Integrative Pain and Symptom Management
William Zempsky, MD, FAAP Timothy Culbert, MD, FAAP Sessions S131 and S169
Faculty Disclosures
In the past 12 months, we have not had a significant financial interest or other relationship with the manufacturer(s) of the product(s) or provider(s) of the service(s) that will be discussed in my presentation. This presentation will include discussion of pharmaceuticals or devices that have not been approved by the FDA or if you will be discussing unapproved or “off-label” uses of pharmaceuticals or devices.
Overview of Presentation
Introduction: Integrative Pediatrics Introduction: Pain and Symptom Management Description of Programs CAM Therapies in Pediatric Pain Clinical Applications
Headache Insomnia Experiential
Audience Q and A
Integrative Medicine Vs. CAM
1
CAM-complementary and alternative medicine
Specific therapies/modalities Not typically taught, used or reimbursed in USA hospitals A group of diverse practices not presently considered part of conventional medicine 5 domains defined by NIH-NCCAM
Mind/Body Biological Manipulative/Body- based Alternative Systems Energetic
Integrative Medicine Vs. CAM
2
Integrative Medicine-A system of care that emphasizes wellness and healing
Principles
Mind/body/spirit Patient –provider as collaborative partners Natural, less invasive approaches when possible Facilitating the body’s natural healing capacities Need for provider self-care Conventional and CAM in balance Customized to patient need and preference Balance of evidence and safety considerations
Note-over 20 Pediatric CAM Programs in USA
Kids and CAM
2%-30% in primary care settings 30%-70 % of kids with chronic illness 1999-2000 Children’s Hospitals and Clinics of Minnesota Data
Simpson, 1998 Ambul Child Health Ernst, 1999 Eur J Pediatrics Davis, 2003 Arch Peds Adol Med Grootenhuis, 1998, Cancer Nurs Stern, 1992, J Adol Health
CAM Use at Children’s Minnesota-52% Overall
59% of Oncology Patients 51% Pulmonary Patients 32% General Pediatrics 62% Pediatric Epilepsy 47% Pediatric Sickle Cell
Types of CAM Used
45 40 35 O n c o lo g y 30 25 20 15 10 5 0
P ra y er M a s sa g e C hiro pra c tic V ita m in s R e la x a ti o n He rba ls A ro m a R x
P u lm o n a r y
G en P eds
Doctors and CAM
Pediatricians in Michigan
>50% would refer for CAM >50% used CAM themselves
Sikand, 1998, Arch Ped Adol Med
Pediatricians National Survey
66% believed CAM could be helpful
Kemper & O’connor, 2004, Ambul Peds
Pediatricians in Ohio and Minnesota
97% would refer kids with chronic pain for CAM if more was known about efficacy 73% of female peds and 58% of male peds surveyed classified themselves as “believers”
Charmond, Banez, Culbert, 2006 Submission in process
**All-expressed need for more CAM education
CAM and Pain Management
Most common reason for CAM usage in adults surveys is chronic pain –particularly musculoskeletal pain For many children with chronic painconventional options –psychotropic meds and PT-are not working Increasing evidence that CAM is quite useful and also safe (particularly non-drug options) Personal use of Cam by physicians pedicts likelihood of patient referral for CAM
CAM & Kids:Legal & Ethical Aspects
Complex issues at boundary of medicine, law and public policy
Cohen et al, 2005, Pediatrics
Clinical Risks
Parents abandon effective care in life-threatening situation? Does CAM divert from or delay necessary treatment? Evidence for CAM treatment –known to unsafe or ineffective? Consent of proper parties? Is risk/benefit ratio acceptable? Your knowledge of CAM provider you are referring the patient to Cohen and Kemper, 2005, Pediatrics
Evidence: Safety vs. Efficacy
SafeYes
effectiveYes
Safe No
Recommend
Monitor closely
effective
No
Tolerate
Advise against
Weiger et al, 2002, Annals Int Med Cohen, Pediatrics, 2005
Chronic Pain: Diagnosis
Study of general academic pediatriciansinvestigated opinions of children presenting with unexplained chronic pain 134 patients, 8-18 y.o.-chart review –3 M.D.’s 60% had psychiatric co-morbidity (kids not docs) Did not agree on cause of pain for 57% of pts Did not agree on appropriate diagnostic workup for 37% of patients
Konijnenberg et al, 2004, Pediatrics
Chronic Pain: Treatment
Feasiblity and acceptability of integrative treatment package for pediatric chronic pain (hypnosis and acupuncture) 33 kids chronic pain clinic, 6-18 years 6 weekly sessions Highly acceptable >90% completed treatment, no adverse effects
Zeltzer et al, 2002, J Pain Symptom Manage
Chronic Pain Book
Conquering Your Child’s Chronic Pain
Lonnie Zeltzer, MD
Children in Pain
Long history of undertreatment of pain in children
Perioperative pain Newborn pain Pain of Chronic Disease Emergency department Common pain problems Sickle Cell pain
Problems persist
Do children feel pain?
