Nuclear Medicine Services at Garnet Health
Nuclear medicine is a branch of diagnostic imaging that uses small amounts of radioactive material to diagnose and detect abnormalities of a various disease, including:
- Many types of cancers
- Heart disease
- Gastrointestinal disorders
- Endocrine disorders
- Neurological disorders
This type if imaging can detect disease processes and abnormalities of organ blood flow or skeletal structures that are not always seen on other diagnostic tests.
Schedule a Nuclear Medicine Exam
Garnet Health Medical Center - To schedule your appointment please call the Garnet Health Medical Center centralized scheduling department at 845-333-7900.
Hours: Mon - Fri: 7:00 AM - 5:00 PM
Saturday: 8:00 AM - 4:00 PM
Sunday: Limited Availability
*** Allergies to iodine or iodinated contrast dyes are not contraindications to receiving any Nuclear Medicine or PET/CT RadioPharmaceutical. For further information please contact our department directly 845-333-1220.***
Garnet Health Medical Center - Catskills, Harris - To schedule, please call: 845-333-8378. Studies may be scheduled Monday through Friday from 7:30 AM to 6:00 PM
Hours: Monday – Friday: 7:00 AM – 3:00 PM
Receiving Test Results
Once images are taken, they are immediately available for review by your doctor through our secure Web viewer. Test results are delivered electronically via our GE IntegradWeb Picture Archive Computer System (PACS) to aid in fast diagnosis. To request a copy of your diagnostic imaging exam, call us at: 845-333-1222
You may also login to your MyChart account to view your results.
Nuclear medicine tests use small amounts of radioactive materials called radiotracers or radio-isotopes that are either injected into the bloodstream, inhaled or ingested. The radiotracer travels through the area being examined and gives off energy in the form of gamma rays which are detected by a gamma camera to produce images of the inside of your body. Nuclear medicine imaging provides unique information that often cannot be obtained using other imaging procedures and looks at the way things are functioning in the body.
The radiation exposure is minimal with a nuclear medicine scan. Radiation safety instructions will be given depending on exam. Highly skilled, licensed Nuclear Medicine Technologists will perform these tests which will then be read by a board certified Radiologist and a final report will be sent to your referring physician.
All exams will need a prescription from the ordering physician, either brought in by the patient or sent from the doctor’s office to our in-bound fax system. A radioisotope from an outside pharmacy is needed for imaging so many tests need to be scheduled ahead of time in order for it to be performed.
Exams may take some time since they are imaging the way the body is functioning, so therefore, we recommend you bring something to help pass the time while we conduct the test, such as a book, iPad, headphones, etc.
Biliary, Biliary w/CCK, Bile leak, and FNH SPECT/CT
Hepatobiliary imaging is a diagnostic imaging study used to evaluate hepatocellular function and the biliary system by tracing the production and flow of bile from the liver, through duct systems, into the gallbladder and finally into the small intestine. During the exam the patient will be administered a radioisotope by way of IV injection.
A second injection, through the previously place IV, of CCK may be administered depending on the reason for the exam. CCK is a hormone of the gastrointestinal system responsible for stimulating the gallbladder. This exam can take anywhere from 1-4 hours. Patients must not have anything to eat or drink for 4 hours and no opiate medication for 6 hours prior to the exam.
Gastric Emptying Scan
Gastric emptying imaging studies the comprehensive digestive process of the stomach. It tests the rate at which the stomach digests foods. During the exam the patient will be given eggs, made with a radiotracer, and toast to eat. Pictures of the stomach will then be taken at certain time points.
This exam can take up to 4 hours, but the patient is not bound to the department this whole time. Patients must not have anything to eat or drink for 4 hours and no opiate medication for 6 hours prior to the exam.
Three-Phase, Whole Body, Limited, and SPECT/CT
Nuclear medicine bone imaging is a diagnostic study used to evaluate the distribution of active bone formation in the body (osteoblastic activity). The patient will be administered a radioisotope by way of IV injection. The isotope accumulates proportional to osteoblastic activity; the more osteoblastic activity, the more radioisotope uptake seen on the images. Depending on the reason of exam some patients may get injected while pictures are being taken while others may not.
The radioisotope will need approximately 2.5 hrs to circulate and absorb in the body. Patients will be able to leave and come back during that time. Imaging will take approximately 20-45 mins depending on the reason for the exam. There is no prep for this exam.
Captopril, Lasix, and Flow & Function
Renal, or kidney, imaging allows for the evaluation of renal perfusion, renal clearance, renal parenchymal transit time, and collecting system patency. This scan provides qualitative and quantitative analysis of a patient’s relative renal function. Patients will be administered a radioisotope by way of IV injection while underneath the camera. Images will then be taken for approximately 1 hour.
We ask that patients come well hydrated for all renal scans. Depending on your Doctor’s order, more instructions may be necessary which will be provided when scheduling.
