Understanding functional connectivity of sensory and motor pathways to specific regions of the lower urinary tract.

Agency: National Institute of Health (NIH)
Institute: Office of The Director, National Institutes of Health (OD)
Project #: 3OT2OD023872-01S5
Application #: 10211366
Study Section: Anatomical and Functional Mapping of the Innervation of Marjor Internal Organs (AFMI)
Program Officer: Qashu, Felicia M


NIH 2020 OT2 OD	Understanding functional connectivity of sensory and motor pathways to specific regions of the lower urinary tract. Keast, Janet R. / University of Melbourne
NIH 2019 OT2 OD	Understanding functional connectivity of sensory and motor pathways to specific regions of the lower urinary tract. Keast, Janet R. / University of Melbourne
NIH 2019 OT2 OD	Understanding functional connectivity of sensory and motor pathways to specific regions of the lower urinary tract. Keast, Janet R. / University of Melbourne
NIH 2018 OT2 OD	Understanding functional connectivity of sensory and motor pathways to specific regions of the lower urinary tract. Keast, Janet R. / University of Melbourne
NIH 2017 OT2 OD	Understanding functional connectivity of sensory and motor pathways to specific regions of the lower urinary tract. Keast, Janet R. / University of Melbourne
NIH 2016 OT2 OD	Understanding functional connectivity of sensory and motor pathways to specific regions of the lower urinary tract. Keast, Janet R. / University of Melbourne	$524,589

Osborne, Peregrine B (2017) Stimulating bioelectronic medicine discovery for urological disorders. Am J Physiol Renal Physiol 313:F1133-F1135