Ed Boas — Research

Radiology

survival curves
Aspirin and HCC
Cryoablation planning
Cryoablation planning
Hemangioma perfusion
Liver perfusion imaging
Optimal surveillance schedule
Optimal HCC surveillance schedule
Transgastric pancreatic duct drain
Transgastric pancreatic duct drain
CT artifact reduction
Computed tomography artifact reduction
ClariPACS
Claripacs -
Interactive multimedia radiology reports
Virtual angiography
Virtual angiography
High dynamic range CT scan
High dynamic range images
Flow dynamics in kidney transplants
Flow dynamics in kidney transplants
thyroid nodule
Thyroid nodule calculator

Transcatheter aortic valve replacement
planning tool

Molecular modeling and design

Protein design
Protein design
Protein binding site
Predicting protein binding sites
Polymer attaching to a surface
Polyvalent polymers
Atomic cluster
Atomic cluster

Other projects

Heterozygote advantage
How does a new mutation spread through a population?
Phosphatidylserine exposure
How does the body recognize old red blood cells?


Older projects

Vibrating sphere simulation
Vibrating sphere simulation
Anti-counterfeiting methods
Anti-counterfeiting methods
Computer chess
Computer chess
Yodeling
Yodeling
Dinosaur chasing slower but more agile prey
Dinosaur chasing slower but more agile prey
Fractal text
Fractal text
Branch prediction
Faster computer chips
Sound waveform
A better cell phone ringer tone
Reflections in choppy water
Reflections in choppy water

Unpublished research

Does catheter cavography before IVC filter retrieval lower procedural supply costs? (2015)
Calculating the probability of malignancy of thyroid nodules using adjusted naïve Bayes (2011)
Virtual angiography (2007)
High dynamic range images in radiology (2007)
Proposal for intelligent drug delivery by engineered encapsulated cells (2004)
Predicting protein binding sites (2000)
Gallery of coiled coils (2001)


Ed Boas' home page | CT metal artifact reduction | Claripacs (web PACS) | Other projects |
MSKCC IR (clinical) | MSKCC IR (research) | My Google Scholar page