SBIR/STTR Research Award

Whole Brain Nanoscale Preservation Imaging

Award identifier dfde482ee4f20ab70c89cbc5b9794cefe9e0a850e02cdca7b5abf0c45bf38222Awarding agency Department of Health and Human Services · National Institutes of Health

Award amount

$915,835

Program and phase

STTR · Phase I

Award year

2016

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Award details

Awarding agency
Department of Health and Human Services
Branch
National Institutes of Health
Recipient company
Nectome Inc.
Proposal award date
2016-09-21
Contract end date
2018-04-04
UEI
Not reported
Solicitation number
PA15-269
Topic code
101

Research abstract

Abstract Summary Nectome will create technologies to enable whole brain nanoscale preservation and imaging a vital step towards a deep understanding of the mind and of the brainandapos s diseases Current brain processing technologies compromise between whole brain applicability or nanoscale resolution our technologies will achieve both si multaneously Similar to the way that next generation genetic sequencing has helped to unlock the potential of genomics these technologies will provide a foundation and set the path for the next generation of brain imag ing We will modify the two most promising nanoscale brain preparation techniques expansion microscopy and plastic embedding to use vascular perfusion instead of diffusion This will enable them to overcome their current thickness limit of microns in order to scale to whole brain samples We will also integrate both methods with aldehyde stabilized cryopreservation ASC a powerful brain banking technique which can durably preserve the nanoscale structure of whole brains for centuries with no decay Electron microscopy EM has been used for over years to analyze brain tissue and is considered the gold standard for nanoscale brain imaging Expansion microscopy ExM is a very recently developed brain imaging technique that physically expands brain tissue to times its original size enabling nanoscale resolution of brain tissue with normal light microscopes and with uorescent labels to detect a diverse array of molecules normally invisible with electron microscopy Whole brain adaptations of EM and ExM will be of great interest to pharmaceutical companies wishing to evaluate the effects of drugs on brain ultrastructure and seeking to avoid wasting large amounts of brain tissue as is currently done in many studies We also see immense application in the burgeoning eld of Connectomics the study of the brainandapos s detailed pattern of connectivity and in brain banks wishing to store important brain samples with unprecedented detail We foresee commercial opportunity in offering brain preservation and processing both as a service for processing whole brains and as a kit for researchers who wish to accomplish this nanoscale preservation and imaging in their own labs Project Narrative We will create technologies to enable whole brain nanoscale imaging and preservation These technologies for whole brain analysis are a vital step towards deep understanding of the mind and of many brain diseases they promise to do for neuroscience what whole genome analysis has done for biology

Technology keywords

Not reported

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Agency intelligence

Department of Health and Human Services

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