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Recurrent complex regional pain syndrome after minor hip surgery

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Abstract

Complex regional pain syndrome (CRPS) Type I, a chronic pain disorder, occurs in the sequel of certain predisposing conditions. Recurrence may be observed in 4%–10% of cases in the same or another limb. There are no specific parameters to prevent CRPS after surgery or trauma. However, some authors have reported several recommendations about surgical techniques and Vitamin C supplementation. We report a case who had CRPS Type I history before and developed recurrent CRPS Type I in the lower limb due to surgery for osteonecrosis of the hip. We observed significant improvement with physical therapy and medication.
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Abstract
Case Report
IntRoductIon
Complexregionalpainsyndrome(CRPS)Type I is a
chronicpaindisorderwhich occursafter somepredisposing
conditionsincludingtrauma,infection,surgery, cervical
radiculopathy,soft‑tissue contusions, fractures, tendon
ruptures,andmyocardialinfarction.[1,2]Symptomsandndings
arecharacterizedbypain,allodynia,edema,trophicand
vasomotorchangesintheaffectedlimb.Aswellasthepain
isnot limitedto aspecic nervedistributionordermatome,
itisnotassociatedwiththeseverityofinjuryeither.CRPSis
clinicallyseparatedintothreephasesasacute,dystrophic,and
atrophic.According to extremelyvariousdurationsofeach
period,separationofthesephasesisnotpossibleunlikely.
Thepathophysiologyisnotclear,and some theories are
suggestedsuchasirregularsympatheticsystem,neurogenic
inammation,andimmobilization.Furthermore,psychological
featuresareaccusedasapredisposingfactor.[3,4]CRPScanbe
reactivatedafteradisease‑freeperiodwithfurthertraumaor
anotheroperationinthesameoranotherlimb.[5]
Wereportacase,whohadCRPSTypeIhistoryinthelower
limbafterminortrauma,withrecurrentCRPSTypeIin
anotherlimbduetocoredecompressionandbonegraftingfor
osteonecrosisofthehip.
case RepoRt
A47‑year‑oldmalehadahistoryofCRPSTypeIafterleft
footfourthngersoft‑tissueinjury,duetothespreadofthe
complaintstothefeetandankle,andprolongedhissymptoms
throughout3months.Hehadbeenimplemented45sessions
ofphysicaltherapyprogramandmedicaltreatmentinour
departmentbecauseof leftlower‑limbCRPSTypeI.Then,
hehadcompletelyameliorated.Oneyearlater,thepatienthad
feltpaininhisrighthipandhehadappliedtoorthopaedist.
Inthesequel,osteonecrosisoftherightfemoralheadhad
beenidentifiedbymagneticresonanceimaging(MRI).
Havingbeenoperatedduetoosteonecrosisandperformed
coredecompressionandbonegraftingfortherighthipbyan
orthopedist,hehadbeenadvisedimmobilizationthroughout
2monthsbecauseofcastingaftersurgery.Alongwith
mobilization,thepatientbegantofeelpaininhisrightfoot.
Complexregionalpainsyndrome(CRPS)TypeI,achronicpaindisorder,occursinthesequelofcertainpredisposingconditions.Recurrence
maybeobservedin4%–10%ofcasesinthesameoranotherlimb.TherearenospecicparameterstopreventCRPSaftersurgeryortrauma.
However,someauthorshavereportedseveralrecommendationsaboutsurgicaltechniquesandVitaminCsupplementation.Wereportacase
whohadCRPSTypeIhistorybeforeanddevelopedrecurrentCRPSTypeIinthelowerlimbduetosurgeryforosteonecrosisofthehip.We
observedsignicantimprovementwithphysicaltherapyandmedication.
Keywords:Complexregionalpainsyndrome,hipsurgery,recurrentcomplexregionalpainsyndrome
Address for correspondence: Dr. Hüseyin Kaplan,
Department of Physical Medicine and Rehabilitation, School of Medicine,
Education and Research Hospital, Aksaray University, Aksaray, Turkey.
