TheranosticsBytes
Ideas, experiments, and tools for better imaging.
Imaging science, theranostics, and practical resources for quantitative medicine. From clinical questions to the physics behind the image.
Explore TheranosticsBytes
Four ways into my work.
Read an argument, manipulate an imaging concept, use a focused app, or follow the research record.
Blog
Ideas and perspectives on theranostics, dosimetry, and medical imaging.
Read the writingInteractive learning
Hands-on browser experiences that make imaging physics visible.
Start exploringApps
Purpose-built companions for nuclear medicine and molecular imaging.
View the appsPublications
The research record behind the clinical and educational work.
Browse researchLatest blog posts
Ideas or situations worth examining closely.
Dosimetry Is a Staircase, Not an On/Off Switch
Dosimetry need not be all or nothing. A practical staircase can help clinics build evidence and move toward safer, more personalized radiopharmaceutical therapy.
Read article
How Does SPECT Create an Image?
A visual introduction to how SPECT turns rotating gamma-camera projections into images using sinograms, back-projection, and filtering.
Read articleInteractive learning
Explore the science by playing.
Projections, sinograms & reconstruction
Move the detector, acquire a full scan, then compare simple and filtered backprojection as the activity distribution reappears.
Launch the SPECT explorerApps
Practical companions for theranostics work.
Focused applications for nuclear medicine and molecular imaging.
iPhone · iPad · Android
Decay Lab
A focused companion for fast, accurate radioactive decay calculations across radionuclides, activities, and time intervals.
Explore the app
Behind TheranosticsBytes
Built from clinical physics and quantitative imaging.
I’m Carlos Uribe, a clinical molecular imaging and therapy medical physicist, educator, and researcher. TheranosticsBytes turns that perspective into writing, interactive learning, and practical tools.