Pain fibers present at end of 2nd trimester Increased heel sensitivity post heel sticks Crying increases for days post circumcision 6 month olds-anticipate and avoid pain
Pain Memory
3 groups
Uncircumcised Circumcised with EMLA Circumcised with placebo
Pain scores at 4 and 6 mos shots Circumcised infants had higher pain response
Taddio et al. Lancet, 1997
Children involved in a placebo trial of transmucosal fentanyl Subsequent study all children received opiates Patients in original placebo group had higher pain scores with subsequent procedures Inadequate analgesia effects future pain response
Weisman et al, Arch Pediatr Adol Med, 1998.
What symptoms do we need to consider?
Pain Nausea Insomnia Anxiety Depression
Acute Symptoms
Pain
Nausea
Acupuncture Massage Relaxation Herbal Remedies
Acupuncture Aromatherapy Herbal Remedies Acupuncture Relaxation
Anxiety
Arnica
Chronic Symptom Management
Patients and families often looking for something else Change the paradigm from a treatment of last resort Make integrative approach the norm
Chronic Pain Management
Behavioral Therapy Herbal therapy Biofeedback Physical Therapy Osteopathic Manipulation Craniosacral Therapy
Acupuncture Massage Yoga Reiki
16 yo with CRPS
Sprained ankle 2 months ago Placed in a boot PE
Pain Allodynia Cool Swoolen Blue
Visit 1
Subsequent visits
PT program
Acupuncture
Tens Unit Aquatic Therapy Desensitization
Coping Meditation
Anxiety Pain
Behavioral Therapy
Yoga Massage area with arnica gel
Melatonin for sleep
Children’s Minnesota Integrative Medicine Program: Overview
Clinical, Research and Educational Activities Inpatient and Outpatient Services Collaborative Model with other disciplines System-Wide activities Are integrating services with new Pain and Palliative Care Team
Children’s Minnesota Integrative Medicine Program: Staffing
MD-trained as developmental/behavioral pediatrician (1.0 FTE) PhD-Pediatric Psychologist (2.0 FTE) APRN-research and education background (1-2 FTE) Massage therapists (2-3 FTE) MD acupuncturist (0.2 FTE) Support Staff (3.0 FTE)
Integrative Medicine Clinical Services
Inpatient
Volumes
Massage 2005 –1,453 IM Consults 2005-378
2006-2,460 2006-536
Massage Up 69%
IM Consults Up 41.7%
Outpatient
Volumes
Massage 2005-93 2006-303
Massage Up 212%
Medical 2005- 1063 2006-1188
Medical Visits Up 11.7%
Psychology Visits Up 48%
Psychology 2005-506 2006-749
Children’s Minnesota Integrative Medicine Program: Therapies
Mind/Body Skills
Hypnosis, biofeedback, relaxation, groups
Massage and Bodywork Energy Therapies Acupuncture/Acupressure Clinical Aromatherapy Exercise Physiology and Nutrition Herbals and supplements Conventional (psychopharm and psychotherapy)
Children’s Minnesota Integrative Medicine Program: Diagnoses
Chronic Pain
Functional GI Disorders Headaches (TT, Migraine, Chronic Daily) CRPS, Myofascial pain, somatoform Depression, anxiety, adhd, autism Enuresis, encopresis, sleep disorders, habits Adjustment issues, fatigue, other symptom management
Holistic Mental Health
BioBehavioral Problems
Chronic Illness Related Problems
Children’s Minnesota Integrative Medicine -Other Activities
Inpatient Consultation Services
Massage Non-drug symptom management Nausea, pain, insomnia, anxiety 3 full cohorts of day surgery nurses 3 more to come 8 hour basic curriculum expanding to 40 hr AHNA model
Mind/body interventions for pediatric pain CAM and pediatric oncology Clinical Aromatherapy Massage, stress and cancer
Integrative Nurse Training
Research
Children’s Minnesota Integrative Medicine: What Works?