E‑mail: hkaplan_87@hotmail.com
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Recurrent Complex Regional Pain Syndrome after Minor Hip
Surgery
Hüseyin Kaplan, Emel Güler1, Mehmet Kırnap2
Department of Physical Medicine and Rehabilitation, School of Medicine, Education and Research Hospital, Aksaray University, Aksaray, 1Department of Physical
Medicine and Rehabilitation, Division of Algology, Kayseri City Hospital, 2Department of Physical Medicine and Rehabilitation, School of Medicine, Erciyes University,
Kayseri, Turkey
How to cite this article: KaplanH,GülerE,KirnapM.Recurrentcomplex
regionalpainsyndromeafterminorhipsurgery.JOrthopTraumatolRehabil
2021;13:61‑3.
Submission: 01.12.2019 Revision: 19.08.2020
Acceptance:11.04.2021 Web Publication:16.06.2021
[Downloaded free from http://www.jotr.in on Thursday, July 8, 2021, IP: 181.215.86.152]
Kaplan, et al.: Recurrent CRPS
Journal of Orthopaedics, Traumatology and Rehabilitation ¦ Volume 13 ¦ Issue 1 ¦ January-June 2021
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Ontheoccasionofprolongedcomplaints,hehadapplied
tohissurgeon. InconsequenceofX‑rays and MRI,hehad
beendiagnosedrightlower‑limbCRPSTypeI.Hehadbeen
performedphysicaltherapyinanotherhospitalthroughout
21sessions.However,he was consulted in our department
byhisorthopedistforcontinuingcomplaints.Thepatient
presentedwithcomplaintsofdifcultyinwalking,swelling
intherightfootandankle,paininthecourseof mobility,
andresting.Onphysicalexamination,ininspection,he
mobilizedwithtwocrutch,hisrightfootandanklewere
edematousandalittle red.Also, elongation andthickening
wereobservedinhairofrightfoot.Onpalpation,therewere
prominentlytenderness,allodynia,andparesthesiaonthe
rightankle.Furthermore,he had alimitedrangeofmotion
ontheankle.TheNumericRatingScalewas8outof10.In
laboratoryexamination,erythrocytesedimentationratewas7
mm/h(3–20),C‑reactiveprotein(CRP)was3.98mg/L(0–6),
andrheumatoidfactorwasnegative.Triple‑phasebonescan
wascompatiblewithCRPS[Figure1].Regionalosteoporosis
wasseeninhisankleonroutineX‑rayexamination[Figure2].
MRIoftherightfootshowedthat therewasacompression
fractureinthetalus[Figure3].Hewasusingsomedrugs
includingibuprofen1200mg/day, pregabalin 150 mg/day,
andcalciumcarbonate andVitamin D3.Hewasundergone
physicaltherapy(transcutaneouselectricalnervestimulation,
whirlpool,rangeofmotionexercises,andpartialweightingon
thelimb).Hismedicaltreatmentwasreadjusted(pregabalin
300mg/day,ibuprofen1600mg/day,andcalciumcarbonate
plusVitaminD3).Asignicantimprovementwasobserved
followingninesessionsofphysicaltherapyandmedication.
Inadditiontothis,theNumericRatingScaledecreasedtothe
levelof1efciently.
dIscussIon
CRPSTypeI,aposttraumaticdisorder,commonlyassociated
withsurgeryincludingextremities,isascarcelycomplex
clinicalentityforclinicians.Theincidencehasbeenreported
1%–37%afterdistalradiusfracture.Somesynonymsarealso
usedtodescribeCRPSsuchasreexsympatheticdystrophy
syndrome,Sudeck’satrophy,andalgodystrophy.[3]The
BudapestcriteriaforthediagnosisofCRPS,modiedversion
ofOrlandocriteria,haveagreaterspecicityandalsoinclude
motorfeaturesofthesyndrome[Table1].[1]
Whileithasagoodprognosiswithearlydiagnosisand
treatment,prolongedmisdiagnosisandlackoftreatment
resultinchronicdisability.Recurrenceisobservedin4%–
10%ofcases3monthsto20yearsaftertheinitialevent.[6]
Therearenospecicparameterswhichareknowntoprevent
CRPSaftersurgeryortrauma.Butstill,anumberofauthors
havereportedseveralrecommendations including careful
operativetechnique,knowledgeofanatomy, avoidance
ofnerve traction,andproperpostoperativecaretoreduce
thefrequencyofthisdisorder.Physical therapies, mirror
visualfeedback,medication(oral/topicalmedicationor
injections),andsurgery maybeeffectivesolutions inthe
processoftreatment.Vitamin C supplementationafter
surgeryisassociatedwithreducingtheriskofdeveloping
CRPS.Althoughoptimaldoseisnotclear,500–1000mg/
daydosesarecommonlytaughttobeeffectivethanlower
doses.Typically,a 500 mg/daydoseisused for 50 days.