SPECT/CT and Pre-Operative
Parathyroid imaging is utilized to detect and locate hyper-functioning parathyroid glands or adenomas which can be a cause of hyperparathyroidism. Primary hyperparathyroidism is characterized by increased synthesis and release of parathyroid hormone, which produces an elevated serum calcium level. To locate these potential adenomas the patient will be administered a radioisotope by way of IV injection. Following the injection, initial pictures will be acquired for about 30 minutes.
The patient will have approximately 3 hours to wait until additional delayed images are taken. During this time the patient is free to leave the department/hospital and will be given a time to return. Delayed images take about 30 minutes as well. There is no prep necessary for this exam.
Thyroid Uptake Scan
Thyroid uptake and scan imaging allows for the measurement of thyroid gland function as reflected by radiotracer accumulation in the gland. This exam is a two day procedure. On day one the patient is given a pill of the radioisotope to swallow. Day two the patient comes back for imaging. The patient will be instructed to be off any thyroid medication and cannot have CT contrast for 6 weeks prior to the exam. Further instruction will be provided upon scheduling.
White Blood Cell Scan
White blood cell (WBC) imaging utilizes radioactive labeled leukocytes (white blood cells) for the detection/diagnosis of occult bony infections, inflammatory bowel disease, and fevers of unknown origin. This exam will take majority of the day, but the patient can leave in between the scheduled time points. The patient will arrive in the morning to get blood drawn. The blood will then be picked up and taken to an outside radio-pharmacy where it will be separated into red and white blood cells. The white blood cells will then be tagged with a radiotracer and sent back to the hospital normally around 1 o'clock. The blood will be tagged with a unique identifier through the whole process and will be double checked before re-administered to the patient.
Patients will receive the injection intravenously which will need to circulate for 2-3 hours before imaging. The patient will be given a time to return for imaging. Pictures of the area of interest will then be taken. Depending on the reason for exam pictures can take anywhere from 20-45 minutes. There is no prep for this exam.
V/Q Lung Scan
Ventilation, Perfusion, Pregnant Perfusion, and Quantification
V/Q scanning is an exam that uses both ventilation and perfusion imaging to evaluate pulmonary disorders. Ventilation portion tests the bronchopulmonary distribution, or air flow, to the lungs, while the perfusion portion examines the arterial blood flow to the lungs. During the exam, the patient will breathe a radioactive aerosol through a mask for about 5 minutes. Patient will then lie on an imaging table and pictures of the ventilation distribution will be taken for about 10-15 minutes.
After these images the patient will receive a radioisotope by way of IV injection while lying on the imaging table. Images of arterial blood flow will then follow the injection for another 10-15 minutes. Depending on the reason for exam, the ventilation portion may be eliminated. There is no prep for this exam.
DaTscan imaging is used to demonstrate the location and concentration of dopamine transporters (DaTs) in the brain. This information will be utilized by your healthcare provider to differentiate between diagnoses of essential tremor vs Parkinsonian syndrome.
For this exam the patient will be advised to bring a small juice or beverage that they like. Patients will be given a mix of this drink with Lugol’s Iodine solution. This is given to prevent the radiotracer from being absorbed by the thyroid gland. About an hour after drinking the Lugol’s solution, the patient will then be injected with the radiotracer. The scan will take place approximately 4 hours after the radiotracer injection. During this time the patient is free to leave the department/hospital and will be given a time to return for the pictures. The pictures will take approximately 45 minutes.
Additional Nuclear Medicine Exams
- Cisternogram and CSF Leak Imaging
- F-18 Fluroestradiol (Cerianna™) PET Scan
- Gallium-67 Citrate Imaging
- Gallium-68 Dotatate (NETSPOT™) PET Scan
- Gallium-68 PSMA-11 (Illuccixᴿ) PET Scan
- GI Bleed Imaging
- I-123 MIBG Imaging
- I-123 Wholebody Imaging
- Iodine-131 Therapy and Ablation
- Lacrimal Duct Imaging (Dacroscintigraphy)
- Liver Hemangioma Imaging
- Liver-Spleen Imaging
- Meckel’s Diverticulum
- MUGA Imaging
- Nuclear Bone Marrow Imaging
- Nuclear Testicular Imaging
- Octreotide / Octreoscan Imaging
- PET/CT Imaging
- Rubidium-82 (Rb-82) Myocardial Perfusion PET/CT Scan (Coming June 2023)
- Salivary Gland Imaging
- Sentinel Node Imaging (Lymphoscintigraphy)
- Shunt Patency Imaging
- Tc99m Pyrophosphate (PYP) Imaging
- Xofigo Therapy
- Yttrium-90 (Y-90) TheraSpheres and SIRSpheres Liver Treatment
68 Harris Bushville Road
Harris, NY 12742