Current Industry Neuroimaging Experience in Clinical Trials Jerome Barakos, M.D.

Similar documents
SITE IMAGING MANUAL ACRIN 6698

Standardized MRI Protocol for Brain Tumor Clinical Trials. Benjamin M. Ellingson, Ph.D. Assistant Professor of Radiology at UCLA

Whitepapers on Imaging Infrastructure for Research Paper 1. General Workflow Considerations

PET/CT-MRI First clinical experience

ADNI 2 Alzheimer s Disease Neuroimaging Initiative 3T MRI Technical Procedures Manual

GUIDE TO SETTING UP AN MRI RESEARCH PROJECT

QUANTITATIVE IMAGING IN MULTICENTER CLINICAL TRIALS: PET

Primary Endpoints in Alzheimer s Dementia

E-ADNI (PharmaCog WP5) Italian ADNI. E-ADNI / PharmaCog WP5

Brainreader ApS February 4, 2015 C/O Mette Munch QA Consultant Skagenvej 21 Egaa, 8250 DENMARK

Predicting the future progression of dementia. Ashish Raj, PhD

Is there a Distinct Phenotype to Memory Loss in Alzheimer's Disease?

MRI Technical Operations Manual. Final Version January.2015

Local Clinical Trials

GYMR A4 Study Long Form Film

Biomarkers for Alzheimer's Disease in Down Syndrome

Cirrus 0.2T. MRI for Everyone. North America, Asia, Europe. contact:

advancing magnetic resonance imaging and medical data analysis

Table 11: Pros and Cons of 1.5 T MRI vs. 3.0 T MRI; Safety and Technical Issues, and Clinical Applications

NEURO MRI PROTOCOLS TABLE OF CONTENTS

Clinical Applications of Imaging to Drug Development

Etude POPART'MUS MRI Component

Opening perspective: A user- friendly web portal for neuro- imaging research

Hemorrhagic venous infarction Heather Borders, MD

There are 2 types of clinical trials that are of interest to the. The Clinical Trials Network of the Society of Nuclear Medicine

Running Head: THE DETECTION OF ALZHEIMER S DISEASE: A LITERATURE 1. The Detection of Alzheimer s Disease: A Literature Review and Case Study

Musculoskeletal MRI Technical Considerations

MRI DATA PROCESSING. Compiled by: Nicolas F. Lori and Carlos Ferreira. Introduction

In conjunction with clinical history, structural

University of California, Irvine. (December 4, 2010, Sapporo, Japan)

DWI Case Study - QIBA PDF- MRI Technical Committee. What is IMI?

Update: MRI in Multiple sclerosis

Montreal Cognitive Assessment (MoCA) as Screening tool for cognitive impairment in mtbi.

University of California San Francisco, CA, USA 4 Department of Veterans Affairs Medical Center, San Francisco, CA, USA

Requirements for Complex Interactive Workflows in Biomedical Research. Jeffrey S. Grethe, BIRN-CC University of California, San Diego

QUALITY CONTROL AND QUALITY ASSURANCE IN CLINICAL RESEARCH

EMS Management of Stroke. Deaver Shattuck, M.D. Brian Wiseman, M.D. Keith Woodward, M.D.

MRI for Paediatric Surgeons

Update on Treatment of the Dementias

Structural Brain Changes in remitted Major Depression

ParaVision 6. Innovation with Integrity. The Next Generation of MR Acquisition and Processing for Preclinical and Material Research.

Management of Imaging Data in Clinical Trials: John Sunderland, Ph.D. Department of Radiology University of Iowa

Objectives. Evaluation of Memory Loss. Cognitive Impairment. Clinical Questions. Medicare Wellness Visit

Voxar 3D TM. A suite of advanced visualization and analysis software tools

3/30/2013. Disclosure. Advanced Neuro MRI: Imaging Techniques and Protocol Optimization. MRI, 35 year ago. MRI Today. Outlines

Case Report: Whole-body Oncologic Imaging with syngo TimCT

Teleconference Minutes November 17/18, 2011

MRI QA Technologist s Tests

Inter-observer variability in hippocampus delineation on MRI scans for Hippocampal Avoidance - PCI trial

Monitoring Patient Radiation Dose in VA. Charles M. Anderson MD, PhD Chief Consultant for Diagnostic Services Veterans Health Administration

B I O - T E C H S Y S T E M S, I N C. Market Research in the Health Care Field NEWS RELEASE

Retinal Imaging Biomarkers for Early Diagnosis of Alzheimer s Disease

By Sarah Walter, M.S. ADNI Coordinating Center, Alzheimer s Disease Cooperative Study with assistance from the ADNI MRI Core and ADNI PET Core.

