Currently, the following researches are conducted in the isotope laboratory:

• All radionuclide methods for the study of kidneys:
• RRG (radionuclide renography) – assessment of secretory-excretory function of kidneys;
• Determination of separate kidney clearance;
• Determination of residual urine volume;
• Dynamic scintigraphy of kidneys – assessment of kidney perfusion, study of separate and total hemodynamics, renal excretory ability, urodynamics of the upper urinary tract;
• Static scintigraphy of kidneys – used to determine the anatomical and topographic features of the kidneys, developmental abnormalities, localization of the lesion focus and the prevalence of the pathological process in them;
• Angionephroscintigraphy – assessment of kidney perfusion, study of separate and total hemodynamics, excretory ability of kidneys, urodynamics of the upper urinary tract;
• The combination of radionuclide research methods with pharmacological tests: diuretic (diffdiagnosis of obstructive uropathy), captopril (diffdiagnosis of arterial hypertension);
• Myocardial perfusion scintigraphy by SPECT with load tests (physical stress tests on treadmill and pharmacological stress test with dipyridamole) – determination of perfusion disorders of sections of the heart muscle, their localization and the volume of the damaged myocardium zone;
• Osteoscintigraphy – early diagnosis of primary tumors and metastatic lesions of the skeleton, evaluation of the effectiveness of the pursued treatment after chemotherapy and radiation therapy of a malignant tumor. Preparation is not required, the study is carried out in two projections – the front and back – in the whole body mode, 2 – 2.5 hours after intravenous administration of the drug:
• Longitudinal scan;
• SPECT.
• Perfusion lung scintigraphy – the method allows to determine the violation of regional blood circulation in the pulmonary artery system:
• Static research;
• SPECT.
• Thyroid scintigraphy – the study is carried out to determine the topographic and anatomical features, identify ectopically located elements, non-functioning and hyperfunctioning areas of the thyroid tissue (the so-called "cold" and "hot" nodes);
• Parathyroid scintigraphy – the method is used to diagnose parathyroid tumors, as well as to detect ectopia of the parathyroid tissue, with an increase in parathyroid hormone levels, when planning and monitoring the treatment of hyperparathyroidism.