pressure, restore spinal disc height, and relieve back pain.

  • Spinal decompression works to gently stretch the spine changing the force and position of the spine.
  • The gel-like cushions between the vertebrae are pulled to open up the spacing taking pressure off nerves and other structures.
  • This allows bulging or herniated discs to return to their normal position and promotes optimal circulation of blood, water, oxygen, and nutrient-rich fluids into the discs to heal, as well as, injured or diseased spinal nerve roots.

DRX 9000 Decompression


References

Ball, Jacob R et al. “Lumbar Spine Injuries in Sports: Review of the Literature and Current Treatment Recommendations.” Sports medicine – open vol. 5,1 26. 24 Jun. 2019, doi:10.1186/s40798-019-0199-7

Jonasson, Pall et al. “Prevalence of joint-related pain in the extremities and spine in five groups of top athletes.” Knee surgery, sports traumatology, arthroscopy: official journal of the ESSKA vol. 19,9 (2011): 1540-6. doi:10.1007/s00167-011-1539-4

Lawrence, James P et al. “Back pain in athletes.” The Journal of the American Academy of Orthopaedic Surgeons vol. 14,13 (2006): 726-35. doi:10.5435/00124635-200612000-00004

Petering, Ryan C, and Charles Webb. “Treatment options for low back pain in athletes.” Sports health vol. 3,6 (2011): 550-5. doi:10.1177/1941738111416446

Sanchez, Anthony R 2nd et al. “Field-side and prehospital management of the spine-injured athlete.” Current sports medicine reports vol. 4,1 (2005): 50-5. doi:10.1097/01.csmr.0000306072.44520.22

Try Spinal Decompression

Try Spinal Decompression

Individuals with chronic back and/or leg pain are encouraged to try spinal decompression. Non-surgical spinal decompression is a treatment option therapy that has been proven to be safe, gentle, and successful. This therapy is motorized traction that takes the pressure off the spinal discs and stretches out the spine to its correct position. It is highly effective, comfortable, affordable, and a safe alternative to surgery. At Injury Medical Chiropractic and Functional Medicine Clinic, our spinal decompression team/tables effectively treat:

  • Neck pain
  • Chronic back pain
  • Sciatica
  • Bulging discs
  • Herniated discs
  • Degenerated discs
  • Whiplash

Try Spinal Decompression

The vertebral bones protect the spinal cord. Everyday wear-and-tear, improper posture and injury can cause parts of the vertebrae to compress the spinal cord’s nerves, leading to pain, numbness, or tingling. Non-surgical spinal decompression therapy is also known as NSSD or SDT/Spinal Decompression Therapy. The goal of the treatment is to restore optimal health to the spine. Pain-causing conditions can be reversed or healed, and discs can be normalized through the decompression process as it encourages spinal repositioning to promote optimal healing.

Decompression Table

  • The spinal decompression table may consist of a manually operated cable and pulley system or a computerized table segmented by the upper and lower body.
  • The angle and pressure applied depend on the type of injury and the individual’s needs.
  • Each procedure is carefully calculated to reposition the spinal discs and disc material to alleviate pain.

How It Works

Spinal decompression is a mechanized version of a chiropractic adjustment. By gently stretching and moving the spine, the vertebrae have proper alignment restored, restoring range of motion, decreasing or eliminating pain, and improving mobility and function.

  • The individual is strapped to the machine with a harness that helps position the back for optimal decompression.
  • Depending on the condition and severity, the therapist will choose from a list of decompression programs.
  • Slowly, the spine is stretched and lengthened, relieving pressure.
  • The spine’s stretching and repositioning are different from standard physical therapy and manual manipulation treatment.
  • It is a gradual process to prevent the body from muscle guarding as the natural response to avoid injury.

Treatment Benefits

An examination is required to see if an individual meets the criteria. Non-surgical spinal decompression therapy has been shown to:

  • Reduce or eliminate pain.
  • Rehydrate spinal discs.
  • Reduce disc bulging/herniation.
  • Improve functional abilities.
  • Decrease the need for surgery.

Try Spinal Decompression


DRX9000


References

Apfel, Christian C et al. “Restoration of disk height through non-surgical spinal decompression is associated with decreased discogenic low back pain: a retrospective cohort study.” BMC musculoskeletal disorders vol. 11 155. 8 Jul. 2010, doi:10.1186/1471-2474-11-155

Koçak, Fatmanur Aybala et al. “Comparison of the short-term effects of the conventional motorized traction with non-surgical spinal decompression performed with a DRX9000 device on pain, functionality, depression, and quality of life in patients with low back pain associated with lumbar disc herniation: A single-blind randomized controlled trial.” Turkish Journal of physical medicine and rehabilitation vol. 64,1 17-27. 16 Feb. 2017, doi:10.5606/tftrd.2017.154

