1 (5/5/06) NOPR National Oncologic PET Registry. 2 (5/5/06) PET Reimbursement Complex, slowly evolving process Dependent on FDA approval of PET drugs.

Slides:



Advertisements
Similar presentations
Yasir Rudha, MD; Amr Aref, MD; Paul Chuba, MD; Kevin O’Brien, MD
Advertisements

PET/CT in Oncology George Segall, M.D. Stanford University.
Medicare Transmittal 956 CR 5124 May 19, 2006 NOPR Billing Instruction Clarification – Physician Offices/IDTF use QR Modifier – Hospitals use QR and V70.7.
1 February 1, 2011 Sodium Fluoride (NaF-18) PET Bone Imaging National Oncologic PET Registry.
National Oncologic PET Registry. Evolution of Clinical PET PET well established as a research tool since its development in mid 1970s Research applications.
The National Oncologic PET Registry: Background and Operational Overview The National Oncologic PET Registry: Background and Operational Overview Barry.
Research Protocol ACRIN 6678 Learning About PET/CT Scans: Can PET/CT scans provide helpful information for the treatment of non-small cell lung cancer?
Consent for Research Study A Study for Women with Advanced Cervical Cancer: Learning whether an MRI scan with an investigative contrast agent (called.
Clinical Solutions for Lung Cancer Screening (LCS)
Total Lesion Glycolysis by 18 F-FDG PET/CT a Reliable Predictor of Prognosis in Soft Tissue Sarcoma Ilkyu Han Musculoskeletal Tumor Center, Seoul National.
Evaluation of Electronic Radiotherapy Data for Quality Checking Cancer Registry Data Colin Fox (NICR) Richard Middleton (NICR) Denise Lynd (BCH – COIS)
Brain Scan Imaging MRI, CAT, PET Imaging Interpreting Functions of the Brain through Imaging – Activity Case Study – Professional Sports and Head Trauma.
Positron Emission Tomography (PET) Scans in Ovarian Cancer Effectiveness of PET Scans and Recommendations for CMS August 20, 2008 Ovarian Cancer National.
Background The 2 week wait referral system was designed to expedite the referral of patients, suspected to have cancer, from Primary to Secondary care.
Controversies in the management of PSA-only recurrent disease Stephen J. Freedland, MD Associate Professor of Urology and Pathology Durham VA Medical Center.
Derek Martinig Suzanne Lane Julia Barnscher.  FDG (18-fluoro-2-deoxyglucose) – Radioactive F in place of O in glucose  Fluoride decays back to Oxygen.
1 (8/18/06) NOPR National Oncologic PET Registry.
CALGB Informational Session June 22, 2007 David Hurd, MD Interim Chair Data Audit Committee.
Update on 18 F-Fluorodeoxyglucose/Positron Emission Tomography and Positron Emission Tomography/ Computed Tomography Imaging of Squamous Head and Neck.
Advances in Nuclear Medicine and its Impact on Diagnosis and Management of GI Cancers Medhat Osman, MD PhD Philip Alderson, MD.
1 (8/8/06) NOPR National Oncologic PET Registry. 2 (8/8/06) PET Reimbursement Complex, slowly evolving process Dependent on FDA approval of PET drugs.
Clinical Trials. What is a clinical trial? Clinical trials are research studies involving people Used to find better ways to prevent, detect, and treat.
How to manage suspected cancer
ASBMT RETREAT INSURANCE FOR CLINICAL TRIALS Keith Sullivan October 3, 2011.
ACRIN 6671/GOG 0233 Consent for Research Study A study for Women with Advanced Cervical Cancer: Learning whether a PET/CT scan using an imaging agent called.
National Oncologic PET Registry Present and Future Barry A. Siegel, M.D. Mallinckrodt Institute of Radiology R. Edward Coleman, M.D. Duke University Medical.
Results of an Ontario Clinical Oncology Group (OCOG) prospective cohort study on the use of FDG PET/CT to predict the need for.
