Section 1 - Image Viewing, Processing and Basic Analysis (PVIEW)

S1E1 – Loading images from the database
S1E2 – Loading DICOM images
S1E3 – Loading images using AUTODETECT
S1E4 – Image display and capture
S1E5 – Dynamic images and capturing tracer kinetics
S1E6 – Image cropping and saving
S1E7 – Image processing and VOI analysis
S1E8 – VOI-based masking for improved 3D rendering
S1E9 – Isocontouring using a defined SUV threshold

Section 2 - Image Registration and Fusion (PFUS)

S2E1 – Fusion display of hybrid data and simple VOI analysis
S2E2 – Image matching and fused rotating MIP for presentation
S2E3 – CT-based brain spatial normalization and VOI atlases
S2E4 – Direct PET-based brain spatial normalization and VOI atlases

Section 3 - 3D Rendering (P3D)

S3E1 – Simple CT surface/volume rendering with VOIs
S3E2 – Fused PET/CT rendering

Section 4: Kinetic Modeling (PKIN)

S4E1 – Gold-standard two-tissue-compartment PET kinetic modeling with an arterial input function – full quantification of cerebral glucose metabolism
S4E2 – Reference-tissue-based kinetic modeling – receptor density with the non-displaceable binding potential (BPnd)

Section 5 - Parametric Mapping (PXMOD)

S5E1 – Maps of glucose metabolism using Patlak graphical analysis

Section 6 - Automated Image Segmentation (PSEG)

S6E1 – Automated organ segmentation with dynamic PET/MR

Section 7 - Streamlined brain analysis (PNROD)

S7E1 – Rodent brain analysis

Section 8: PMOD Database Management

S8E1 – Creating a new database for a new project

Section 9: Online Documentation of PMOD and Requesting Support

S9E1 – Access to further documentation and support