Furthermore,earlymobilizationafterlimbsurgerieshasbeen
reportedtopreventCRPS.[5,7,8]Paralleltothisinformation,
inasequelof2‑monthimmobilizationperiod,ourcaseeven
developedCRPSTypeI.
Figure 2: Regional osteoporosis on X‑ray
Figure 1: Triple‑phase bone scan was compatible with complex regional
pain syndrome for the right ankle (anterior‑posterior and posterior‑anterior
images, respectively)
Figure 3: Compression fracture in the talus on magnetic resonance
imaging of the right ankle
[Downloaded free from http://www.jotr.in on Thursday, July 8, 2021, IP: 181.215.86.152]
Kaplan, et al.: Recurrent CRPS
Journal of Orthopaedics, Traumatology and Rehabilitation ¦ Volume 13 ¦ Issue 1 ¦ January-June 2021 63
Spinalcordstimulationmaybeperformed,ifsymptomsstill
persistafter3–4months.[1]However,itisreportedthat74%
ofpatientswithCRPSTypeIachieveresolutionofsymptoms
withearlytreatment.[9]Inourpatient,weachievedgreat
improvementwithphysicaltherapyandmedication.
Inconclusion,itcanbesuggestedthat people who will be
performedanysurgicalproceduresshouldbeevaluatedwith
regardtoCRPShistoryaheadofoperation.Thismaybe
fairlyimportanttotakeprecautionseitherduringsurgeryor
inpostoperativecaretopreventrecurrence.
Declaration of patient consent
Theauthorscertify thattheyhaveobtained allappropriate
patientconsentforms.Intheformthepatient(s)has/have
givenhis/her/theirconsentforhis/her/theirimagesandother
clinicalinformationtobereportedinthejournal.Thepatients
understandthattheirnamesandinitialswillnotbepublished
anddueeffortswill be madetoconcealtheiridentity,but
anonymitycannotbeguaranteed.
Financial support and sponsorship
Nil.
Conflicts of interest
Therearenoconictsofinterest.
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Table 1: Budapest clinical diagnostic criteria for complex
regional pain syndrome
Continuingpain,whichisdisproportionatetoanyincitingevent
Mustreportatleastonesymptominthreeofthefourfollowingcategories
Sensory:Reportsofhyperalgesiaand/orallodynia
Vasomotor:Reportsoftemperatureasymmetry,and/orskincolor
changes,and/orskincolorasymmetry
Sudomotor/edema:Reportsofedema,and/orsweatingchanges,and/or
sweatingasymmetry
Motor/trophic:Reportsofdecreasedrangeofmotion,and/ormotor
dysfunction(weakness,tremor,anddystonia),and/ortrophic
changes(hair,nail,andskin)
Mustdisplayatleastonesign*attimeofevaluationintwoormoreofthe
followingcategories
Sensory:Evidenceofhyperalgesia(topinprick)and/orallodynia(to
lighttouch,and/ordeepsomaticpressure,and/orjointmovement)
Vasomotor:Evidenceoftemperatureasymmetry,and/orskincolor
changes,and/orasymmetry
Sudomotor/edema:Evidenceofedema,and/orsweatingchanges,and/or
sweatingasymmetry
Motor/trophic:Evidenceofdecreasedrangeofmotionand/ortrophic
changes(hair,nail,andskin)
Thereisnootherdiagnosisthatbetterexplainsthesignsandsymptoms
*Asigniscountedonlyifitobservedatthetimeofdiagnosis
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Article
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Complex regional pain syndrome (CRPS) is a devastating condition often seen after foot and ankle injury and surgery. Prevention of this pathology is attractive not only to patients but also to surgeons, because the treatment of this condition can be difficult. We evaluated the effectiveness of vitamin C in preventing occurrence of CRPS in extremity trauma and surgery by systematically reviewing relevant studies. The databases used for this review included: Ovid EMBASE, Ovid MEDLINE, CINAHL, and the Cochrane Database. We searched for comparative studies that evaluated the efficacy of more than 500 mg of daily vitamin C. After screening for inclusion and exclusion criteria, we identified 4 studies that were relevant to our study question. Only 1 of these 4 studies was on foot and ankle surgery; the rest concerned the upper extremities. All 4 studies were in favor of this intervention with minimal heterogeneity (Tau(2) = 0.00). Our quantitative synthesis showed a relative risk of 0.22 (95% confidence interval = 0.12, 0.39) when daily vitamin C of at least 500 mg was initiated immediately after the extremity surgery or injury and continued for 45 to 50 days. A routine, daily administration of vitamin C may be beneficial in foot and ankle surgery or injury to avoid CRPS. Further foot and ankle specific and dose-response studies are warranted.