PET-CT in Scotland Dr Fergus McKiddie John Mallard PET Centre Aberdeen Royal Infirmary.
1 NOPR 2006: Results and Lessons Learned 2010 Annual AHRQ Conference NOPR 2006: Results and Lessons Learned 2010 Annual AHRQ Conference Bruce E. Hillner,
Functional Imaging with PET for Sarcoma Rodney Hicks, MD, FRACP Director, Centre for Molecular Imaging Guy Toner, MD, FRACP Director, Medical Oncology.
Dan Spratt, MD Department of Radiation Oncology Neuroendocrine Prostate Cancer: FDG-PET and Targeted Molecular Imaging.
Mallinckrodt Institute of Radiology
PET in Colorectal Cancer. Indications for FDG PET Rising marker, (-) CT/MRI Nonspecific findings on CT/MRI, recurrence or post treatment changes? Known.
Chemotherapy Audit  Audit of patients who died within three months of their last dose of chemotherapy at Airedale General Hospital  The records of 50.
A Glimpse of the Science Behind the American Cancer Society Access to Care Campaign Impact of Being Uninsured or Underinsured on Individuals with Cancer.
ACRIN 6682 Phase II Trial of 64 Cu-ATSM PET/CT in Cervical Cancer Principal Investigator: Farrokh Dehdashti, MD 9/30/10.
Tools to Access the Latest Cancer Statistics Paul Miller Washington Reporting Fellowships program presentation April 15, 2013.
Technology and Health Care Spending Bruce Steinwald February 5, 2008.
1 The Role of Medicare National Coverage in the Regulatory Process Steve Phurrough MD, MPA Director, Coverage and Analysis Group Centers for Medicare and.
1 National Forum on Biomedical Imaging in Oncology CMS UPDATE Steve Phurrough MD, MPA Director, Coverage and Analysis Group.
INTERPRETING GENETIC MUTATIONAL DATA FOR CLINICAL ONCOLOGY Ben Ho Park, M.D., Ph.D. Associate Professor of Oncology Johns Hopkins University May 2014.
MIR Medicare Coverage with Evidence Development for PET: NOPR and Beyond Barry A. Siegel, M.D. Mallinckrodt Institute of Radiology.
The Cancer Registry of Norway Jan F Nygård Head of the IT-department.
Enhancing Incidence Data with Passive End-Results Jill MacKinnon, Sarah Manson, and Mayra Alvarez Florida Cancer Data System.
Intersecting roles CMS and FDA – implications for pharmaceutical and device industries Peter B. Bach, MD, MAPP Senior Adviser, Office of the Administrator.
Omega Best Cancer Hospital - India
Using PET/CT in Prostate Cancer
Using PET/CT in Prostate Cancer
Cervical Cancer in California
Evidence-based Medicine
The FDA Early Feasibility Study Pilot and the Innovation Pathway
Clinical Leadership Decision Process
Treatment With Continuous, Hyperfractionated, Accelerated Radiotherapy (CHART) For Non-Small Cell Lung Cancer (NSCLC): The Weston Park Hospital Experience.
Integration of Positron Emission Mammography (PEM)
CUP SSG May 2016 Dr Matt sephton
Prevalence of Venous Thromboembolism in Cancer Patients in the Emergency Department and associated Healthcare Resource Utilization and Expenditure.
Lung Cancer Screening:
Cancer Epidemiology Kara P. Wiseman, MPH, Phd
Learning About PET/CT Scans:
Pathways To Coverage Jim Almas, M.D. Coverage and Analysis Group (CAG)
Value in Cancer Care Renato G Martins
Volume 384, Issue 9945, Pages (August 2014)
Organizing a Phase 1 Unit in Korea
Changes to HCC Criteria for Auto Approval
The BAHNO Head & Neck Cancer Surveillance Audit 2018
The BAHNO Head & Neck Cancer Surveillance Audit 2018
Megan Eguchi, MPh Sana karam, md, phd
United States Proton Therapy Market United States Proton Therapy Market.
Airedale NHS Foundation Trust
Living With & Beyond Cancer (Personalised Care): SWAG Colorectal CAG Update 5th June 2019 Catherine Neck, Macmillan Cancer Rehabilitation/ LWBC Lead On.
Presentation transcript:

