News | September 27, 2013

Jan Medical Collaborates With Brainlab on Brain Imaging System

Company’s portable, non-invasive brain sensing system Nautilus NeuroWave is designed to rapidly and reliably detect abnormal neurological conditions, including ischemic stroke, vasospasm and concussion

September 27, 2013 — Jan Medical and Brainlab announced a collaboration and Series B funding efforts to complete two clinical trials and the subsequent filing of two product 510(k)s with the U.S. Food and Drug Administration (FDA). Brainlab will also add a member representative to the Jan Medical Board of Directors.

Jan Medical has successfully completed a vasospasm study at UCSF Hospital led by Principal Investigator (PI) Professor Wade Smith, M.D. Patients recovering from subarachnoid hemorrhagic (SAH) can suffer symptomatic spasm within the cerebral vasculature leading to cerebral infarction. Current monitoring technologies in the neurocritical care units are not universally applicable, are highly operator dependent and are not always available when needed. The Nautilus NeuroWave is designed to provide simple, reliable monitoring to all patients recovering from SAH and to provide timely information for those managing these critically ill patients.

In other developments, an investigator-led clinical trial by PI Prof. Paul Auerbach M.D., Stanford University, is investigating the possible utility of the Nautilus NeuroWave to detect and track recovery from sports-related concussion.

For more information: www.brainlab.com, www.janmedical.com

Related Content

Single-slice of the chest CT showing the abnormalities. Arrows indicate the location of the breast mass (red arrow), lymphadenopathy (blue arrow), and a lung nodule (yellow arrow). Arrows not present in experimental display. Image courtesy of Psychonomic Bulletin & Review

Single-slice of the chest CT showing the abnormalities. Arrows indicate the location of the breast mass (red arrow), lymphadenopathy (blue arrow), and a lung nodule (yellow arrow). Arrows not present in experimental display. Image courtesy of Psychonomic Bulletin & Review

Feature | Radiology Imaging | November 20, 2020
There’s a classic video demonstrating how our brains process information and allocate attention in which people bounc
Ziehm Imaging will showcase its leading portfolio of mobile C-arms and advanced pre- and intraoperative image-based decision support solutions on its virtual RSNA 2020 booth
News | Mobile C-Arms | November 20, 2020
November 20, 2020 — Ziehm Imaging will showcase its leading portfolio of...
Chest X-ray image of patient with lung injury due to vaping. Image courtesy of UC Regents #COVID19 #pandemic

Chest X-ray image of patient with lung injury due to vaping. Image courtesy of UC Regents

News | Coronavirus (COVID-19) | November 19, 2020
November 19, 2020 — A UC Davis Health ped
1H-MR spectra of 3 consecutive patients with COVID-19. Upper row: Axial FLAIR images at the corona radiata level show representative MRS voxels (black squares) from sampled periventricular regions. Lower row: Corresponding spectrum (black) and LCModel fit (red) from each patient acquired at TE = 30 ms (upper row) and TE = 288 ms (lower row). A, A patient with COVID-19-associated multifocal necrotizing leukoencephalopathy shows diffuse patchy WM lesions with markedly increased Cho and decreased NAA, as well

1H-MR spectra of 3 consecutive patients with COVID-19. Upper row: Axial FLAIR images at the corona radiata level show representative MRS voxels (black squares) from sampled periventricular regions. Lower row: Corresponding spectrum (black) and LCModel fit (red) from each patient acquired at TE = 30 ms (upper row) and TE = 288 ms (lower row). A, A patient with COVID-19-associated multifocal necrotizing leukoencephalopathy shows diffuse patchy WM lesions with markedly increased Cho and decreased NAA, as well as elevated Lac. B, A patient with COVID-19 after recent PEA cardiac arrest with subtle FLAIR hyperintense white matter changes also shows elevated Cho/Cr and decreased NAA/Cr ratios. However, these derangements are less severe than in the patient in A. There is no clear elevation of Lac. C, A patient with COVID-19 without encephalopathy or recent severe hypoxia has normal Cho/Cr, with mildly decreased NAA/Cr and no lactate elevation. Cho, Choline; NAA, N-Acetyl-Aspartate; mI, Myo-Inositol; Lac, Lactate; Glx, Glutamate + Glutamine. Image courtesy of AJNR

News | Coronavirus (COVID-19) | November 19, 2020
November 19, 2020 — One of the first spectroscopic imaging-based studies of neurological injury in...
Reduces the complexity of reporting for screening and diagnostic MRI eams to deliver time-saving and patient safety benefits
News | MRI Breast | November 18, 2020
November 18, 2020 — ...