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Future of Radiation Therapy JP Morgan Healthcare Conference January - PowerPoint PPT Presentation

Future of Radiation Therapy JP Morgan Healthcare Conference January 12, 2016 Deepak Khuntia, MD, VP of Medical Affairs Patrick Kupelian, MD, VP of Clinical Affairs Cancer as a cause of death CANCER TREATMENT MODALITY: RADIOTHERAPY Localized


  1. Future of Radiation Therapy JP Morgan Healthcare Conference January 12, 2016 Deepak Khuntia, MD, VP of Medical Affairs Patrick Kupelian, MD, VP of Clinical Affairs

  2. Cancer as a cause of death

  3. CANCER TREATMENT MODALITY: RADIOTHERAPY Localized Treatments: Surgery : less invasive? Radiation Therapy (RT): Ablative Treatments: Spectrum of biologic effects • Ablative : SRS/SBRT Cryo HIFU Laser Microwave Systemic Treatments: • Biologic therapy Drugs: Traditional ChemoRx Hormonal Therapy Organ-sparing Targeted Drugs DNA changes Immune modulation Very few curative therapies Minor improvements in subsets of patients

  4. DISEASES TREATED WITH RT Curable Cancers with RT ALONE: Prostate Ca Head & Neck Ca Lung Ca Cervical Ca Skin Ca Curable Cancers with RT as part of treatment (adjuvant): Breast Ca Brain Tumors Testicular Ca Adv. Lung Ca Rectal Ca Sarcomas Adv. Cervical Ca Endometrial Ca Pediatric Ca Adv. Head & Neck Ca Bladder Ca Metastatic disease: Bone / Brain / Other…

  5. Improving RT Delivery Aim: Increase Cure / Decrease Toxicity Process: Improve RT Shaping and Targeting 1950-60s 1970-80s 1990s 2000s 2010s Cobalt Higher Beam Shaping In-room Integration of Early Linacs Energy Devices Image Better Beam Linacs Guidance Shaping and Aiming • Treat deeper • Treat smaller areas • Increase in • Higher daily Explore new Impact indications tumors tumor doses doses • Individualization • Improve • Faster, Better, • Decrease toxicity in • Decrease tumor control Safer treatments deeper organs skin toxicity

  6. Improving RT Techniques and Outcomes 1995-2000 2000-2005 2005-2010 2010-2015 2015-Future Beam shaping devices: In-room image Partially integrated Hypofractionation, Integration of Better MLCs guidance systems Adaptive RT Beam Shaping and Aiming • Dedicated devices • SRS Novelty IMRT IGRT Need for increased integration and/or • Multivendor • SBRT/SABR interoperability environment • ART • Head/Neck: improve • Prostate Ca: • Increased • Lung Ca SBRT: • Faster, better, safer Clinical Impact saliva / swallowing Enable dose complexity improve cure treatments escalation: improve • Pelvis: Less bowel • Decrease • Frameless CNS • Global RT: cure toxicity throughput radiosurgery • Simpler set-ups • Reduce traditional • Allows safer • Increase safety • Partial breast • Education & set-up errors chemotherapy concerns. accelerated training administration irradiation

  7. Brain Mets Study: Adding SRS Improves Survival Andrews DW, Scott CB, Sperduto PW, et al. Whole brain radiation therapy with or without stereotactic radiosurgery boost for patients with one to three brain metastases: phase III results of the RTOG 9508 randomised trial. Lancet. 2004 May 22;363(9422):1665-72.

  8. RapidArc Radiosurgery: Treating 11 Melanoma Mets Treatment Details • 18 Gy x 1 • 4 non-coplanar arcs • 1-360, 3-170 • 18 min treatment • 5 min beam-on • 708 control points

  9. Lung Cancer: Patients live longer with Radiosurgery than with Surgery SBRT vs. Lobectomy for Operable Stage I NSCLC Source: Chang JY, Senan S, Paul MA, et al. Stereotactic ablative radiotherapy versus lobectomy for operable stage I non-small-cell lung cancer: a pooled analysis of two randomised trials. Lancet Oncol. 2015 Jun;16(6):630-7.

  10. PROSTATE CANCER IMAGE GUIDANCE: IMPROVING CURE AND REDUCING TOXICITY Toxicity Rates Cancer Control Rates Memorial Sloan Kettering Cancer Center Prostate Cancer RT: Outcome with and without Image Guidance Zelefsky, IJROBP, 84, 125-129, 2012

  11. Shaping of Radiation Lowers Complications Conventional RT IMRT Reduce Bowel Complications Cancers impacted: Prostate Ca Rectal Ca Anal Ca Cervical Ca Reduce Head & Neck Complications Complications reduced: Less dryness of the mouth Less swallowing problems Less scarring of joints / muscles Chopra et al. ASTRO Plenary, San Antonio October 2015. Gupta et al. Radiotherapy and Oncology. 104:3 (343-348), 2012.

