The experience of commercializing a non-contrast MRA technique, named fresh blood imaging (FBI) into Toshiba product is introduced.
Adoption & Commercialization of the Novel Techniques: Vendors' Perspective
Fresh Blood Imaging (FBI): Idea to product
In this presentation, we introduce how the technical advancements are adopted and commercialized in products. One of examples, the development of fresh blood imaging (FBI) using ECG-gated 3D half-Fourier FSE [1,2] in non-contrast MRA is illustrated. Particularly, the process of an initial idea of T2 blurring effect [3], artery and vein T2 blurring simulation using a point-spread function [4], and experiment design to confirm the idea is briefly explained. After the confirmation, pre-release of the prototype technique to the collaboration sites, evaluation of the technique by collaborators, further improvement, and final productization follow. While in the trial-and-error period, challenges are resolved internally first and then later by collaborating with radiologists, technologists, scientists, and engineers. In addition, a gradient moment nulling [5] in FSE permits and produces an idea of flow-sensitized spoiler gradients in the read-out (RO) direction to separate artery from vein in peripheral non-contrast MRA as a byproduct [6].1] Miyazaki M, Sugiura S, Tateishi F, at al. JMRI 12:776-783, 2000.
2] Miyazaki M, Takai H, Sugiura S, et al. Radiology 227:890-896, 2003.
3] Constable RT, Gore JC. MRM 28:9-24, 1992.
4] Miyazaki M, Ichinose N, Sugiura S, at al. JMRI 8:505-507, 1998.
5] Hinks RS, Constable RT. MRM 32:698–706, 1994.
6] Miyazaki M, Takai H, Sugiura S, et al. Radiology 227:890-896, 2003.