1 (5/5/06) NOPR National Oncologic PET Registry

2 (5/5/06) PET Reimbursement Complex, slowly evolving process Dependent on FDA approval of PET drugs –Facilitated by FDAMA (1997) Reimbursable clinical indications –Determined by technology assessment panels of third-party payers –Process dominated by Centers for Medicare and Medicaid Services (CMS)

3 (5/5/06) Medicare Coverage of PET CMS elected not to consider oncologic indications for PET broadly Rather evaluated the evidence on a cancer- specific and indication-specific basis Problematic because the specific evidence typically has not been very robust “Catch 22”

4 (5/5/06) Medicare Reimbursement for Oncologic PET (2005) Diagnosis, staging, and restaging of: Non-small cell lung cancerLymphoma Esophageal cancerMalignant melanoma Colorectal cancer Head and neck cancer Staging, restaging, and Rx monitoring of breast cancer Detection of TG+/RAI– thyroid cancer Staging of cervical cancer (– CT/MRI outside pelvis) All other cancers/indicationsAll other cancers/indications –National registry

5 (5/5/06) What is the NOPR? In 2000, the Centers for Medicare and Medicaid Services (CMS) expanded its coverage of positron emission tomography (PET) with F-18 fluorodeoxyglucose (FDG) to a wide variety of indications for several common cancers - but not all cancers. In November 2004, CMS proposed expanding PET coverage to most other cancers, if providers collect relevant data in a CMS-approved clinical registry. CMS Initiative –Coverage with Evidence Development (CED)

6 (5/5/06) The National Oncologic PET Registry (NOPR): CMS has determined that, as data accumulate, additional cancers may be covered for PET “Coverage with Evidence Development” provides clinically appropriate care during data collection, via a registry NOPR’s program covers those cancers neither specifically covered, nor non-covered, by CMS as of 2004 For low-prevalence cancers, there likely would never be adequate quality evidence to support a coverage decision All Medicare-eligible PET facilities can participate o Program entirely funded by user fees CMS reimbursement depends on timely data submission

7 (5/5/06) NOPR: A Nationwide Collaborative Program Sponsored by Managed by Advisor Endorsed by Chair, Bruce Hillner, MD, Virginia Commonwealth University Co-chair, Barry A. Siegel, MD, Washington University R. Edward Coleman, MD, Duke University Anthony Shields, MD, PhD Wayne State University Statistician: Dawei Liu, PhD, Brown University Epidemiologist: Ilana Gareen, PhD, Brown University

8 (5/5/06) NOPR Objectives Primary: To assess the effect of FDG-PET on referring physicians’ plans of intended patient management across the spectrum of the expanded cancer indications for FDG-PET Secondary: To assess the effect of FDG-PET on referring physicians’ plans of intended patient management in relation to: o Specific type of cancer o Specific indication for FDG-PET o Patient performance status o Physician’s role as provider of cancer treatment o Type of FDG-PET study (PET/CT vs. conventional PET)

9 (5/5/06) Referring MD requests PET Referring MD requests PET Pre-PET Form Pre-PET Form PET done PET done PET interpreted & reported PET interpreted & reported Post-PET Form sent, including question for referring MD consent Post-PET Form sent, including question for referring MD consent Post-PET Form completed. Claim submitted Post-PET Form completed. Claim submitted Ongoing patient management Summary: NOPR Workflow Ask patient for consent Ask patient for consent