Macario, Alex, and Joseph V Pergolizzi. “Systematic literature review of spinal decompression via motorized traction for chronic discogenic low back pain.” Pain practice: the Official Journal of World Institute of Pain vol. 6,3 (2006): 171-8. doi:10.1111/j.1533-2500.2006.00082.x

Vehicle Collision Injuries – Decompression Benefits

Vehicle Collision Injuries – Decompression Benefits

Any vehicle crash, collision, or accident can cause various injuries, with back pain issues as a primary injury or a side effect from other injuries. Usually, injury symptoms begin right after the collision, but in other cases, individuals may not start experiencing symptoms until hours, days, or even weeks later. This is from the adrenaline that rushes throughout the body during the collision/fight or flight response delaying the injury symptoms. There are reports of individuals who walk away from an accident unscathed but require urgent medical treatment a short while later. Chiropractic care can provide manual and spinal motorized decompression benefits.

Decompression Benefits

Vehicle Collision Injuries - Decompression Benefits

Head Injuries

  • Head injuries occur when drivers and/or passengers hit their heads on the steering wheel, windows, dashboard, metal frame, and sometimes each other.
  • A head injury is considered a severe condition that can cause concussions, skull fractures, comas, hearing loss, cognitive and memory issues, and vision problems.
  • A significant head injury can cause extensive and costly medical treatment with the possibility of long-term medical care.

Neck Injuries

  • Neck injuries are common in vehicle collisions.
  • The most common is whiplash, with the head and neck-snapping from indirect blunt force, like being rear-ended.
  • Whiplash can cause significant damage to the ligaments and muscles, like swelling and neck pain, and temporary paralysis of the vocal cords.
  • Injury patterns of whiplash can differ depending on the speed, force, and overall health of the individual involved.

Back Injuries

  • Back injuries can range in severity from sprains to significant damage involving the nerves and/or the spinal cord.
  • If the damage is severe, it can lead to loss of sensation in the body, loss of limb control, or permanent paralysis.
  • Disc herniation/s can lead to disability, muscle weakness, tingling and numbness in the limbs, and radiating body pain.

Chest and Torso Injuries

  • Vehicle collision forces can result in severe chest injuries that include broken ribs.
  • Broken ribs might not sound dangerous by themselves; they can puncture the lungs leading to other injuries and internal bleeding.
  • Traumatic cardiac arrest can occur from the force of the impact.
  • Other injuries include:
  • Abdominal injuries to internal organs.
  • Damage to the pelvis.

Broken Bones

  • The legs, feet, arms, and hands are frequently injured, broken, and sometimes dislocated.
  • Motorcyclists are also at a higher risk for significant injury that includes:
  • Multiple fractures, internal injury, head injuries, and severe ligament damage.
  • Pedestrians struck by a vehicle have an increased risk for a combination of all injuries at once.

Non-Surgical Decompression Benefits

  • Chiropractors are trained to identify and treat injuries from vehicle collisions.
  • Non-surgical spinal decompression gently stretches the spine using a motorized traction device to help reposition the spine and remove the pressure.
  • As the pressure is taken off, the spinal discs regain their natural height, relieving the pressure on the nerves and other spinal structures.
  • Optimal healing is promoted by an improved circulation of nutrients, water, and oxygen to the injury site.
  • Decompression helps to strengthen the muscles in the affected area.
  • It provides positive spinal structural changes.
  • Improves nervous system function.

Non-surgical decompression is a tool for correcting injuries and relieving pain, allowing optimal health for the individual.


DOC Decompression Table


References

Apfel, Christian C et al. “Restoration of disk height through non-surgical spinal decompression is associated with decreased discogenic low back pain: a retrospective cohort study.” BMC musculoskeletal disorders vol. 11 155. 8 Jul. 2010, doi:10.1186/1471-2474-11-155

Koçak, Fatmanur Aybala et al. “Comparison of the short-term effects of the conventional motorized traction with non-surgical spinal decompression performed with a DRX9000 device on pain, functionality, depression, and quality of life in patients with low back pain associated with lumbar disc herniation: A single-blind randomized controlled trial.” Turkish Journal of physical medicine and rehabilitation vol. 64,1 17-27. 16 Feb. 2017, doi:10.5606/tftrd.2017.154

Macario, Alex, and Joseph V Pergolizzi. “Systematic literature review of spinal decompression via motorized traction for chronic discogenic low back pain.” Pain practice: the Official Journal of World Institute of Pain vol. 6,3 (2006): 171-8. doi:10.1111/j.1533-2500.2006.00082.x

Tremors and Spinal Cord Compression

Tremors and Spinal Cord Compression

Tremors are extremely rare, but they can result from spinal compression and not necessarily a brain condition like Parkinson’s disease. Tremors are abnormal, involuntary body movements with various causes, most of which are connected to the brain and not the spine. A study reports that more than 75% of individuals with Parkinson’s experienced a resting tremor, and about 60% experience tremors while moving. Sometimes the spine is the contributor caused by compression of the spinal cord.

