Opticortex: A Full-Head Non-invasive Functional Optical Brain Imager

Award Information
Agency:
Department of Health and Human Services
Branch
n/a
Amount:
$349,996.00
Award Year:
2010
Program:
SBIR
Phase:
Phase I
Contract:
1R43MH085369-01A2
Award Id:
96415
Agency Tracking Number:
MH085369
Solicitation Year:
n/a
Solicitation Topic Code:
NIMH
Solicitation Number:
n/a
Small Business Information
ISS, INC., 1602 NEWTON DR, CHAMPAIGN, IL, -
Hubzone Owned:
N
Minority Owned:
N
Woman Owned:
N
Duns:
152117347
Principal Investigator:
BENIAMINO BARBIERI
(217) 359-8681
BENIAMINO.BARBIERI@ISS.COM
Business Contact:
BENIAMINO BARBIERI
() -
beniamino.barbieri@iss.com
Research Institution:
n/a
Abstract
DESCRIPTION (provided by applicant): ISS Inc. and the Cognitive Neuroimaging Laboratory (CNL) at the University of Illinois propose to develop and construct the prototype of a novel instrument for full-head non-invasive near infrared (NIR) functional i maging of the human brain (which we call Opticortex ). NIR imaging, because of its combination of spatial and temporal resolution, its ability to image both neuronal and hemodynamic activity, and its relatively low cost, complements and enhances current human brain imaging methods, and is particularly useful for the investigation of whole brain cognitive networks and for studies of neurovascular coupling. Opticortex features include: (a) a large number of channels, providing full-head coverage and great er spatial resolution, using up to 128 laser sources and 60 detectors; and (b) programmable multiplexing to allow for adaptive recording montage design. During Phase I, we will explore two further features: (a) multiple simultaneous modulation frequenci es to limit channel crosstalk and increase sampling rate; (b) variable modulation frequencies (from 50 to 300 MHz) to optimize S/N, spatial resolution and depth penetration for specific medical applications. The new systems will also include flexible, mod ular and integrated software for: (a) data acquisition; (b) co-registration of the optical data with anatomical images of the brain; (c) pre-analysis, artifact rejection and/or correction, averaging, image generation, statistical analysis; and (d) inter facing with other brain imaging software. The modular nature of the instrument confers several application and commercialization advantages. For some applications (e.g. infants or region-of-interest recording) a version featuring 32 sources and 15 detecto rs will be sufficient; yet, such instrument can be upgraded to the full configuration should the need arise, and for research involving full- head studies in adults. PUBLIC HEALTH RELEVANCE: MRI is the technique of choice for imaging function al changes in the brain activity. It is costly (about 3M) and it requires special facilities. Data acquisition time is of the order of 20 minutes and during the registration session the patient is required to stand still inside the measuring body. We p ropose to build an instrument that is portable (it can be housed in a doctor's office), affordable (less than 500K), insensitive to motion artifacts (suitable for measurements on infants and children). The new frequency-domain instrument, which we call O pticortex, features 128 light sources and 60 detectors; it is intended for the measurement of the fast and slow activities of the entire brain. The Opticortex will launch a novel range of applications in cognitive neurosciences (task related responses in adults, the effect of aging on the sensory cortex, brain development in infants, linguistics) and it will open the door for the investigation of relevant medical applications: as it will selectively probe different depths of the brain, potential appli cations in the area of stroke recovery and neurosurgery, the study of epilepsy and depression will be within the reach of the medical research community.

* information listed above is at the time of submission.

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