PET Imaging: Principles & Applications

Related lectures (32)

Page 1 of 4

Covers the comparison of bio-imaging modalities, discussing contrast mechanisms, limitations, SNR, and reconstruction techniques.

Introduces emission tomography in biomedical imaging, covering human brain and heart examples with radiotracers.

Covers the fundamentals of attenuation correction in PET imaging and why PET/CT is the industry standard.

Explores typical PET tracers in oncology and neuroscience for imaging proliferation, hypoxia, and metabolism.

Explains the use of deoxyglucose to measure glucose metabolism and PET imaging.

Covers the fundamentals of resolution in PET imaging and the impact of detectors on spatial resolution.

Explores the types of coincidences in PET imaging and methods to distinguish them.

Explores factors influencing risk perception and acceptance, coping strategies, and the concept of acceptable risk.

Explores risk analysis in project management, covering identification, prevention, quantification, and lean management.

Explores techniques to discriminate scattered photons in SPECT imaging and summarizes Single Photon Emission Computed Tomography.