Evaluating Emerging Technologies: Is the Future Now? (Text Version) Slide presentation from the AHRQ 2010 conference. On September 27, 2010, Susan Tolivaisa made this presentation at the 2010 Annual Conference. Select to access the PowerPoint® presentation (4.2 MB). Free PowerPoint® Viewer (Plugin Software Help).Slide 1Evaluating Emerging Technologies: Is the Future Now?Susan TolivaisaEunice Kennedy Shriver National Institute of Child Health and Human DevelopmentImage: The MOMS—Management of Myelomeningocele Study logo. This logo appears in the lower right-hand corner of all subsequent slides.Images: The Department of Health and Human Services and National Institutes of Health appear in the lower left-hand side of the slide; the Eunice Kennedy Shriver National Institute of Child Health and Human Development logo appears in the lower right.Slide 2The MOMS Trial and Its DevelopmentMOMS Clinical CentersThe Children's Hospital of PhiladelphiaUniversity of California-San Francisco Vanderbilt University Medical CenterCoordinating CenterThe George Washington University Biostatistics CenterEunice Kennedy Shriver National Institute of Child Health and Human Development (NICHD) Pregnancy and Perinatology BranchSlide 3BackgroundImage: A pregnant woman is shown.Obstetrical management, especially for high-risk patients, has often adopted practices without objective evaluation.Slide 4BackgroundImage: A pregnant woman is shown.Fetal surgery began for lethal conditionsRisks involve two: MomBabyLong term risks: future pregnanciesSlide 5Fetal surgery for myelomeningocele (MMC or spina bifida) moves beyond the typical paradigmNot a lethal conditionSlide 6Myelomeningocele (MMC)Open Neural Tube DefectImage: An illustrated image of an open neural tube defect on a fetus.Most common & severe CNS congenital anomalyAffects ~ 1500 fetuses in U.S. annuallySeverity varies depending on level of lesionSignificant morbidity and mortalityLife-long disabilitiesSlide 7ComplicationsHydrocephalusNeed for ventriculoperitoneal shuntingMotor & cognitive impairmentsBladder & bowel incontinenceSocial & emotional challengesImages: A crying, newborn infant, a child walking with crutches, and a woman in a wheelchair are shown.Slide 8History of Trial"NICHD Workshop: Current Scientific, Ethical & Clinical Considerations of Maternal-Fetal Surgery"Multidisciplinary workshop in July, 2000Examined the relevant issuesEncouraged name of "maternal-fetal surgery"Myelomeningocele discussed Clinically availableLimited follow-upUnknown if outcome betterSlide 9Human Fetal Myelomeningocele RepairImages: Illustrated images of an open neural tube defect on a fetus, and of a fetus with a normally functioning neural tube are shown.Slide 10ACOG Committee OpinionMaternal-fetal surgery for myelomeningocele should be evaluated in a multicenter RCT.Images: The American College of Obstetricians and Gynecologists—Women's Health Care Physicians logo and the header image of I Number 252-2001 from the Committee on Obstetric Practice of the American College of Obstetricians and Gynecologists—Women's Health Care Physicians are shown.Slide 11Why We Are Doing a Trial?Prior to 2002, data indicated some benefits regarding hindbrain herniation and shunting but: No comparison groupPotential confoundingPotential risks to mom & babyShort term data onlyIncomplete follow-upSlide 12Development of MOMS TrialImage: An illustration of a door with a red "x" on it.UCSF, CHOP, Vanderbilt held meetingsAgreed to collaborateOther fetal surgery sites agreed to"no back door" policy Cannot get maternal-fetal repairoutside of the trialSlide 13Goal of the TrialTo compare the safety and efficacy of in utero repair of open neural tube defects with that of the standard postnatal repair.Slide 14Primary HypothesesMidtrimester repair of fetal MMC compared with standard postnatal repairReduces the risk of death or ventricular decompression shuntingResults in an improvement in neurologic and neuromotor functionSlide 15MOMS Primary OutcomeDual Primary Outcome:Death, placement of or meeting criteria for ventricular shunt by age1Composite of Bayley Scales of Infant Development MDI and motor function) assessed by independent team of examiners at 30 mos.Slide 16Basic Study DesignUnmasked randomized trialSample size 200Central screeningEligible and interested are assigned to a MOMS centerEvaluated at MOMS center and if consenting, randomizedPrenatal, postnatal repair & delivery at MOMS center12 and 30 month follow-upSlide 17Reasons for Central Screening/ReferralConsistent counselingAllows time to process information, consider optionsConsistent eligibility screeningSlide 18Inclusion CriteriaMMC starting at T1-S1 with evidence of hindbrain herniationSingleton pregnancy 190 to 256 weeks, normal karyotypeU.S. residentMinimum 