Tremors and Spinal Cord Compression

Spinal Compression Study

A 90-year-old man was hospitalized after having tremors, with Parkinson’s being the initial diagnosis. The tremors progressed to the point where the man could not feed himself or walk without support. The case became the focus of a medical report published by physicians in the Department of Orthopaedic Surgery, Division of the Spine, Singapore Tan Tock Seng Hospital. Along with the tremors, symptoms progressed to:

  • Difficulty with fine motor skills like buttoning a shirt.
  • However, it was ruled out because the patient was not presenting with other Parkinson’s symptoms.
  • What was found from the symptoms was cervical spondylotic myelopathy, which is a spinal cord compression in the neck.
  • The compression was caused by a herniated disc impinging the spinal canal and compressing the spinal cord causing spinal stenosis.
  • The compression was resolved by having an ACDF surgical procedure.
  • An anterior cervical discectomy and fusion or ACDF procedure can help manage the condition.
  • An ACDF treats spinal cord compression by removing a degenerative or herniated disc in the neck.

Cervical Myelopathy

Causes of cervical spondylotic myelopathy include:

Common symptoms include:

  • Balance problems
  • Coordination problems
  • Tingling in the hands
  • Numbness
  • Weakness
  • Impairment of fine motor skills

Tremors as a symptom are rare.

Cervical Myelopathy vs. Parkinson’s Disease

There are cases where cervical spondylotic myelopathy and Parkinson’s disease symptoms can overlap. Studies have shown difficulties between the two diagnoses, as well as, individuals with Parkinson’s may exhibit symptoms similar to cervical spondylotic myelopathy that can include:

  • Weakness
  • Lack of coordination
  • Bowel dysfunction
  • Bladder dysfunction

Treatment Cervical Myelopathy Tremors

For individuals with cervical spondylotic myelopathy tremors, surgery can be used to help the condition. However, with cervical myelopathy, there is often some permanent damage. Individuals have shown that post-surgery and decompression, symptoms still present, maybe not as much, but there will be a need for a symptom management plan.

Prevention

The best way to prevent tremors associated with cervical spondylotic myelopathy is to minimize the strain on the spine that can lead to herniated discs and/or other spinal injuries. The discs in the spine degenerate, dry out and start cracking with age, increasing the risk of rupture. If a tremor develops, contact a doctor, spine specialist, or chiropractor to help diagnose the condition. These doctors can perform physical and neurological tests to determine the cause and treatment options.


Body Composition


Aging Health

Steady weight gain throughout life can lead to adult-onset diabetes. This is partly caused by having more body fat and progressive muscle loss. Loss of skeletal muscle mass is linked to insulin resistance that involves:

  • The less muscle is available, the less insulin sensitive the body becomes.
  • As insulin sensitivity decreases, the body becomes more resistant, increasing risk factors for type II diabetes.
  • This can lead to osteoporosis, where the old bone is reabsorbed more and less new bone is created.

Both men and women can experience decreased muscle mass that can lead to:

  • Thinner bones
  • Weaker bones
  • Increased risk of osteoporosis and severe injury from falls.

To help prevent these issues, it is recommended to:

  • Eat sufficient protein throughout the day.
  • It is recommended to space out protein intake across meals rather than consuming it all at once. This helps to ensure the proper amount is acquired.
  • Monitoring body composition regularly can help minimize muscle mass loss and fat mass gain as the body ages.
  • A regular strength training routine will help strengthen bones muscles and maintain optimal circulation.
References

Heusinkveld, Lauren E et al. “Impact of Tremor on Patients With Early Stage Parkinson’s Disease.” Frontiers in neurology vol. 9 628. 3 Aug. 2018, doi:10.3389/fneur.2018.00628

Jancso, Z et al. “Differences in weight gain in hypertensive and diabetic elderly patients primary care study.” The Journal of nutrition, health & aging vol. 16,6 (2012): 592-6. doi:10.1007/s12603-011-0360-6

Srikanthan, Preethi, and Arun S Karlamangla. “Relative muscle mass is inversely associated with insulin resistance and prediabetes. Findings from the third National Health and Nutrition Examination Survey.” The Journal of clinical endocrinology and metabolism vol. 96,9 (2011): 2898-903. doi:10.1210/jc.2011-0435

Tapia Perez, Jorge Humberto et al. “Treatment of Spinal Myoclonus Due to Degenerative Compression Myelopathy with Cervical Spinal Cord Stimulation: A Report of 2 Cases.” World neurosurgery vol. 136 (2020): 44-48. doi:10.1016/j.wneu.2019.12.170

Sciatica Motor Vehicle Crash

Sciatica Motor Vehicle Crash

Sciatica motor vehicle crash. After an automobile crash/accident, symptoms of pain and discomfort can immediately follow the force of impact, indicating an injury. Many injuries and symptoms appear right away, like:

  • Pain from high-impact trauma and cuts.
  • Bone fractures.
  • Dislocations.
  • Neck whiplash.
  • Back pain.

