BioImage Suite started life as a tool for interactive 4D cardiac segmentation and the original surface editor was presented at the 47th Annual Scientific Session of the American College of Cardiology in 1998. It run exclusively on the Silicon Graphics IRIX platform (6.2,6.3) and used a combination of MOTIF and Open Inventor.
It was subsquently adapted and extended for neuroimaging applications primarily for the needs of an epilepsy image-guided neurosurgery project (2001-). At this point development switched to an explicit multi-platform setup and MOTIF was replaced by a Tcl/Tk environment and Open Inventor was replaced by VTK. (then version 3.1).
Progressively, diffusion weighted imaging (DTI) functionality was added (2002 + M. Jackowski), as well as the development of our fMRI tools (2003 + N. Rajeevan) It was subsequently extended for use in abdominal fat quantification work (2004-) and for use in vascular tree extraction for a mouse hindlimb angiogenesis project. (2005-).
Recently, we have obtained funding from the NIH/NIBIB (R01 EB006494-01 PI: Papademetrix, X.) to continue, in the words of the program announcement, "to support the continued development, maintenance, testing and evaluation of existing software". The BioImage Suite webpage went live in early 2006 and a support forum was established soon afterwards. A first beta version was made publicly available in January 2006. We are (July 2006) in the process of releasing BioImage Suite 2.0 -- version 1 was never publicly available but in use at Yale since 2002.
BioImage Suite was originally developed for the needs of the following, NIH-funded, projects at Yale:
- Bioimaging and Intervention in Neocortical Epilepsy -- BRP R01-EB000473 PI: Duncan, J. S.
- Dynamic Analysis of LV Deformation from 4D Images -- R01-EB002068 PI: Duncan, J. S.
- Integrated Function/Structure Image Analysis in Autism -- R01-NS035193 PI: Duncan, J. S.
- Brain Image Segmentation, Comparison, and Measurement -- R01-EB000311 PI: Staib, L. H.
- Functional MRI for Neurosurgical Planning in Epilepsy -- R01-NS38467 PI: Constable, R.T.
- Functional Heterogeneity of the Hippocampal Formation -- R01-NS38467 PI: Constable R.T
- Non-invasive Methods for Imaging Angiogenesis -- R01-HL65662 PI: Sinusas, A. J.
- Yale Mouse Metabolic Phenotyping Center -- U24-DK59635-01 PI: Shulman, G.I. (Imaging Core PI: Behar, K.L.)