Magnetic Resonance Imaging

MRI QA Technologist s Tests

SWABIK Project. Software Tools for DICOM Media Exchange in Clinical Research: the. SWABIK Project

Advanced MRI methods in diagnostics of spinal cord pathology

Small vessel disease, microbleeds and intracerebral haemorrhage

Alzheimer s disease. What is Alzheimer s disease?

The Importance of Following the PROTOCOL in Clinical Trials

Medical images such as X-rays, computed tomography (CT) images,

Education. October, 1985 GE Medical Systems Milwaukee, WI Signa Operators Training Program

Breast MRI Quality Control

Diagnosis and Initial Management of Cognitive Disorders

Cognitive Testing for Underwriting Life Insurance

Adolescent Brain Development and Effects of Alcohol Use

ACR AAPM TECHNICAL STANDARD FOR DIAGNOSTIC MEDICAL PHYSICS PERFORMANCE MONITORING OF MAGNETIC RESONANCE IMAGING (MRI) EQUIPMENT

History and Principles of Good Clinical Practice

ORDER. DISTRICT COURT, JEFFERSON COUNTY, COLORADO 100 Jefferson County Parkway Golden, Colorado MARION WHILDEN AND MARY WHLDEN Plaintiff,

MEDIMAGE A Multimedia Database Management System for Alzheimer s Disease Patients

Short Courses in Imaging Sciences

Diseases of the Nervous System. Neal G. Simon, Ph.D. Professor, Dept of Biological Sciences Lehigh University

2012 Medical School for Actuaries Nov. 6-7, 2012 Session #1: Alzheimer s Disease

Radiologic Science Degree Completion Program Assessment Report

NEUROIMAGING in Parkinsonian Syndromes

INSERT COMPANY LOGO HERE BEST PRACTICES RESEARCH

Failure Modes and Effects Analysis (FMEA)

PET and PET/CT in Clinical Trials

Automatic Morphological Analysis of the Medial Temporal Lobe

NEURO M203 & BIOMED M263 WINTER 2014

Version history Version number Version date Effective date 01 dd-mon-yyyy dd-mon-yyyy 02 dd-mon-yyyy dd-mon-yyyy 03 (current) dd-mon-yyyy dd-mon-yyyy

Imaging of Acute Stroke. Noam Eshkar, M.D New Jersey Neuroscience Institute JFK Medical Center Edison Radiology Group

Social Security Disability Insurance and young onset dementia: A guide for employers and employees

Moving Beyond RECIST

Northwestern University Neuroimaging Data Archive (NUNDA)

Quantitative Imaging In Clinical Trials Using PET/CT: Update

Participating in Alzheimer s Disease Clinical Trials and Studies

Normal and Abnormal Aging and the Brain. Joel Kramer, PsyD Saul Villeda, PhD Kristine Yaffe, MD

University of Texas Medical School at Houston. April 14, 2015

OHTAC Recommendation

Technical guidelines for magnetic resonance imaging for the surveillance of women at increased risk of developing breast cancer

Primary Care Update January 28 & 29, 2016 Alzheimer s Disease and Mild Cognitive Impairment

Disclosures. Case: Ms. K. Case: Ms. K. Dementia: Considering When to Start, Stop, and Continue Medications 4/23/15. * Nothing to disclose

CRITERIA FOR AD DEMENTIA June 11, 2010

Recommendations for cross-sectional imaging in cancer management, Second edition

TEMPLATE DATA MANAGEMENT PLAN

Volumetric modulated arc therapy (VMAT) for prostate cancer

INTRODUCTION. This book offers a systematic, ten-step approach, from the decision to validate to

Practical Image Management for

Transcription:

Current Industry Neuroimaging Experience in Clinical Trials Jerome Barakos, M.D. Melbourne Australia March 28, 2012

Synarc Experience and Expertise Largest imaging service provider dedicated to clinical trials More than 120 ongoing imaging trials Managed 48 AD trials More than 100 MD / PhD employees on staff 25 approvals at FDA/EMA 2

Synarc Alzheimer s Disease Experience Phase I 9 clinical trials (# of patients range 30 80), two including amyloid PET Indications: Alzheimer s Disease Geographical distribution: North and South America, Japan, Europe Phase II 11 clinical trials (# of patients range 30 350) Indications: Alzheimer s Disease Geographical distribution: North America / Europe / South Africa / Australia / Asia Phase III 26 clinical trials (# of patients range 75 2450) Including 8 PET sub-studies with FDG and/or Amyloid endpoints Indications: Alzheimer s Disease, Vascular Dementia, CADASIL Geographical distribution: North and South America / Europe / South Africa / Australia / Asia / Middle East Phase IV 2 clinical trials (# of patients range 6 300) Indications: Alzheimer s Disease, Mild Cognitive Impairment Geographical distribution: North America 3

Sources of variability Subject Scanner Field strength Manufacturer Gradient profile Software version Imaging protocol MRI technologist Software/analysis technique Reader 4