We complement and work closely with all subspecialties-value added Work with difficult cases that are “stuck” –conventional approaches not getting it done Psychologist and MD work very closely-assessment and treatment More willingness from patients and families to consider mind/body approaches without “stigma” associated with “mental health” Carefully considered therapy mix and political milieux Great support from leadership team –we bring in philanthropic dollars, great PR and academic notice (talks and publications)-even though we don’t make big $$-we have controlled revenue and expenses very well
Value of Pain Service*
23 hospitals, 5837 patients half anesthesia pain service, half control Decreased pain intensity, decreased nausea, decreased itching, decreased sedation in pain service group Less pain than patient expected; more likely to receive education; quicker discharge
*Miaskowski, Pain 199:80:23-29
Surveys of Adequacy of Pain Relief
Cummings et al. 1996
Survey of all children in children’s hospital Clinically significant pain was present in 21% of population Pain intensity not related to age, diagnosis Children offered less meds than prescribed “No one” identified as helping with pain
For nearly thirty years I have studied the reasons for inadequate management of pain, and they remain the same….inadequate or improper application of available information and therapies is certainly the most important reason for inadequate postoperative pain relief
John Bonica, 1990
We realized a traditional Pain Service only helps those patients with whom it interacts
Action plan which emphasizes CCMC’s fundamental commitment to pain control which suffuses through all disciplines and departments Basic premise is that pain control and comfort measures will be a part of all patient encounters and that barriers to pain relief will be identified and removed. Affects the quality of life of all children in hospital and its community; not select few with complex pain
Mission
Provision of high quality clinical care in the area of pain control
Direct care to inpatients and outpatients with pain Helping other disciplines treat pain problems more effectively
Creating an atmosphere throughout CCMC where pain treatment is viewed as important Establishing a tradition of education and scholarship in the area of pain management
Pain Relief Program at CCMC
Specific Aspects of Pain Program
Acute Pain Consultation Service Chronic Pain Program Comfort Central
Patient Population (Acute)
Chronic Medical Illness
Heme/Onc, Developmental Disabilities
Complicated postoperative pain care Weaning and dose escalation Alternative medications
Sleep, anxiety
Pain out of proportion to illness NICU pain problems Sedation questions
Inpatient Complementary Programs
Acupuncture Hypnosis Biofeedback Yoga
Chronic Pain Clinic
Multidisciplinary Approach
MD, Psychologist, PT, Nursing, MDAcupuncturist, Biofeedbacker, Yoga Therapist, Meditator
Focus on function
Emphasize behavioral cognitive and physical and complementary therapies
Patient Population (Chronic)
Referrals primarily from Rheumatology, Neurology, GI, Orthopedics, private practice Frequently referred problems:
