Titlebook: Atlas of Diagnostic Nuclear Medicine; Anisah Helou Book 2001 Springer-Verlag Berlin Heidelberg 2001 Nuklearmedizin.bone.diagnostic imaging

Hypothesis

書目名稱Atlas of Diagnostic Nuclear Medicine影響因子(影響力)




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書目名稱Atlas of Diagnostic Nuclear Medicine被引頻次




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978-3-662-05889-3Springer-Verlag Berlin Heidelberg 2001

aggravate

Nathalie M. Delzenne,Julie RodriguezRadionuclide imaging of the brain is based on the tendency of lesions of the brain and meninges to accumulate radiopharmaceuticals, while almost all other intracerebral areas show an undetectable degree of uptake. The mechanisms of radionuclide uptake in the brain are not yet fully understood but presumably involve the following factors:

里程碑

State of the Art in Volume Visualization,The human skeleton performs a dual function, providing mechanical support for the soft tissues while also serving as a mineral reservoir. The morphologic structure of the bone ensures a static load-bearing capacity that is appropriate for ordinary demands.

冥界三河

Font Rasterization: The State of the Art,Nuclear medicine studies of vascular structures are based on the visualization of blood vessels and lymphatics on sequential or static images acquired after the intravenous or intradermal injection of a radiopharmaceutical agent.

填滿

Head and Neck,Radionuclide imaging of the brain is based on the tendency of lesions of the brain and meninges to accumulate radiopharmaceuticals, while almost all other intracerebral areas show an undetectable degree of uptake. The mechanisms of radionuclide uptake in the brain are not yet fully understood but presumably involve the following factors:

用手捏

模仿

運(yùn)動吧

Chest, trapped by the capillary filter in the lungs. Because this filter consists of terminal arterial branches that form a network surrounding the alveoli, the radiolabeled particles form microemboli that map the distribution of pulmonary blood flow and indicate the momentary status of lung perfusion.

耕種

https://doi.org/10.1007/978-3-030-99995-7 trapped by the capillary filter in the lungs. Because this filter consists of terminal arterial branches that form a network surrounding the alveoli, the radiolabeled particles form microemboli that map the distribution of pulmonary blood flow and indicate the momentary status of lung perfusion.