Article
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The aim of this study was to investigate the role of psychological factors in the development of complex regional pain syndrome (CRPS) type I following the fracture of the distal radius. Fifty patients (average age 57.70 ± 13.43 years) with a distal radius fracture were enrolled in the present study. All of the patients were treated by closed reduction and cast immobilization. The Toronto Alexithymia Scale-20, Anxiety Sensitivity Index, State-Trait Anxiety Inventory, and Beck Depression Inventory were used to determine the patients' psychological features 2 days after the fracture. The patients were followed for 2 months after cast immobilization was completed using the International Association for the Study of Pain criteria to diagnose CRPS type I. CRPS type I developed in 13 (26%) patients of the 32 (34.4%) female patients and 18 (11.1%) male patients. The risk of CRPS type I was significantly increased in patients with high trait anxiety scores (P = 0.038). The results show that, after fracturing the distal radius, patients who have an anxious personality have a higher risk of developing CRPS type I. Following these patients closely for the development of CRPS type I may be advantageous for early preventative and therapeutic interventions.
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Complex regional pain syndrome type I (CRPS I), formerly known as reflex sympathetic dystrophy (RSD), is a chronic painful disorder that usually develops after a minor injury to a limb. This topical review gives a synopsis of CRPS I and discusses the current concepts of our understanding of CRPS I in adults, the diagnosis, and treatment options based on the limited evidence found in medical literature. CRPS I is a multifactorial disorder. Possible pathophysiological mechanisms of CRPS I are classic and neurogenic inflammation, and maladaptive neuroplasticity. At the level of the central nervous system, it has been suggested that an increased input from peripheral nociceptors alters the central processing mechanisms. A literature search was conducted using, as electronic bibliographic database, Medline from 1980 until 2014. An early diagnosis and multidisciplinary treatment are necessary to prevent permanent disability. The pharmacological treatment of CRPS I is empirical and insufficiently effective. Further research is needed regarding the therapeutic modalities discussed in the guidelines. Physical therapy is widely recommended as a first-line treatment. The efficacy of local anesthetic sympathetic blockade as treatment for CRPS I is questionable. © 2015 The Acta Anaesthesiologica Scandinavica Foundation. Published by John Wiley & Sons Ltd.
Article
Complex regional pain syndrome, formally known as reflex sympathetic dystrophy, is a poorly understood condition that describes a collection of clinical symptoms and signs occurring in the peripheries most commonly after trauma. Pain is the main problem. It is generally out of proportion to the degree of injury and can be unresponsive to narcotics. In addition joint stiffness, temperature and colour changes, and swelling occur. The diagnosis and treatment are challenging for any clinician and a multidisciplinary approach is often necessary with physiotherapy, occupational therapy, and the pain team. The hand surgeon is involved for two reasons, firstly as the upper limb is the most frequently involved, and secondly because the condition may be a complication of the patient's surgery and result in a much prolonged recovery. This review elucidates the recent advances in the knowledge of the aetiology, classification and treatment of this fascinating condition.