CRPS Widespread pain and fatigue (fibromyalgia, CFS) Headache Abdominal pain Pain associated with genetic disorders (Stickler’s syndrome, Ehlers-Danlos) Pain associated disability syndrome Prolonged postoperative pain
Complementary Programs
Acupuncture Biofeedback Meditation Yoga Massage
Comfort Central
Protocol Development Phlebotomy Lab Project Topical Anesthetic Trials Injection Protection Project
Mind-Body Skills Training: Applied Psychophysiology
Biofeedback Hypnosis Meditation Relaxation Training
Breathing PMR Autogenics
Sussman and Culbert, 1996, Developmental-Behavioral Pediatrics
Mind/Body Skills Indications
Primary
Headache (TT and Migraine) FAP and IBS Acute Procedural Pain and Distress Somatoform Disorders Cancer –associated symptoms Insomnia Anxiety, stress, panic Chronic Pain Burns Nausea
Adjunctive
Biofeedback
The use of electronic or electromechanical equipment to measure and then feedback information about physiologic process which can then be controlled in desirable directions
Video games for your body Peripheral-emg, temp, eda, hrv, png EEG
Culbert, 1996 , J Dev Behav Peds
Hypnosis
An altered state of awareness within which persons experience heightened suggestibility (and other phenomena)
Mental imagery Self-hypnosis Visualization
Culbert, 1994, Internat J Clin Exp Hypnosis
Hypnosis Reduces Distress and Duration of VCUG I
Kids who had experienced previously distressing VCUG Routine care group as controls N = 44
Hypnosis Reduces Distress and Duration of VCUG II
Results
Parents rating of Child’s distress decreased Observations support less distress Improved compliance Duration of procedure shortened on average by almost 14 minutes
Butler et al, 2005, Pediatrics
Hypnosis versus Midazolam as Premedication
50 children ages 2-11 years randomized One group-midazolam preop Other group-hypnosis training preop Less children anxious in hypnosis with induction of anesthesia Post-op-hypnosis group had less behavioral distress by approximately 50% on both day 1 and day 7
Calipel et al, 2005, Pediatric Anesthesia
Comfort Kit for Kids & Families
Best of currently available psychological/behavioral strategies Self-care design Booklet for kids with “exercises” Booklet for parents to be good coach Items to make it fun Trial of 100 kids (day surgery)
Pilot Study
132 kits out, 63 to kids, 56 parent responses (89% response rate) Inpatient and Outpatient Mailed for day surgery kids 2 weeks prior to procedure Diabetes and Heme/Onc clinic just given out with planned follow-up Brief telephone survey
Day Surgery
Tonsillectomy Adenoidectomy Hernia Repair Orchiopexy
Pilot Study Preliminary Results
How Helpful was the Kit in Helping you/your child cope with pain and distress? Parents: n=56
Very Helpful: 31% Somewhat Helpful: 59% Not at all: 5%
Kids: n=12 mean age 9.9 years
Very Helpful: 0 % Somewhat: 50% Not all: 25%
Pilot Study Preliminary Results II
Would you Recommend this Kit to Another Family?
Parents:
Yes: 89% Yes: 67%
Kids:
Pilot Study Preliminary Results III
Were the Booklets Easy to Understand?
Parents:
Yes: 86% No: 2%
Kids:
Yes: 67% No: 8%
Pilot Study Preliminary Results IV
What Items did You use?
Squeeze Ball: 80% Massage Pen: 73% Stress Card: 61% Comfort Ruler: 57% Essential Oil: 45% Bubbles: 43% Pinwheel: 43% Stickers: 30%
Pilot Study Preliminary Results V
What Skills did you try?