  12. IMAGE – Not Yet Complete New Era Innovation Knowledge-Guided Oncology | Intelligent Treatment Delivery Advanced Data Analytics

  13. KNOWLEDGE-GUIDED ONCOLOGY: RapidPlan ™ Ramp Up  300+ Orders  3,800 Potential Installs  Disease Site Models  Prostate  Prostate (+lymph nodes)  Head & Neck  Lung SBRT  Breast  More Models Coming

  14. KNOWLEDGE-GUIDED ONCOLOGY: University of Michigan: Spine SBRT Study Manual RapidPlan Manual Rapid Plan Time 60-90 min 15-20 min Equivalent Quality Foy J, et al. An analysis of knowledge based planning for stereotactic body radiation therapy of the spine [abstract]. Poster presentation at: American Association of Physicists in Medicine (AAPM) 57 th Annual Meeting & Exhibition; July 12-16, 2015; Anaheim, CA. University of Michigan

  15. KNOWLEDGE-GUIDED ONCOLOGY: Royal Surrey County Hospital: Prostate Study Planning time (min) 350 300 RapidPlan ™ Manual 250 114 ± 86 min 21 ± 13 min Time 200 Equivalent 150 30% 90% or better 100 10% 90% Better 50 0 A1A2A3A4B1B2C1D1D2D3E1E2E3F1F2F3F4F5F6 Courtesy, Royal Surrey County Hospital NHS Foundation, Guilford, UK conventional RapidPlan Data source on file

  16. INTELLIGENT TREATMENT DELIVERY: High Definition Radiotherapy (HDRT) Works in Progress

  17. INTELLIGENT TREATMENT DELIVERY: 4 π Dose Compression for Lung SBRT 64 Gy PATIENT 1 PATIENT 2 15 Gy 4 π HDRT IMRT VMAT Dong P et al. IJROBP 86(3):407-13, 2013 Works in Progress

  18. INTELLIGENT TREATMENT DELIVERY: High Definition Radiosurgery Brain Stem Brain Stem 50% Rx Dose 50% Rx Dose 4 π High Definition SRS Coplanar RapidArc SRS Works in Progress

  19. Promise of Protons

  20. ADVANCED DATA ANALYTICS: InSightive ™ Analytics  Operational Efficiencies  Referral Patterns  Clinical Outcome Analysis ADVANCED DATA ANALYTICS

  21. ADVANCED DATA ANALYTICS: TM Velocity  Creates the cancer story from imaging  Imaging informatics integrated with our Big Data Analytics  Improve outcomes, quality, and efficiency

  22. Radio-immunotherapy for Cancer Treatment Hodge, Guha, Neefjes, Gulley. Oncology, 2008 August, 22(9):1064-1084

  23. Abscopal Responses in Metastatic Non-Small Cell Lung Cancer (NSCLC) Patients Treated on a Phase 2 Study of Combined Radiation Therapy and Ipilimumab: Evidence for the In Situ Vaccination Hypothesis of Radiation E.B. Golden, A. Chachoua, M.B. Fenton-Kerimian, S. Demaria, and S.C. Formenti New York University ASTRO Annual Meeting October 2016

  24. The Abscopal Effect: Radiotherapy in one site can potentially eradicate tumors elsewhere in the body • Combining radiosurgery with immunotherapy • Study of NSCLC • Study shows that SBRT with ipilumimab could increase tumor control and survival • 25% remission; 100% control/no progression Golden et al. ASTRO 2016.

  25. Targeted Therapies and Immunotherapies: Trend is in Combining Drugs Challenges of drug+drug combinations • Clinical trial design • Cost • Commercialization RT as a combination “drug” • Available • Cost-effective • Reimbursed

  26. 4. Radiation Medicine NEW FRONTIERS IN RADIATION ONCOLOGY Research opportunities in radiation medicine: Cardiac arrhythmias  Emphysema  Post-thoracic surgery neuropathy  Plantar fasciitis  Depression  Cardiac Arrhythmia Arthritis (Atrial Fibrillation)  Works in Progress

  27. Cardiac Arrhythmias: A New RT Frontier?

  28. Affordable, Accessible, Quality Care Cost of Cancer Care in US Average Cost per Patient 30% increase from 2010 to 2020 $120,000 $100,000 $80,000 Average cost for one extra year of life: $60,000 1995: $54,100 $40,000 2005: $139,100 $20,000 2013: $207,000 $0 Short course Intermediate Long course Colectomy Cystectomy Lobectomy Pancreatectomy Hospital Office RT Surgery Chemo (1 year) Sources: Avalere study, 2015 National Bureau of Economic Research

  29. Technology Decreasing Treatment Cost: SBRT / SRS

  30. Technology (SBRT) Decreasing Actual Treatment Cost Time-driven activity-based costing (TDABC), UCLA SBRT Utilizing time-driven activity based costing to understand the short- and long-term costs of treating localized, low-risk prostate cancer. Laviana et al. Cancer. 2015

  31. Conclusion • Advanced technology is increasing cure rates and lowering toxicity • Advanced technology will improve affordability, accessibility, and quality of radiotherapy • Radiation therapy utilization could dramatically increase with new opportunities outside of cancer

  32. Thank You

  33. INTELLIGENT TREATMENT DELIVERY: Relative Clinical Value $10M $3-4M? The Key To Progress: Better Dose MR LINAC Delivery 3D CONFORMAL IMRT IGRT SBRT HDRT

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