Article
Complex regional pain syndrome (CRPS) (previously reflex sympathetic dystrophy) is a chronic pain condition usually resulting as a consequence of trauma or surgery. Though described occasionally after vascular surgery, it is distinctly rare after percutaneous cardiovascular procedures. We report a case of CRPS following trans- femoral catheterization-related groin pseudoaneurysm. To our knowledge, this is the first such report following transfemoral catheterization. A 36-year-old female underwent an electrophysiological study and AV node re-entry tachycardia ablation using the left femoral vein approach. One month later she presented complaining of numbness and tingling in her left foot with swelling and mild groin discomfort. A lower extremity duplex scan showed a left common femoral artery pseudoaneurysm that was partially thrombosed and subsequently resolved spontaneously. The patient had intractable symptoms of pain, temperature changes, color changes, and trophic changes of the left foot. Conventional angiography was done to rule out occlusive arterial disease but just showed very sluggish flow. Further evaluation with transcutaneous oxymetry and 3-phase bone scan was consistent with microvascular dysfunction and poor cutaneous blood flow suggestive of cold-type CRPS. In this case report, we also review the clinical features and the vascular changes associated with CRPS and discuss the pathophysiology of the syndrome from a cardiovascular specialist's perspective. Interventionalists should be aware that CRPS is a possible, albeit rare, condition that may follow many vascular procedures that they perform on a daily basis.
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We report a case of complex regional pain syndrome developing in a 57-year-old woman after minor skin surgery in the sole of her right foot. This was diagnosed and treated in its early phase with sympathetic blockade using guanethedine with complete recovery of symptoms.
Article
Complex regional pain syndrome type I (CRPS-I) is a complex disorder characterised by pain, autonomic dysfunction, and decreased range of motion. The syndrome was believed as a well-recognized disorder in adults but, less commonly recognized in children. CRPS-I after vaccination has been rarely reported. We reported an 11-year-old young girl with CRPS-I due to rubella vaccine. © 2004 European Federation of Chapters of the International Association for the Study of Pain. Published by Elsevier Ltd. All rights reserved.
Article
Complex regional pain syndrome (CRPS), formerly known as "reflex sympathetic dystrophy," is a chronic neurological disorder characterized by disabling pain, swelling, vasomotor instability, sudomotor abnormality, and impairment of motor function. The disorder usually develops after minor trauma or surgery. No specific diagnostic test is available and, hence, diagnosis is based mainly on history, clinical examination, and supportive laboratory findings. This review gives a synopsis of CRPS and discusses the principles of management based on the limited available literature in the area. A literature search was conducted using electronic bibliographic databases (Medline, Embase, Pubmed, CENTRAL) from 1970 to 2006. Keywords complex regional pain syndrome, reflex sympathetic dystrophy, neuropathic pain, and causalgia were used for the search. Relevant articles from the reference lists in retrieved articles were also studied. There were 3,771 articles published in the area. Seventy-six randomized controlled trials were identified. Most studies were on the role of sympathetic blockade in the treatment of CRPS (n = 13). The role of sympathectomy is unclear, with some studies showing transient benefit and others showing no beneficial effects, with most studies containing only a small number of patients. Nine studies were on bisphosphonates or calcitonin. Studies involving bisphosphonates showed benefit, but studies involving calcitonin showed no definite benefit. Four studies were on cognitive behavioral therapy, physiotherapy, or occupational therapy, all of which demonstrated a potential beneficial effect. Three studies on spinal cord stimulation and two studies each on acupuncture, vitamin C, and steroid all showed a potential beneficial effect in pain reduction. The remaining studies were on miscellanous therapy or combination therapy, making it difficult to draw any conclusions on the effect of treatment. There is very little good evidence in the literature to guide treatment of CRPS. Early recognition and a multidisciplinary approach to management seems important in obtaining a good outcome. Treatments aimed at pain reduction and rehabilitation of limb function form the mainstay of therapy. Comorbidities, such as depression and anxiety, should be treated concurrently.