10 (5/5/06) Pre-PET Form – 5 Questions 1.Reason for the PET Scan –(Diagnosis, Initial Staging, Restaging, Suspected Recurrence, Treatment Monitoring) 2.Cancer Site/Type 3.Disease Stage Summary NED, Localized, Regional, Metastatic, Unknown 4.Performance Status (ECOG classification) 5.Intended Patient Management Plan

11 (5/5/06) Post-PET Form Questions customized by clinical Indication for PET (Diagnosis, staging, etc.) –3 - 6 questions per indication –Most require a Yes or No answer 2 Questions are asked on both the Pre-PET and Post- PET Forms –Intended Patient Management Plan –Planned Cancer Care Provider Referring Physician Consent

NOPR Status: May 8, 2006 through August 31, ,731 PET facilities nationwide participating (nearly 90% of all PET facilities)‏ 116,484 patients registered 94,076 patients - data entry completed Approximately 92% of patients and 96% of referring physicians consent to research use of data

NOPR Accrual (Cases Completed/Business Day)‏

Location of Participants (as of April 15, 2008)‏

Top Ten Cancers in NOPR registry Ovary / Uterine Adenexa Prostate Pancreas Kidney / Other Urinary Tract Bladder Small Cell Lung Stomach Non-small Cell Lung Myeloma Uterus, body

Top Ten NOPR Cancer Types & Indications Ovary / Uterine Adnexa – Recurrence Prostate – Initial Staging Ovary / Uterine Adnexa – Treatment Monitoring Ovary / Uterine Adnexa – Restaging Prostate – Recurrence Pancreas – Initial Staging Stomach – Initial Staging Prostate – Restaging Bladder – Initial Staging Pancreas – Suspected Primary

17 (5/5/06) Major NOPR Cancer Types vs. Incidence (Patients Over Age 65) Cancer Type Total NOPR Scans (2007)* Incidence (CDC 2004) Scans per Incidence (2007) Prostate3,769116,6593.2% Ovary and Adnexa3,7069, % Pancreas3,56121, % Bladder2,66544,5706.0% Kidney/Other Urinary Tract2,62320, % Small Cell Lung2,39019, % Stomach2,34913, % Myeloma1,33610, % *Excluded Scans done for treatment monitoring

18 (5/5/06) Results of NOPR Overall Change in Management: –Diagnosis, Staging, Restaging, Recurrence. –Data on 22,975 scans from May 8, 2006 – May 7, –J Clinical Oncology 2008 Treatment Monitoring –Data on 10,447 scans from May 8, 2006 – Dec 31, –In press in Cancer Individual Cancer Management –Staging, Restaging, Recurrence. –Data on 40,863 scans from May 8, 2006 – May 7, –In press in J Nuclear Medicine

19 (5/5/06)

20 (5/5/06) Cohort Profile First year of NOPR (5/8/06 to 5/7/07) 22,975 “consented” cases from 1,519 facilities Technology profile –84% PET/CT –71% non-hospital –76% fixed sites NOPR continues; > 90,000 PET studies to date Hillner et al., J Clin Oncol 2008

21 (5/5/06) PET Changed Intended Management in 36.5% of Cases Non-TreatTreat TreatNon-Treat Patients with change post-PET (%) Hillner et al., J Clin Oncol 2008 Clinical Indication for PET Study (Percent) Pre-Pet Plan Post-PET Plan Dx n=5,616 Staging n=6,464 Restaging n=5,607 Recurrence n=5,388 All n=22,975 TreatSame Non-TreatSame

22 (5/5/06) Changes in Intended Management (%) Stratified by Pre-PET Plan Image n=9,518 Biopsy n=3,552 Watch n=2,199 Treatment n=7,706 Post-PET Plan Image Biopsy Watch Same RxNA 42.4 New or Major Change in Rx Minor change RxNA 23.5 Pre-PET Plan Hillner et al., J Clin Oncol 2008

