RM
01APAU64
Rights Managed
SPECT scan of the heart showing myocardial (heart muscle) ischemia during rest, transverse section, labeled with technetium 99m-sestamibi (Tc 99m-MIBI). Ischemia is a decrease in blood supply to an organ, usually due to a blocked artery.
Credit
ISM
/ Centre Jean PERRIN
Dimensions
2835 x 3390 pixels
Print Size @ 300 dpi
9 x 11 inches / 24 x 29 cm
SHARE IMAGE
Calculate Price
Similar images
Keywords
agent, anatomical, anatomy, artery, attack, biology, blocked, blood, blood vessel, body, cardiovascular, cardiovascular disease, cell, chemistry, circulatory, circulatory system, color, concept, contrast, coronary, cytology, damage, decrease, decreased, descriptive, diagnostic, diagnostics, direction, disease, due, during, graphic art, graphic design, heart, human, human anatomy, imaging, ischemia, labeled, life science, medical, medical imaging, medical science, medical test, medicine, medium, muscle, muscular, myocardial, nuclear, organ, physical, procedure, properties, protoplasm, radioactive, radioactivity, radiography, radioisotope, repose, rest, resting, scan, section, showing, supply, system, tc, technetium, tomography, transverse, usually, vascular system, vessel, arterial disease, circulatory system disease, x-ray myocardial, organ system, heart wall radioactive, radioactivity blocked, block test arteriosclerosis, circulatory system disease, blood vessel disease, arterial disease atherosclerosis, circulatory system disease, blood vessel disease, arterial disease activity, concept artery, organ system, systemic circulation coronary, organ system, circulatory system tomography, scan obstruction, obstruct effort damaged, damage muscle, organ system, circulatory system disease, scan transverse section, section view medicine, medical science scan, medical specialty heart, organ system, circulatory system disease, heart disease abnormal, spect, computed, arts and humanities, printed matter, label technetium 99m, radioactive tracer, technetium myocardium, organ system, heart wall ischemia, circulatory system disease, rest rest nuclear, cell structure, nucleus scintigraphy, nuclear medicine scan, circulatory system disease, blood vessel disease, ischemia medium, substance contrast transverse, circulatory system disease, heart disease radioisotope, radioactive tracer dye, x-ray heart muscle, organ system, heart tc 99m, radioactive tracer, technetium tc-99m, radioactive tracer, technetium technetium, radioactive tracer, radioisotope tc99m, radioactive tracer, technetium pti6, -inter1 methoxyisobutylisonitrile, molecule mibi, molecule tc99m-sestamibi, radioactive tracer, 99m, 99m, sestamibi, radioactive tracer, 99m, tc99m, mibi, radioactive tracer, technetiu
