History
A 28 year old woman presents to the hospital with a 10 year history of uncontrolled asthma, admitted for acute exacerbation. This is her 5th such admission for asthma over the past several years. She also has rib pain and low back pain (which is why the IM guys consulted OMM... typical). She reports that she has tried many different medications in the outpatient setting including high dose inhaled corticosteroids without relief. Nothing seems to relieve symptoms. Her symptoms bother her all day, and she has been unable to walk her dogs since she moved to the region due to her breathing problems.
Objective:
Vitals
Respirator rate 30-35
appears dyspnic/unconfortable/pale
Exam- very poor air movement through lungs bilaterally.
Patient displayed dermatographism globally (sustained severe erythema after light palpation lasting several minutes- thought to be due to hyperemia of the local capillaries)
All upper ribs especially ribs 2-4) were very stiff, with intercostal spasms. She had bilateral tender nodular irritation of the anterior C2-3 interspace (according to what we're taught- this would be consistent with Chapman's points for the airways- I suspend judgement- I haven't seen a lot of data supporting their diagnostic value yet).
C4 severe stiffness (remember C3-5 innervates the diaphragm through the phrenic nerve).
Severe suboccipital spasms (remember vagus passes through jugular foramen).
The nature of the above mechanical findings was very severe- unmistakably abnormal to even completely untrained hands.
Most of the rest of her physical exam was more or less normal. A few spasms in her trapezius accounted for her low back pain, but they seemed rather unimportant at the time.
Assessment:
1) Acute exacerbation of Asthma
2) Low back pain
3) Somatic dysfunction of head, cervical spine, ribs, upper extremity
Plan
OMM to above areas with resolution of abnormal findings in the ribs, neck and base of the skull. The anterior tender regions between the ribs were very painful and difficult to resolve until I adopted neurofascial release- and apparently altering the CNS through this mechanism resolved their stimulation.
A few minutes into the treatment the patient began breathing more slowly- re-evaluation of the lungs revealed good air movement but loud expiratory wheeze (to me an improvement over minimal air movement). To my great surprise, when I completed treating the above mechanical findings altogether and they were completely resolved, her lungs were completely clear. On repeat testing her dermatographism was gone as well (I still cannot explain that- though I am open to ideas). After completion of treatment, she walked up and down the hallway with no respiratory distress whatsoever, and her respiratory rate was about 12-16 range. Oh, and no low back pain... She went home the next day and followed up in my clinic in 2 weeks.
At clinic follow up, her lungs were clear. She stated that the day she went home she walked her dogs for the first time in 10 years, and she did so with no respiratory distress. She states that in her past 4 hospitalizations she was in bed for a week each time after going home. I had her follow up in my clinic PRN (as needed) and I have not heard back about her condition since this.
Here is some general discussion to consider (sorry if its long- I've just been thinking about it this weekend so its fresh in my head):
According to
(2011 Chest)
http://www.ncbi.nlm.nih.gov/pubmed/21835905
there are probably 3 or more major subtypes of asthma, caused by:
1) GERD
2) bacterial pneumonia
3) eosinophilia in the lungs
4) a combination of the above
5) other factors (perhaps CNS neurologically mediated reflex as seen in irritant induced asthma).
#1- GERD
GERD is present in 50-80% of asthma cases, it may be caused by beta agonists, but it is likely also a contributing factor or even the prime causal factor in some asthma cases.
http://www.uptodate.com/contents/ga...result&search=GERD+ASTHMA&selectedTitle=1~150
To find the cause of GERD and cure it we must think broadly- much as we are doing for asthma itself (I would argue that GERD is even a more complicated disease). Prime things to consider
Sleep deprivation appears to cause increased GERD symptoms, so consider the diagnosis of sleep apnea, PTSD, post concussive sleep disturbance, anxiety disorder, etc. Fixing a cranial compression will typically fix post-head trauma sleep disturbance. Fixing celiac ganglion/epigastric tension and normalizing all of the rib heads will typically improve symptoms of anxiety or PTSD to where sleep normalizes. For sleep apnea you might encourage weight loss, you might treat the parahyoid muscles, or you might give CPAP.
Campbell CM, Bounds SC, Simango MB, Witmer KR, Campbell JN, Edwards RR, Haythornthwaite JA, Smith MT. Self-reported sleep duration associated with distraction analgesia, hyperemia, and secondary hyperalgesia in the heat-capsaicin nociceptive model. Eur J Pain. 2010 Dec 29.
Lautenbacher S, Kundermann B, Krieg JC.Sleep deprivation and pain perception.Sleep Med Rev. 2006 Oct;10(5):357-69.
Araujo P, Mazaro-Costa R, Tufik S, Andersen ML.Impact of sex on hyperalgesia induced by sleep loss. Horm Behav. 2011 Jan;59(1):174-9.
Orr W, PhDa, Chien Lin Chen, MD. Sleep and the Gastrointestinal Tract. Neurol Clin 23 (2005) 1007–1024.
Schey R, Dickman R, Parthasarathy S, Quan SF, Wendel C, Merchant J, Powers J, Han B, van Handel D, Fass R. Sleep deprivation is hyperalgesic in patients with gastroesophageal reflux disease. Gastroenterology. 2007 Dec;133(6):1787-95.
