Marquette University Wisconsin - Dr Daniel Rowe
 
 
 

Associate Professor of Computational Sciences
Head of Functional Magnetic Resonance Image Analysis Lab
Director of Graduate Studies
coDirector of Bioinformatics Masters of Science
Department of Mathematics, Statistics, and Computer Science
Marquette University

313 Cudahy Hall,
1313 W. Wisconsin Ave.
Milwaukee, WI 53233

Phone: 414-288-5228
Fax:  414-288-5472
E-mail: daniel.rowe{at}marquette.edu

Applications are now being accepted for:
MU Computational Sciences PhD Program.
MU Bioinformatics MS Program.

Associate Adjunct Professor of Biophysics
Faculty of the Center for Imaging Research
Department of Biophysics
Medical College of Wisconsin

2062 MAAC Fund Research Center
8701 Watertown Plank Road
Milwaukee, WI 53226-0509

Phone: 414-456-4027
Fax:  414-456-6512
E-mail: dbrowe{at}mcw.edu

Adjunct Professor in Electrical Engineering
Department of Electrical Engineering and Computer Science
Engineering and Mathematical Sciences Building
3200 North Cramer St
University of Wisconsin-Milwaukee
Milwaukee, WI 53201-0413
E-mail: drowe{at}uwm.edu

 

 

What are your chances of filling out a perfect bracket?

CBS 58 News Interviews Marquette Math Professor about NCAA Basketball Tournament
Professor Rowe Explains that the number of possible combinations for the NCAA 68 team brackets is over 147 quintillion.
He further went on to describe how the probability of a perfect bracket can be increased using seeding information and historical probabilities.
See the story at cbs58.com


 What the future holds

 "With respect to BOLD fMRI, models have been proposed that predict task-related phase changes (Rowe, 2005; Zhao et al., 2007; Feng et al., 2009) and
 suggest more information on physiological processes in phase than in magnitude (Petridou et al., 2009). If changes in susceptibility can be measured reliably
 based on GRE-EPI data, it will become possible to predict changes in blood susceptibility not only in single, large macro vessels (Sedlacik et al., 2007), but
 also in regions containing randomly orientated blood vessels. Future avenues of QSM will also certainly encompass applications to tissues and organs other
 than the brain (e.g., abdominal or breast imaging),which will have clinical implications and will open possibilities for future research."
 -Jurgen Reichenbach, The future of susceptibility contrast for assessment of anatomy and function. Neuroimage 62:1311-1315, 2012.