Austin Radiological Association Nuclear Medicine Procedure PROSTATE CANCER STUDY (In-111-Capromab Pendetide [ProstaScint ])

Similar documents
Austin Radiological Association Nuclear Medicine Procedure WHITE BLOOD CELL MIGRATION STUDY (In-111-WBCs, Tc-99m-HMPAO-WBCs)

Austin Radiological Association Nuclear Medicine Procedure BONE MINERAL STUDY (Tc-99m-MDP, Tc-99m-HMDP)

Austin Radiological Association Nuclear Medicine Procedure LYMPHOSCINTIGRAPHY (Tc-99m-Sulfur Colloid [Filtered])

Austin Radiological Association Nuclear Medicine Procedure SPHINCTER OF ODDI STUDY (Tc-99m-Mebrofenin)

Austin Radiological Association Nuclear Medicine Procedure THYROID UPTAKE MEASUREMENT (I-123 or I-131 as Sodium Iodide)

Austin Radiological Association Nuclear Medicine Procedure PET SODIUM FLUORIDE BONE SCAN (F-18 NaF)

Austin Radiological Association Nuclear Medicine Procedure GASTRIC EMPTYING STUDY (Tc-99m-Sulfur Colloid in Egg)

Austin Radiological Association Ga-68 NETSPOT (Ga-68 dotatate)

Palliative treatment of bone metastases with samarium-153

INDICATIONS AND USAGE

Austin Radiological Association BRAIN AMYLOID STUDY (F-18-Florbetapir)

Detection of abscesses and infection in soft tissues, particularly in patients without localizing findings.

Austin Radiological Association Nuclear Medicine Procedure THERAPY FOR THYROID CANCER (I-131 as Sodium Iodide)

Page 1 of CONTRAINDICATIONS None (4)

Austin Radiological Association TUMOR GLUCOSE METABOLISM STUDY (F-18-Fluorodeoxyglucose)

Gastrointestinal tract

INTRACAVITARY THERAPY FOR FLUID OR NEOPLASM (P-32 as Chromic Phosphate Colloid)

To report suspected adverse reactions to Axumin, call AXUMIN1 ( ) or contact FDA at FDA-1088 or

GALLIUM CITRATE Ga 67 INJECTION

PET in Prostate Cancer

Radiation Detection and Measurement

General Nuclear Medicine

Liver Scan Biliary with Ejection Fraction Measurement

Quantitative Theranostics in Nuclear Medicine

Optimization of a routine method for bone marrow dose estimation in

Tc-99m Sestamibi/Tetrofosmin Stress-Rest Myocardial Perfusion Scintigraphy

The Concept of GOSTT

PET imaging of cancer metabolism is commonly performed with F18

THYROID IMAGING STUDY (Tc-99m as Sodium Pertechnetate)

Compact Gamma Camera for Detection of Prostate Cancer

MP Radioimmunoscintigraphy (Monoclonal Antibody Imaging) With Indium 111 Capromab Pendetide for Prostate Cancer. Related Policies None

SPECT/CT Imaging of the Sentinel Lymph Node

Indium-111 Zevalin Imaging

A Snapshot on Nuclear Cardiac Imaging

Case 1: 79 yr-old woman with a lump in upper outer quadrant of left breast.

SPECT/CT in Endocrine Diseases and Dosimetry

Molecular Breast Imaging: History and Recent Developments

Sodium Fluoride F 18 Injection* PET/CT Imaging

Radioimmunoscintigraphy (Monoclonal Antibody Imaging) With Indium 111 Capromab Pendetide for Prostate Cancer

Radiation Dosimetry for CT Protocols

Division of Nuclear Medicine Procedure / Protocol University Hospital and The American Center

Abdomen and Pelvis CT (1) By the end of the lecture students should be able to:

Brain Perfusion SPECT

Technical Considerations in Zevalin Radioimmunotherapy Kathy Thomas, MHA, CNMT City of Hope National Medical Center

CARDIAC GATED BLOOD POOL STUDY - REST (Tc-99m-Red Blood Cells)

Outline. Lifetime Attributable Risk 10 mgy in 100,000 exposed persons (BEIR VII 2006) SPECT/CT and PET/CT Dosimetry

X-Ray & CT Physics / Clinical CT

CLINICAL RADIATION SCIENCES (CLRS)

Nuclear medicine studies of the digestiv system. Zámbó Katalin Department of Nuclear Medicine

Division of Nuclear Medicine Procedure / Protocol

GOSTT General concept

Fundamentals of Nuclear Cardiology. Terrence Ruddy, MD, FRCPC, FACC

Martin Law, PhD, DABSNM, DABMP Physicist ic Radiology/QMH

ROUTINE MRI PROTOCOLS: I. Abdomen Plus Post Gadolinium Screening Pelvis

General information about prostate cancer

MPI Overview. Artifacts and Pitfalls in MPI. Acquisition and Processing. Peeyush Bhargava MD, MBA

Whole Body MRI. Dr. Nina Tunariu. Prostate Cancer recurrence, progression and restaging

HIGHLIGHTS OF PRESCRIBING INFORMATION

Nuclear pulmonology. Katalin Zámbó Department of Nuclear Medicine

ADVANCES IN RADIATION TECHNOLOGIES IN THE TREATMENT OF CANCER

KEYWORDS: nuclear medicine; gamma camera; radiopharmaceutical activities.