The sciatic nerve is the largest in the body, and any damage can cause pain in one or both sides of the body. Pressure and compression on the nerves, ligaments, and muscles accompanied by weakness or numbness in the lower back, legs, or feet could cause delayed sciatica symptoms hours, days, even weeks later. It is critical to meet with a doctor and auto accident chiropractor after any type of accident, large or small, to develop a thorough personalized treatment plan.

Sciatica Motor Vehicle Crash

Sciatica Motor Vehicle Crash

Sciatica can be brought on by a pinched nerve, which is often the result of the spine shifting out of place, causing herniation and compression on the sciatic nerve. The trauma from a motor vehicle accident can cause the spinal discs to be knocked out of place, rupture, and leak out, irritating the surrounding tissue and nerve endings. Back injuries are among the most common forms of damage/injury resulting from a motor vehicle accident/crash that can lead to sciatica. Broken and/or fractured vertebral, hip, or pelvis bone fragments can compress the sciatic nerve. Even when the initial result of the impact does not result in sciatica, over time, an untreated back injury could lead to sciatica symptoms.

Symptoms

Motor vehicle crashes often activate or aggravate pre-existing conditions like asymptomatic degenerative disc disease, affecting the sciatic nerve causing discomfort and pain. Common symptoms include:

  • Mild discomfort or achiness.
  • Tingling sensations from the lower back and down the back of the leg.
  • Weakness, numbness, or difficulty moving the leg and foot.
  • Inability to bend the foot upward at the ankle- known as foot drop.
  • Constant pain in one side of the buttocks or leg.
  • Sharp pain that makes it difficult to stand up and walk
  • Difficulty sitting.
  • Burning or tingling in one leg can worsen when sitting.
  • Intense pain.
  • Sharp burning and/or what feels like shooting electricity pain.

Diagnosis

A spine doctor and chiropractor will use diagnostic imaging tools like X-rays, and CT scans to see the scope of the injured area.

  • An X-ray will show a detailed image of the spine and affected bones in the area.
  • A CT scan will include a 3D image that shows the surrounding musculature, tissues, and nerves that could be damaged/injured.

Treatment

The doctor and chiropractor will then develop an appropriate and personalized treatment plan that could utilize various methods and techniques.

  • Chiropractic is commonly the first treatment to realign the spine and relieve pressure on the nerve.
  • A pain management specialist or physical therapist will be brought in for rehabilitation/recovery as adjustments progress.
  • Orthopedists and neurologists may be brought in for less conservative treatment in more severe cases, including surgical options.
  • Other treatments can include steroid injections or anti-inflammatory medicines to relieve nerve pressure.

Body Composition


Injury Rehabilitation Phase

Current in-clinic methods of measuring the composition of an injured body are indirect, while medically advanced techniques limit the frequency of testing. InBody provides cost-effective, comprehensive, and timely measurements that identify areas of weakness from damage, injury, or recent surgery and develop a customized rehabilitation program to improve functional status.

During the rehabilitation phase, increased sedentary behavior and/or immobilization causes muscle loss in the injured or operated region. By independently evaluating lean mass in each segment of the arms, legs, and torso, a chiropractor or physical therapist gathers baseline information on the body segments with restricted mobility.

InBody can help provide further insight into an individual’s body composition to analyze long-term health risks and develop a personalized exercise intervention to improve overall health and reduce health risks. This provides beneficial information for identifying potential imbalances related to muscle loss post-injury/surgery that can be targeted and improved. Identifying these imbalances allows the therapists to increase functional fitness and mobility, helping the individual reduce the risk of re-injury or new injuries.

References

Defouilloux, B et al. “A propos de trois observations chez des polytraumatisées de la route présentag une fracture du bassin associée à des signes neurologiques” [Apropos of 3 cases of multiple traffic injuries presenting pelvic fractures associated with neurologic signs]. Journal de radiologie, d’electrologie, et de medecine nucleaire vol. 48,8 (1967): 505-6.

Noble, J et al. “Analysis of upper and lower extremity peripheral nerve injuries in a population of patients with multiple injuries.” The Journal of trauma vol. 45,1 (1998): 116-22. doi:10.1097/00005373-199807000-00025

Walsh, K et al. “Risk of low back pain in people admitted to hospital for traffic accidents and falls.” Journal of epidemiology and community health vol. 46,3 (1992): 231-3. doi:10.1136/jech.46.3.231