Breathing: 38% Muscle Relaxation: 30 % Imagery: 29% Self-Talk: 29%
Audience Experiential: Thermal Biofeedback
Peripheral temperature monitoring-indirect reflection of sympathetic nervous system arousal Typical 75-85 degrees With relaxation training-looking for increaseideal if 90-95 degrees Many ways to facilitate temp warming-imagery, breathing, autogenics Particularly relevant for Migraine and Raynaud’s
Anxious Parents
2 Studies Effectiveness of auricular accupressure/acupuncture for anxious parents of children having surgery
Wang et al, 2004, Anesthesiology Wang et al, 2005, Anesth Analges
Note: children of mothers also less anxious upon entry to operating room and during anesthesia induction
Acupuncture
AJ
14 year old Rhabdomyosarcoma Leg and back pain On narcotics and other pain meds Needle Phobia
Immediate relief from pain Lasts 2-4 days “Better than morphine” Weaned self off of narcotics
Acupuncture-Classical Concepts
Man functions harmoniously with the universe Illness described in terms of
Disharmony between Yin and Yang
Interior vs. Exterior Cold vs. Hot Dark vs. Light Passivity vs. Activity Deficiency vs. Excess
Balance maintained by flow of Qi
Elements
Wood
Tree, firm but flexible
Sun, heat, vitality, excitement
Fire
Earth
Stability, grounded, balanced, nurturing Cool, brittle, inflexible, durable
Movement, adaptable, evolution
Metal
Water
Organs
Functional Energetic Metaphorical Kidney
Bones, marrow, joints, hearing and hair Will and motivation
Spleen
Digestion, blood production, menstruation Nuturing, introspection
Organs
Yin Solid, Energy Producing
Yang Hollow, transport
Kidney Liver Lung Spleen Heart Master of the Heart
Bladder Small Intestine Large Intestine Gall Bladder Stomach Triple Heater
Energy pathways-Meridians
Tendinomuscular
Most superficial First defense
Through muscular layer Provide nourishment and vitality Connected with zone of organ influuence
Principal
Distinct
Go deep to the organs Allow organ energy to circulate Connections between meridians
Curious
Patient Evaluation
Both western medical eval and eastern approach Explore the characteristics and behaviors of the problem Identify organ and energy circulation divisions involved in the problem
Biostructural psychotype
Takes into account traditional history Also includes
Personality traits Seasonal affinities Color and taste affinities Elemental qualities
Patient Evaluation
Determine areas of deficiency or excess Discover underlying biostructural psychotype Uncover obstructions to flow Insert needles along channels that influence energy flow to restore balance
Physical Exam
Standard attention to muscular bands and trigger points Inspect for tender spots (ashi points) which may indicate underlying organ problem
Somatotopic Systems
Evaluate somatotopic systems
Tongue
Ear
Pulse
How does it work?
Corrects imbalance of energy
Movement of energy through bioelectric channels
Activation of endogenous opioid system Direct impact on brain
FMRI data
Acupuncture analgesia (AA) – Opioid involvement
Naloxone blocks AA Those with less opioid receptors less AA Endorphins increase in CSF Can provide AA with cross circulation
Functional MRI
Different acupuncture sites activate different portions of the brain Strong pain points
activate structures of descending antinociceptive pathway deactivate limbic areas involved in pain association
Cool Stuff
Compared fMRI
of 3 groups
Stimulation of visual acupoint
Stimulation of non-acupoint
Grad student looking at flashlight
Outcome Trials
Strong evidence
PONV-Acupuncture equivalent to antiemetics in adult and pediatric trials Not a traditional use of acupuncture Headache Back Pain Almost everything else
Moderate evidence
Weak or no evidence
J.M.
13 yo with dermoid cell tumor Severe nausea and vomiting s/p chemotherapy Rx with benadryl, zofran without relief Stimulation of points in wrist and feet Decreasing symptoms during procedure N/V resolved l hour post procedure
Why are clinical trials difficult?
Evaluate eastern medicine with western techniques Treatment is patient specific not drug specific
Personality traits Underlying philosophy Needle placement Duration of needle placement Type of needle stimulation
Treatments vary with practitioners
CAM defined disorders do not equal biomedically defined disorders
Difficult to get adequate sample sizes Placebo difficult to accomplish
Needles placed at non acupoints have intermediate effect
Requires increased sample size to show differences
Patients can differentiate between real and sham needle
Results of studies may not be generalizable
Making clinical trials better
Improving placebo Manualizing treatment
Study particular acupuncture style Allowing flexibility within a framework Develop protocols through consensus Standardized point selection and outcome variables
Study both individual and standardized approaches
STRICTA
Designed to be analogous to CONSORT Acupuncture Rationale Needling Details Treatment Regimen Co-interventions Practitioner Background Control Interventions
Side effects
Needle Shock Bleeding Infection Pain Rare
Pneumothorax Cardiac tamponade
What about children?
Aren’t they afraid of needles?
67% rate it as pleasant Relaxing Many patients sleep Not really
Don’t the needles hurt?