στη σταδιοποίηση του καρκίνου του προστάτη Γ. Αρσος, Γ Εργ. Πυρηνικής Ιατρικής ΑΠΘ, ΓΝΘ Παπαγεωργίου

Prof. Dr. NAGUI M. ABDELWAHAB,M.D.; MARYSE Y. AWADALLAH, M.D. AYA M. BASSAM, Ms.C.

CEREBRAL BLOOD FLOW AND METABOLISM

Calculation methods in Hermes Medical Solutions dosimetry software

Bone is one of the most common sites of distant metastasis in cancer

Calculation of Effective Doses for Radiotherapy Cone-Beam CT and Nuclear Medicine Hawkeye CT Laura Sawyer

Dual-Tracer Gated Myocardial Scintigraphy

Nuclear Medicine in Thyroid Cancer. Phillip J. Koo, MD Division Chief of Diagnostic Imaging

Anthem Blue Cross and Blue Shield Virginia Advanced Imaging Procedures Requiring Precertification Revised 02/13/2013

PHYSICAL CHARACTERISTICS

Itroduction to the Nuclear Medicine: biophysics and basic principles. Zámbó Katalin Department of Nuclear Medicine

10C007-3 CEA-Scan (Arcitumomab) 8/99

Adrenocortical Scan. Quality Control. Adult Dose Range

Using PET/CT in Prostate Cancer

PHYSICS 2: HSC COURSE 2 nd edition (Andriessen et al) CHAPTER 20 Radioactivity as a diagnostic tool (pages 394-5)

Division of Nuclear Medicine Procedure / Protocol

R: March, E D T P A. Kit for the Preparation of Technetium Tc 99m Pentetate Injection. DIAGNOSTIC - For Intravenous Use

RADIOLOGIC AND IMAGING SCIENCE (RIS)

Quantitative Imaging: A hospital physicist s perspective James Scuffham

Nuclear Medicine Imaging of Liver, Spleen and Gallbladder

Trina Lynd, M.S. Medical Physicist Lifefirst Imaging & Oncology Cullman, AL Tri-State Alabama, Louisiana and Mississippi Spring 2016 Meeting April

Sodium Iodide I 131 Solution. Click Here to Continue. Click Here to Return to Table of Contents

131-I Therapy Planning in Thyroid Cancer: The role of diagnostic radioiodine scans

Physics of MBI (~10 slides)

Children's (Pediatric) Nuclear Medicine

I-123 Thyroid Scintigraphy

ENHANCED SENTINEL LYMPHOSCINTIGRAPHIC MAPPING IN BREAST TUMOR USING THE GRADED SHIELD TECHNIQUE

Case 4: Disseminated bone metastases from differentiated follicular thyroid cancer

Facilitating Lu 177 Personalized Dosimetry for Neuroendocrine Tumours CANM 2017

Added Value of SPECT/CT Fusion in Assessing Suspected Bone Metastasis

Society of Nuclear Medicine Procedure Guideline for Tumor Imaging Using F-18 FDG

Customizing Contrast Injection for Body MDCT: Algorithmic Approach

weighing risks against benefits ALARA principle appropriate activities (radiopharmaceutical doses)

CT Optimisation for Paediatric SPECT/CT Examinations. Sarah Bell

OTHER NON-CARDIAC USES OF Tc-99m CARDIAC AGENTS Tc-99m Sestamibi for parathyroid imaging, breast tumor imaging, and imaging of other malignant tumors.

Sentinel Node Localisation of Melanoma

Chapter 16 Worksheet Code It

GASTRIC EMPTYING STUDY (SOLID)

Theragnostics for bone metastases. Glenn Flux Royal Marsden Hospital & Institute of Cancer Research Sutton UK

Transcription:

Austin Radiological Association Nuclear Medicine Procedure PROSTATE CANCER STUDY (In-111-Capromab Pendetide [ProstaScint ]) Overview Indications The Prostate Cancer Study with an indium-111 labeled murine monoclonal whole antibody seeks to image recurrent prostate cancer, particularly in the retroperitoneal nodes of the abdomen and pelvis. In-111-capromab pendetide binds to the prostate specific membrane antigen which is expressed by prostate cancer and benign prostatic hypertrophy, but not by other cancers. Detection of pelvic metastases in patients with newly diagnosed biopsy proven prostate cancer thought to be clinically localized after standard diagnostic evaluation, but who are thought to be at high risk for metastases. Detection of metastases in patients who have undergone prostatectomy and have a rising prostatic specific antigen level (PSA) and negative or equivocal standard metastatic evaluation. Examination Time Initially: 15 minutes for explaining the procedure to the patient and for injection of the radiopharmaceutical. Early imaging 30 minutes after injection: 30 minutes for whole body imaging. Late imaging at 3-5 days: 2 hours for whole body and SPECT/CT imaging 4 days post injection. Patient Preparation Determine if the patient has previously been injected with murine (mouse) antibody-based products. If so, this is a relative contraindication; consult the nuclear medicine physician. Determine if the patient has a history of hypersensitivity to murine proteins. Hypersensitivity represents a contraindication. Explain to the patient that ProstaScint is a foreign (mouse) protein and that: 1 Prostate Cancer Study Revised: 3/8/2017