Standardization of Imaging Data MRI Protocol Development MRI Site Qualification MRI Site Training Ongoing Image QC Quantitative Image Analysis Software Reader Qualitative Image Analysis Reader 5

MRI Protocol Development 1.5 vs. 3.0 T Localizer, Sagittal Spin Echo 3D-T1 MP-RAGE (Siemens)/IR-prep fspgr (GE)/TFE (Philips) Acquire twice Axial 2D Dual echo TSE (Siemens and Philips)/ FSE (GE) Axial FLAIR Axial T2* Gradient Echo Axial DWI 6

Standardization of Imaging Data MRI Protocol Development MRI Site Qualification MRI Site Training Ongoing Image QC Quantitative Image Analysis Software Reader Qualitative Image Analysis Reader 7

Challenges with MRI Facilities Qualified and trained over 1,200 MRI and CT sites world-wide Inadequate MRI scanner at site Imaging Protocol Compliance: Sites do not follow prescribed imaging protocol Wide variability in types of imaging sites Academic vs private, language barriers, etc. Equipment Upgrades: Software upgrades Hardware upgrades (scanner, gradient, coils) 8

MRI Scanner Upgrades 9

1.5 vs. 3.0 Tesla Advantages of including 3T Scanners: Account for 17-20% of sites in recent global AD studies More common in sites outside the US Challenges of including 3T Scanners : Requires volumetric analysis sub-study Must be adequately powered to include a sub-study 10

Quantitative Image Analysis Quantitative Measures Whole Brain Atrophy/Volume Ventricle Enlargement/Volume Hippocampus Volume Entorhinal Cortex Volume Cortical Thickness etc Standardization of technicians Initial training Initial validation dataset Ongoing Monthly validation Inter and intra-reader variability Retraining for reader drift 11

Freesurfer current limitations Reprocess previous timepoints with every new visit Change analysis Slow processing times Whole brain segmentation: 6-8 hrs Cortical parcellations and thickness measurements: 24-48 hrs Software development not according to 21 CFR part 11 Academic code Running of software not according to 21 CFR part 11 No electronic signatures No audit trails 12

NeuroQuant Limitations Designed for clinical practice diagnostic purpose Strict parameter adherence required (single site use) Not all structures are validated Limited reporting capability No custom data transfer options No MCC metrics No DICOM ROI output, color jpeg only No de-identification No timepoint blinding Software not 21 CFR part 11 compliant No electronic signatures No audit trails Only single timepoint 13

Applications to Clinical Practice Quantitative Methods Quantitative methods: limited utility in clinical practice Diagnosis and management of patients not dependent on quantitative methods ADNI has provided standard imaging protocols and methods Structural MRI techniques ADNI I Advanced imaging techniques ADNI II fmri on Philips DTI on GE ASL perfusion on Siemens Giovanni Frisoni and colleagues standardizing the hippocampus ROI Hippocampal Harmonization Protocol 14

Qualitative Image Analysis Eligibility Assessment To incorporate microhemorrhage/blood product exclusion criteria (i.e. > 4 microhemorrhages, single area of superficial siderosis, evidence of prior macrohemorrhage, etc.) Safety Monitoring ARIA-E: Vasogenic edema/ sulcal effusion ARIA-H: Microhemorrhage < 10mm, larger hemosiderin deposits >10mm, hemorrhage within brain parenchyma, superficial siderosis Presence/absence, location, severity and change from previous 15

Qualitative Image Analysis Safety Readings 65,000 MR scans (ARIA qualitative readings) Challenges: Identifying ARIA Requires understanding and familiarity of the imaging abnormalities Requires use of specific MR imaging sequences which allow detection of these abnormalities Standardization efforts Central reading Standardization of readers Initial training Initial validation dataset Ongoing Monthly validation Inter and intra-reader variability Retraining for reader drift 16

Sperling et al. Lancet 2012

Sperling et al. Lancet 2012

Technical Artifact Mimicking ARIA-E

Inconsistent quality of FLAIR sequence Incomplete / poor FLAIR water suppression FLAIR

Inconsistent quality of GRE T2* sequence

Challenge Site Dispute Central Reading Synarc neuroradiologist prepares slides delineating findings Synarc neuroradiologist discusses findings by phone with Site neuroradiologist Documentation: Central Reading Clarification Form 22

Applications to Clinical Practice Qualitative Methods Qualitative methods: Findings may be subtle Not common in clinical practice Education is essential First AD drugs may be approved Q1 2013 Need to identify appropriate patients for therapy Need to monitor adverse events ADNI II is providing standard imaging protocols and methods FLAIR GRE T2* FDA guidance on monitoring of patients in anti-amyloid trials may later be applicable to clinical practice Publications such as Roundtable article of value in this regard 23