J.M.
17 yo with sickle cell disease Severe chronic pain especially in back and hips Opioid dependent Treatments focused on relaxation and decreasing in back and hip pain Treatments separated by 3 weeks
Children with Chronic Pain
Headache Abdominal Pain Arthritis RSD Sickle Cell Cancer Pain Fibromyalgia/Chronic Fatigue
O.J.
13 yo with Crohns disease persistent abdominal pain Low energy and mood Treatment focused on increasing energy, decreasing abdominal pain
Immediate feeling of relaxation Incidentally noted decreased knee pain after first visit Persistent improvement in energy, mood post 2nd treatment Abdominal pain resolved post 5th treatment.
M.S.
16 yo with incapacitating migraine headaches Likely stress induced Misses 1-3 days per week of school Grades suffering
Hated it from the start No improvement in headache over 6 weeks Last treatment targeted relaxation Patient fell asleep during therapy
G.M.
9 yo neuropathic pain both feet Became anxious and extremely tearful Pain improved post acupuncture Returned for a 2nd try but couldn’t tolerate it
B.Z.
Long distance runner Chronic knee pain patellar tendinitis Left >> Right Took 2 mos off without improvement in symptoms Treatment with 2 needle technique on Left Marked lasting improvement on Left
Integrative Approach to Pediatric Headache
Assess for psychiatric co-morbidity Adjust all lifestyle factors
Sleep, diet, overscheduling, exercise analgesic rebound, polypharmacy Mind/Body, Acupuncture, Psychotherapy
Review medications
Primary CAM Therapies (safety and efficacy)
Adjunctive CAM Therapies (safety but unclear efficacy)
Massage, Aromatherapy, Cranial Sacral Therapy
Mind/Body Skills and Headache
Hypnosis Vs Propanolol for Migraine
Prospective crossover-hypnosis,placebo and propanolol Significant decrease in frequency of HA with selfhypnosis group only
Olness & MacDonald, 1987, Pediatrics
Biofeedback for TT and Migraine HA
SEMG with bifrontal placement Peripheral temperature biofeedback Heart rate Variability Biofedback Neurofeedback
Andrasik & Schwartz, 2006, Behavior Modification
Acupuncture and Headache
22 children with migraine Randomized to either acupuncture or sham acupuncture groups 10 healthy controls Checked serum panopiod levels before and after treatment on all groups True acupuncture group only-significant reduction in HA freq and severity and also increase in panopiod levels back to normal (control)levels
Pintov et al, 1997, Pediatric Neurology
Aromatherapy and Headache
The use of essential oils that are steam distilled from plants Inhalation, topical application, ingestion Minimal published studies, but safe and kids really enjoy it Kids preferences different from adults-study HA-inhalation-rosemary and chamomille HA-topical-lemongrass, peppermint Portable-bring to to school etc
Massage and Headache
Massage effects
Increased blood flow ANS balancing Decrease muscle spasm Enhanced lymph drainage
Different Forms 6 sessions over 3-6 weeks Limited study evidence in kids-some in adults
Field, 2002, Med Clin NA
Botanicals/Supplements and Headache
Magnesium, B2 (riboflavin) Feverfew Anti-Inflammatory Diet and Omega 3 FA Butterbur for Migraine
108 kids, 6-17 years, multicenter, prospective open label trial 50-150 mg of butterbur for 4 months 77% of patients had decrease of at least 50% freq of HA, few SE
Pothman and Danesch, 2004, Headache
Headache: Pediatric Case Study
Video-common CAM therapies for pediatric HA
HA-Refractory to Conventional Rx
Tool Kit Approach Can still use abortive or preventative medications if necessary Active versus passive strategies “Portability” a consideration DCG teaching model Self-management
Integrative Approaches for Insomnia
Aromatherapy Audio Visual Entrainment Relaxation Training Music Therapy Herbal Therapy-teas Melatonin
Training and Information
www.pangea2006.org www.childrensintegrativemed.org www.holistickids.org www.ahma.org www.csh.umn.edu www.integrativemedicine.arizona.edu www.longwoodherbal.org