1. There is an approximately 8 % chance of inducing human anti-murine antibodies (HAMA). HAMA may interfere with subsequent murineantibody based diagnostic tests and therapeutic agents. In approximately 50% of patients who do develop HAMA, the blood HAMA levels return to normal in 4-12 months. 2. There is a 5% chance of having a mild limited reaction with injection site reaction being the most common (see table below) at the time of injection; severe reactions are rare. The patient should void completely before each imaging session including between whole body and SPECT/CT acquisitions. Tridrate bowel prep to be performed the day before delayed imaging (Sunday). Equipment & Energy Windows Gamma camera: Large field of view with SPECT/CT capability, preferably with opposing dual heads. Collimator: Medium (or high) energy, parallel hole. Energy windows: > One pulse height analyzer: 156 to 272 kev. > Two pulse height analyzers: 20% windows centered at 171 and 245 kev. Computer with SPECT/CT software. Radiopharmaceutical, Dose, Technique of Administration, & Acute Adverse Reactions Radiopharmaceutical: In-111-capromab pendetide (ProstaScint ). Dose: 6-8 mci (222-296 MBq) Technique of administration: Inject intravenously over 5 minutes. Use established I.V. with 3-way stopcock and 10-20cc flush Initially push three or four drops of ProstaScint and wait 1 minute Push remaining dose over the next 4-5 minutes Flush I.V. and syringe after all of isotope injected Acute adverse reactions. Reaction Frequency (%) Reference Any reaction 4 1 Bilirubinemia 1 1 Hypotension 1 1 Hypertension 1 1 Injection site reaction < 1 1 Revised: 3/8/2017 Prostate Cancer Study

Alkaline phosphatase increased < 1 1 Pruritis < 1 1 Fever < 1 1 Rash < 1 1 Asthenia < 1 1 Headache < 1 1 Myalgia < 1 1 Hyperkalemia < 1 1 Patient Position & Imaging Field Patient position: Supine. Imaging field: Whole body and SPECT/CT of abdomen and pelvis. Acquisition Protocol Acquire Whole Body imaging at 30 minutes after injection to serve as reference images of the blood pool anatomy. Acquire delayed whole body scan at four days post injection > Moving acquisition protocol: Acquire ANT and POST Whole body scan taking approximately 10min at 15cm/minute. > Static acquisition protocol: Acquire ANT and POST images for approximately 10 minutes each. Acquire SPECT/CT images of the pelvis and abdomen 3-5 days post injection: 1. Image acquisition parameters: a) degrees of rotation: 180. b) number of images: 60 per head. c) time per image: 30 seconds. 2. SPECT/CT images of the chest are obtained if pathology noted on whole body imaging. Protocol Summary Diagram In-111-capromab Action Blood Pool WB Planar images & SPECT/CT Time 0 30 min 3-5 days 3 Prostate Cancer Study Revised: 3/8/2017

Data Processing SPECT/CT image reconstruction: 1. The exact procedure for processing SPECT/CT images depends on the computer software being used. This varies with the manufacturer and, in general, the manufacturer s protocol should be followed. 2. The reconstruction process in general terms is: a) correct the 60 planar images for uniformity (camera nonuniformity) using a high count, e.g. 30 million count, cobalt-57 flood acquisition. b) check the images for patient motion and apply a motion correction algorithm if indicated and if available. c) if the entire field of view is not of interest, indicate the region that is of interest to conserve computer time during reconstruction. d) utilize Flash 3D processing with attenuation and scatter correction e) Gaussian 8.4 filter f) reconstruct transverse, sagittal, and coronal images Optional Maneuvers Intraoperative probes: Tumor deposits may be localized intraoperatively with hand held probes. Method for timely correction of Data Analysis and reporting errors and notification of referring parties Data Analysis and reporting errors are reported to the interpreting physician and appropriate clinic manager for timely correction and notification of the referring physician via report addendum or STAT call if error is significant. Principle Radiation Emission Data - In-111 Physical half-life = 2.83 days. Radiation Mean % per disintegration Mean energy (kev) Gamma-2 90.2 171.3 Gamma-3 94.0 245.3 Revised: 3/8/2017 Prostate Cancer Study

Dosimetry - Capromab Pendetide Organ rads/5 mci mgy/185 MBq Liver 18.5 185.0 Spleen 16.3 163.0 Kidney 12.4 124.0 Heart wall 7.8 77.7 Lower large intestine 7.6 75.9 Gallbladder wall 7.2 72.1 Lungs 5.7 57.4 Testes 5.6 55.5 Red marrow 4.3 42.5 Whole body 2.6 25.9 5 Prostate Cancer Study Revised: 3/8/2017