The HBIC provides an outstanding imaging capability that complements the existing neuroscience programs at KUMC and programs in the larger University of Kansas (KU) and Kansas City community. HBIC faculty bring outstanding skills and experience, using a unique collection of neuroimaging equipment that facilitates translational research from bench to bedside, across the age span, and across animal species from rodent to human. HBIC brings together center scientists with a range of experience including magnetic resonance and magnetoencephalography as well as the computational skills required to exploit these new technologies for the study of the central nervous system. The HBIC also brings together scientists from diverse disciplines such as Neurology, Neurosurgery, Radiology, Physiology, Psychiatry, Psychology, Physics, Engineering, Computing, Biochemistry, and Anatomy in a highly collaborative and integrative environment.
Leadership
Swati Levendovszky, Ph.D. – Center Director
Justine Kigenyi, MBA, FACHE – Administrative Director
Laura Martin, Ph.D. – Director, Cognitive Neuroscience Unit
Administrative Director | Information on Administrative/Financial/Accounting, grants, contracts; KUMC accounts, calendar access, data analysis computer/VPN access, incident reporting, storage of study supplies, budgeting, billing information.
913-588-9067
jkarungi@kumc.edu
Swati Levendovszky, Ph.D.
Center Director | Research opportunities at HBIC
913-588-9070
slevendovszky@kumc.edu
Laura Martin, Ph.D.
Professor - Director, Cognitive Neuroscience | Functional MRI
913-588-7279
lmartin2@kumc.edu
In-Young Choi, Ph.D.
Professor - MRI Physicist | Structural MRI/MRS
913-588-0174
ichoi@kumc.edu
Phil Lee, Ph.D.
Professor- MRI Physicist | Structural MRI/MRS
913-588-0454
plee2@kumc.edu
Frank Hunsinger, R.T. (R) (MR)
MRI Technologist | Scheduling Scans for 3T Skyra MRI scanner
913-588-9069
fhunsinger@kumc.edu
Vlad Papa
Human Imaging Manager | Data access/storage, XNAT access
Academia and Other Not-For Profit Sponsored Scan - 9.4T
31cm horizontal bore and three sets of gradients will allow studies of small animals including mice, rats, and small primates
Inquire
Academia and other not-for profit Sponsored Scan - fMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Academia and Other Not-For Profit Sponsored Scan- cMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Biopac
Inquire
Clinical Trial Scan - cMEG
Price per Scan
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Clinical Trial Scan- fMEG
Price per Scan
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Consultation
Inquire
Full Research Study Scan - 9.4T
31cm horizontal bore and three sets of gradients will allow studies of small animals including mice, rats, and small primates
Inquire
Full Research Study Scan - cMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Full Research Study Scan - fMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Nursing needs
Inquire
Other Special Research Supplies
Inquire
Pharma-Sponsored Scan - 9.4T
31cm horizontal bore and three sets of gradients will allow studies of small animals including mice, rats, and small primates
Inquire
Pilot Study Scan - 9.4T
31cm horizontal bore and three sets of gradients will allow studies of small animals including mice, rats, and small primates
Inquire
Pilot Study Scan - fMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Pilot Study Scan- cMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Research Training
Inquire
Ultrasound
Currently no formal price structure in place as HBIC does not charge for most Ultrasound activity.
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Full Research Study Scan - fMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Clinical Trial Scan- fMEG
Price per Scan
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Academia and other not-for profit Sponsored Scan - fMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Full Research Study Scan - cMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Clinical Trial Scan - cMEG
Price per Scan
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity
Inquire
Academia and Other Not-For Profit Sponsored Scan- cMEG
fMEG records simultaneous maternal and fetal magnetocardiograms. Fetal movements, such as body movements, hiccups, non-nutritive suck and breathing movements are also recorded
cMEG is capable of millisecond temporal resolution that provides insights into evoked brain activity