18 years oldSlide 19Major Exclusion CriteriaIncreased risk for preterm delivery, e.g. prior spontaneous PTDContraindication to surgery, e.g. previous classical cesarean or fetal surgeryBMI ≥ 35Slide 20Screening at Clinical Site (2 days)Image: A chart illustrates the process of screening at a clinical site:Travel & lodging arranged.Mother and support person.Paid by MOMS center.Evaluation processIf requirements met, offered randomization.Comprehensive ultrasoundMRI of fetusFetal echocardiogramPsychological testingMeetings with evaluations teamFetal surgeonNeurosurgeonNurseNeonatologistSocial workerAnesthesiologistPerinatologistSlide 21Randomization to Neonatal DischargeImage: A chart illustrates the following discharge process:Moms and infants return to assigned center.Prenatal group:Admitted to MOMS centerIn utero repairRemains near center until deliveryDeliver by CD @ 37wks if undeliveredPostnatal group:Return homeReturn at 37wks to MOMS center for delivery by CDPostnatal closure within 48hSlide 22Human Fetal Myelomeningocele RepairImage: Doctors engaged in a Human Fetal Myelomeningocele Repair operation are shown.Slide 23MOMS Follow-upImage: A chart illustrates the MOMS Follow-up process:Moms and infants return to assigned center.12 months:Neurologic ExamDevelopmental TestingUrodynamicsMRI of head & spineSpine x-ray30 months:Neurologic ExamDevelopmental TestingUrodynamicsSlide 24Primary Outcome Measure 1Need for ventricular decompressive shunting at 12 months defined by objective criteria If shunt placed without meeting criteria, qualifies as primary outcomeImportant for neurosurgeons to use criteriaIndependent committee of neurosurgeons, blinded to treatment assignment, determines whether criteria have been metSlide 25Primary Outcome Measure 2Composite score from the Bayley Scales of Infant Development MDI and the difference between the motor level and lesion level Evaluated by independent examiners blinded to treatment assignmentVideotapes of physical exams reviewed by independent expertSlide 26Why Independent Review Committees/Examiners?Primary outcome 1 and urology both practice dependentUnmasked trial; therefore susceptible to bias (investigator, ascertainment)Ensure consistent outcome determination across centersSlide 27Data and Safety Monitoring Committee (DSMC)Appointed by NIH; no conflict of interestMultidisciplinary (Biostatistics, Epidemiology, Maternal-Fetal Medicine, Neonatology, Pediatrics, Neurosurgery, Urology, Ethics, Layperson)Reviews interim data and has the authority to recommend stopping trial: Evidence of benefitEvidence of harmFutilityExternal influences and eventsSlide 28MOMS Status (9/7/2010)1510 central contacts1049 screened 533 met exclusion criteria230 decided not to participate293 eligible & referred178 randomizedSlide 29Exclusion: Central ScreeningImage: A bar chart shows the followiing statistics:Not spina bifida: 7%Non-U.S. resident: 10%Lesion <S1: 5%No ACM: 3%Fetal anomaly: 5%BMI ≥ 35: 20%prev sPTD: 7%Contraind to surg: 9%(n=533)Slide 30Reasons for Non-participationImage: A bar chart shows the followiing statistics:Risks too great: 27%Decided to terminate: 24%Travel/Follow-up/Finances: 25%Refused amnio: 4%Refused randomization: 3%Unknown: 17%(n=230)Slide 31Screening & EnrollmentImage: A bar chart shows quarterly screening & enrollment statistics from the first quarter of 2003 to the third quarter of 2010. The numbers are at their lowest at the beginning and end of the chart: 24 in the first quarter of 2003 and 20 in the the third quarter of 2010. Between these two quarters, the numbers are mostly between 40 and 55, with the highest number being 62 at the third quarter of 2007.Note: First patient randomized 3/6/03.Slide 32Randomization by MonthImage: A line graph shows the expected and actual number of participants from March 2003 to July 2010 at 4-month intervals. The Expected line rises sharply from just above 0 in March 2003 to 200 in July 2004 and remains at 200. The Actual line rises steadily from month to month, beginning at 0 and ending at 175 by July 2010.Slide 33Follow-up Visits99% 30-month follow-up visits to date (n=129)Slide 34MOMS Publicity 2010Mass mailings—1,500 piecesMass E-mails—4 (SMFM,NSGC,SBA Parents & Providers)Advertisements—2 (Green journal, Google)Meetings/Speaking engagements—21Association newsletters—16Links to Web site—10Slide 35SummaryChallenging trialSlow recruitmentExcellent follow-upNo "back door" policy crucial NAFTnet (North American Fetal Therapy Network) endorsed Current as of December 2010 Internet Citation: Evaluating Emerging Technologies: Is the Future Now? (Text Version). December 2010. Agency for Healthcare Research and Quality, Rockville, MD. http://www.ahrq.gov/news/events/conference/2010/tolivaisa/index.html