Presentation on theme: "Managing Chronic Pain in Individuals with Brain Injury"— Presentation transcript:
1Managing Chronic Pain in Individuals with Brain Injury Kenneth R Britton, DO MMMBritton Pain ClinicSt. Paul, MN
2Introduction Interaction with the audience, including: Who I am Who the audience isWhat does the audience want to discuss about pain and TBI
3Disclosures I have no financial disclosures to make I do have biases I’m old school and think the physician should lead the teamI think people with TBI are more likely than not to experience a lot of symptomsI think that individuals and family are likely to make too much fuss about mild symptoms BUTI also think that as health care providers we dismiss common symptoms that can be improved, especially when we see the issues as too complex or too messy, which usually means that I don’t understand them well enough to be confident in my ability to address them
4Definitions—making sure we are speaking the same language TBIMildModerate/severePainDuration—acute vs chronicSeverity—mild (1-3/10), moderate (4-6/10), and severe (7-10/10)Quality/characteristic—aching, burning, shooting, crushing
5What is the order of magnitude? Lahz and Bryant: 58% mild TBI and 52% mod/severe TBI reported chronic pain. Headache was most common at 47% and 34% respectively.Uomoto and Esselman: 95% mild TBI and 22% mod/severe TBI reported chronic pain—interesting negative correlation between frequency and severity. Reason why?
6Beetar et al—Sleep and Pain Complaints Compare incidence of sleep and pain complaints in symptomatic mild TBI (n=127) vs mod/severe TBI (n=75) and neurologic non-TBI (n=123) populations.Insomnia TBI 56.4% vs 30.9%Pain TBI 58.9% vs 22%Pain more common in mild TBI (70%) vs mod/severe TBI (40%)
7Relationship between pain and cognitive performance Pain can decrease cognitive performanceCognitive impairment can alter pain perception (is there pain while in coma?)Cognitive and affective impairments can alter pain coping ability (perseveration, flooding, catastrophizing…..)Pain and cognitive impairment don’t help each other.
8Take home point #1The majority of individuals with TBI have chronic pain, especially in those with mild TBI. Headaches are the most common location of chronic pain, but neck and shoulder girdle pain are frequently associated. Sleep disturbances are also common. Pain and disrupted/non-restorative sleep create a vicious cycle.
9Headaches Migraine Tension Cervicogenic Intracranial bad stuff Combination
10Neck PainWhiplashFractureHerniated diskPosture and bad mechanics
12Assessment and Treatment Establish a likely paradigm that explains the symptoms, then initiate treatment, but follow the patient closely to make sure the paradigm is correct. Be willing to change paradigm and/or treatment if not getting results.The best studies indicate resolution of symptoms in a matter of months (1-3 most of the time, but sometimes up to 12) for almost all adults with mild TBI. (discuss role of $ and litigation)
14Psychology, Neuropsychology, OT, SLP, Social Worker, Clergy Yes.Define what each discipline and/or person brings to the treatmentLike any other team, practice makes perfect—or at least closer to perfectMake sure the message and goals are alignedAvoid rewarding pain behaviorPain is a bio-psycho-social phenomena.
15Interventional Pain Procedures Trigger point injectionsEpidural steroid injectionsGreater occipital nerve blockAll have their place but selection is key
16Medications Pro: Con: Effectively reduce or eliminate pain Easy to implement (take a pill instead of exercise)Can reduce inflammation or hyersensitivityCon:Side effects (sleepy and stupid) (GI, renal, hepatic)Addiction, dependence, toleranceCompromised safety if cognitive impairment due to inconsistent self-administration
17Acetominophen Effective and generally safe Maximum dose is 4 gm per dayMay cause nauseaAvailable in short actingAnd very cool, even for old guys like me, it comes in a longer acting “arthritis” or extended release form
18NSAIDS Very effective for most pain problems Anti-inflammatory at higher doses, analgesic only at lower dosesCan be hard on stomach so use with caution in someone with history of ulcers, which raises question of safety during hospital stay (stress ulcers)Can be hard on kidneys—use with caution in diabetes, HTN, or kidney disease—especially if using prolonged or higher dosesCOX 1 and COX 2, short and long acting
20Anti-epileptics Gabapentin et al Stabilize nerve membrane? Can be very effective for a number of pain problemsMy original “sleep and stupid” medication
21Migraine treatmentNot my thing—get a neurologist involved who treats migraine if:Headache description is classic migraine (aura, photophobia, phonophobia, intense, etc)Headache is not responding to other treatment—maybe it is migraine that I missedThe same thing goes for possible seizures—if the symptoms are not resolving as expected maybe there is an unrecognized seizure component that is holding the recovery back—get thee to a neurologist!
22Opioids/narcoticsGreat for pain relief but many risks for both the patient and the prescriber, especially if being used chronically—role of pain medicine specialistOnly a handful of chemical compoundsShort and long acting formulationsDependence is to be expected if used for very long. Addiction is rare, but does occur.Tolerance commonHigh risk of overuse and potential overdose if cognitively impaired—need safe system to monitor
23Take home point #2There are a lot of treatment options available and it is almost always necessary to use a combination of treatments rather than a single approach. Almost everyone gets better, and most will actually resolve, but it takes time. Reassurance and direction are a key element that the team can provide in this process.
25ReferencesTraumatic Brian Injury and Pain by Kristen Brewer Sherman, PhD, Myron Goldberg, PhD, and Kathleen R. Bell, MD. Phys Med Rehabil Clin N Am 17 (2006)Beetar JT, et al. Sleep and Pain Complaints in Symptomatic Traumatic Brain Injury and Neurologic Populations. Arch Phys Med Rehabil 1996;77:Lahz S, Bryant RA. Incidence of chronic pain following traumatic brain injury. Arch Phys Med Rehabil 1996; 77: