iDiagnostics is the future of precision medicine. With your help we will make iDiagnostics available for all. Additionally, iDiagnostics will help to minimize the risk of humanity self-eradication. iDiagnostics employs TIRF microarray technology; to learn more about TIRF visit www.tirf-labs.com
iDiagnostics for All
nonprofit project, which goal is to develop advanced molecular diagnostics for home use
to reduce the damages caused by naturally occurring diseases and
to minimize the risks of humanity self-eradication by biological technologies
with TIRF Labs
How iDiagnostics Was Born
iDiagnostics is the result of an 11-year effort by TIRF Labs’ group of scientists and engineers. We have received $4.3 million in grants from the U.S. government and have developed a super-sensitive technology - 3D-enhanced TIRF microarrays. As mentioned above, TIRF is an exceptionally sensitive method capable of detecting biological particles down to single molecules. Fig. 6 shows our progress in the development of TIRF array biosensors, which spanned from large bench-top instruments created in 2005, through portable sensors produced in 2009, to small handheld devices built in 2011. In 2013, we discovered that silk fibroin enhances the fluorescence of TIRF microarrays so that we can use a cellphone camera instead of expensive cameras. This patent-pending discovery has been incorporated into iDiagnostics. In Phase 1 of the project iDiagnostics will migrate back to the handheld configuration, in which the cradle will be equipped with its own low light camera and a microcomputer. This turn will add little to the cost of the cradle, and will allow for avoiding several issues related to the use of cellphone software and to alignment of different cellphones with the cartridge.
Fig. 6. Downsizing TIRF microarray biosensors.