Dickman R, Colleen Green, M.S.1; Shira S. Fass, Ph.D.1; Stuart F. Quan, M.D.2; Roy Dekel, M.D.1; Sara Risner-Adler, B.S.1; Ronnie Fass, M.D. Relationships Between Sleep Quality and pH Monitoring Findings in Persons with Gastroesophageal Reflux Disease. Journal of Clinical Sleep Medicine, Vol. 3, No. 5, 2007.
One must also consider hiatal hernia (diaphragm spasm, phrenic nerve irritation), vagal irritation due to OA issues, splanchnic irritation and its direct affects on the LES, etc.
#2 Bacterial pneumonia
Atypical pneumonia may be a causal factor in chronic reactive airway disease- principle organisms may be mycoplasma pneumonia and chlamydia pneumonia.
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC394343/
http://www.ncbi.nlm.nih.gov/pubmed/16750980
http://www.ncbi.nlm.nih.gov/pubmed/20013705
http://www.ncbi.nlm.nih.gov/pubmed/18079229
http://www.uptodate.com/contents/my...atypical+pneumonia+asthma&selectedTitle=1~150
http://www.uptodate.com/contents/cl...atypical+pneumonia+asthma&selectedTitle=4~150
Osteopathically I would approach this much like regular pneumonia patients.
Improve lymph drainage by:
normalizing rib mobility, normalize diaphragm function
make sure C3-5 are normal (normal phrenic nerve function)
Normalize immune function
-by normalizing sleep as above
-by normalizing sympathetic chain to avoid immune suppression (i.e. fix the ribs, treat epigastric region)
-addressing other causes of immune suppression if present and addressable (diet, comorbid infections).
Normalize blood sugars
proper administration if insulin, etc.
If you validate + PCR of mycoplasma sp or chlamydia sp in the blood, you might do antibiotics- probably doxycycline or macrolides.
#3 eosinophilia in the lungs
http://www.uptodate.com/contents/approach-to-the-patient-with-eosinophilia?source=see_link
http://www.uptodate.com/contents/ca...rch=eosinophilic+pneumonia&selectedTitle=3~77
http://www.uptodate.com/contents/cl...nic+eosinophilic+pneumonia&selectedTitle=6~17
Consider eosinophilic pneumonia, churg strauss (eosinophilic vasculitis), chronic fungal exposure, etc.
I think of eosinophilia as a starting point for fungal or parasytic workups, though there may be other factors. If patients test positive for sensitization to fungi, I would have them test their house for mold. For biomechanics, I treat much the same way as for bacterial pneumonia, but perhaps place more emphasis in the GI system in suspected parasitic organisms.
Antifungals and antiparasitic drugs may be considered, but if symptoms improve but then recur after treatment think about environmental exposures and biomechanical factors that might be contributing toward that patients sensitivity.
Irritant induced asthma
http://www.uptodate.com/contents/re...rch=irritant+induced+asthma&selectedTitle=1~8
I believe this is a central nervous system maintained smooth muscle spasm.
The mechanism may be similar to the mechanism for whiplash which is centrally maintained spasm due to sudden insult to the peripheral muscles... the sudden insult to smooth muscle fibers may result in chronic smooth muscle spasm due to a similar process.
This version of asthma may be nearly 100% curable with just OMM much in the way whiplash is so easy to fix with counterstrain or neurofascial release, and I imagine this is the only way to explain the rapid improvement before my eyes in the above case. Neurofascial release targets the central nervous system component of the feedback loop which maintains peripheral... thus I dont have to put my fingers in their bronchial tree to treat their hyperresponsivness (weird visual). Treat abnormalities in the sympathetic chain, issues with vagus OA region, and
I would imagine slow improvement for infectious causes or GERD once the body restored normal function, but a neurologically mediated bronchoconstriction could be reversed in seconds or minutes. I also imagine there is more risk for exacerbation in these cases during treatment- so care should be used with HVLA to the ribs... (you have been warned)
Anyway I have no proof of what I'm doing- only theories and cases. But the patient did get better, as have many others with less dramatic but equally compelling symptoms and results. I am willing to put this approach to the test if we can find anyone to test it.
The common mechanical considerations are: rib abnormalities are very important in asthma- and almost universally present. Carefully evaluate each of the top 8 ribs on both sides... there is a good chance you'll find lots of spasms in asthmatics. Fix with care- especially in acute exacerbations... #4 may result in a full blown asthma attack if you aggravate the nerves without fixing them (you have been warned).
Important considerations for long term outcomes are anything that influences efficiency of lymph drainage from the lungs or anything that modifies function of the diaphragm, and anything resulting in vagal abnormalities. In cases where causes #1-#3 are the prime issue, i would not expect instant results- but I would expect remission within a week's time if 100% of the anatomy is normal and it is indeed the anatomy that is preventing normal function (environmental factors are a consideration too). I think the majority of cases are curable in such a fashion, though I have no evidence other than a small series of promising cases to support this. Even if I'm wrong or you cannot reproduce these results, a thorough workup and appropriate antibiotics or anti-fungals or PPI should put a lot of these cases into remission without chronic steroid use- so you can use this approach to help your patients even if your hands are not developed.
I feel like House DO lol...
Imagine thinking of all this for your average every-day asthma patient instead of just tossing steroids at them for the rest of their life... but patients go into remission with the right treatment targeting the actual cause of their symptoms. As you get better thinking this way it does get faster. As the information becomes more second nature and you start recognizing patterns- soon it might take a few minutes instead of hours to figure these cases out. To me this is what osteopathy is supposed to be. It takes a lot of hard thinking but the challenge is fun and the rewards are spectacular.