23 (5/5/06) Cancer Specific Change in Management (1 of 2) DiagnosisStagingRestaging Suspected Recurrence Bladder44.3 (174) 39.9 (1,461) 36.4 (1,239) 36.7 (878) Brain31.6 (158) (222) Cervix (341) 26.9 (353) 35.9 (290) Kidney25.4 (710) 41.1 (895) 34.4 (979) 32.4 (1,059) % (patients)

24 (5/5/06) Cancer Specific Change in Management (2 of 2) DiagnosisStagingRestaging Suspected Recurrence Ovary35.3 (306) 43.2 (378) 37.7 (1,971) 44.5 (2,160) Pancreas30.2 (1,190) 39.2 (1,491) 38.3 (1,021) 39.3 (802) Prostate28.0 (321) 32.0 (2042) 34.0 (1,477) 39.4 (1,790) Small Cell Lung 21.7 (281) 43.3 (1,082) 40.8 (1,357) 38.1 (544) Myeloma (402) 46.4 (1009) 50.9 (373)

25 (5/5/06) Imaging-adjusted Change in Management Inclusion of cases where the pre-PET plan was alternative imaging (CT or MRI) may overestimate the impact of PET As a lower boundary of the impact of PET on intended management, we re-analyzed the data assuming no benefit from the information provided by PET in cases with a pre-PET imaging plan (all such cases were included in the denominator)

26 (5/5/06) Cancer Specific Change in Management The overall change averaged 38.0%, ranged from 48.7% in myeloma to 31.4% in non-melanoma skin cancer. Across indications (staging, restaging, recurrence) PET only had a greater impact in myeloma. The imaging adjusted impact averaged 14.7%, ranged from 16.2% in ovarian cancer to 9.6% in non- melanoma skin cancer. Imaging adjusted change for myeloma was 11.5%.

27 (5/5/06) Treatment Monitoring (1 of 2) Adjust Dose Or Duration of Therapy Switch To Another Therapy From Therapy To Supportive Care Total Change Bladder (768) Brain (89) Cervix (145) Kidney (760) % (patients)

28 (5/5/06) Treatment Monitoring (2 of 2) Adjust Dose Or Duration of Therapy Switch To Another Therapy From Therapy To Supportive Care Total Change Ovary (1,995) Pancreas (1,269) Prostate (884) Small Cell Lung (975) Testis (32) -- Combined 28.1

29 (5/5/06) Strengths “Real world” data Timely data Very large patient cohorts Current technology (85% PET/CT) Good observational studies usually match controlled studies in magnitude and direction of effect (Concato NEJM 2000; Benson NEJM 2000; Ionnanidis JAMA 2001) Results similar to a more tightly managed single- institution study (Hillner 2004)

30 (5/5/06) Limitations Collected change in “intended” management, not actual management Unknown if management changes were in the correct direction or improve long-term outcomes NOPR does not address: –Whether PET should be used in lieu of or as a complement to other imaging techniques –The optimal sequencing of CT, MRI and PET. –How much ‘better’ is PET than next best legacy method

31 (5/5/06) Summary Change in intended management associated with PET in previously non- covered cancers was similar to that reported in single-institution studies of covered cancers. ~1/3 of older patients undergoing PET for cancer types covered under Medicare’s CED policy had a major change in intended management, including type of treatment. Examination of individual cancers did not find a significant difference in treatment changes between cancer. NOPR has not yet examined if PET actually changed patient management or if PET improved outcome (can be examined in future studies). CMS is considering our application to expand the use of PET to other cancers.

32 (5/5/06) MedCAC Meeting Held August 20, 2008 Technology assessment presentation NOPR results – Dr. Hillner SNM/ARC/AMI presentation – Dr. Mankoff Ovarian Cancer National Alliance International Myeloma Foundation Open comments

33 (5/5/06) Comment Letter Require clear record of clinical question Provide additional guidance on usage Require accreditation or experience requirements Limit new coverage for body FDG-PET to PET/CT Continue NOPR for therapy monitoring