Kiisa Nishikawa Explained

Kiisa Nishikawa
Workplaces:	Northern Arizona University
Fields:	Physiology, Prosthetics, Kinesiology
Awards:	W. M. Keck Foundation, Miller Institute

Kiisa Nishikawa is a biomechanist, and holds the rank of Regents' Professor of Biological Sciences at Northern Arizona University.^[1]

Research career

Nishikawa is the principal investigator leading the Muscle and Motor Control Laboratory at Northern Arizona University (NAU), where her laboratory investigates muscle contraction, including the role of titin and developing bio-inspired control algorithms for motorized prostheses for lower limbs.^{[2] [3]} Previously, Nishikawa's lab acquired an atomic force microscope in order to test how changes in the giant titin protein impact muscle mechanical properties (referred to as the winding filament hypothesis).^[2] Nishikawa's laboratory has also developed prosthetic software, for the BiOM T2 prosthesis, and is studying whether this provides additional advantages compared to currently available commercial software.^[4]

Nishikawa holds the position of Regents' Professor of Biological Sciences at NAU, and was the director of the NAU's Center of Bioengineering Innovation from 2014 to 2019.^{[5] [6] [2]} One of Nishikawa's prior postdoctoral fellows, Theodore Uyeno, is now an associate professor at the Valdosta State University's Department of Biology.^[7]

Nishikawa has published over 250 academic papers, resulting in over 3,000 citations, resulting in an h-index and i10-index of 39 and 79 respectively.^[8] In 2014, she received a $1 million grant for medical research from the W. M. Keck Foundation, and was one of only six researchers to do so.

Selected bibliography

• Neuromechanics: an integrative approach for understanding motor control. Kiisa Nishikawa, Andrew A Biewener, Peter Aerts, Anna N Ahn, Hillel J Chiel, Monica A Daley, Thomas L Daniel, Robert J Full, Melina E Hale, Tyson L Hedrick, A Kristopher Lappin, T Richard Nichols, Roger D Quinn, Richard A Satterlie, Brett Szymik. Integrative and Comparative Biology. 2007.
• Is titin a 'winding filament'? A new twist on muscle contraction. Kiisa C Nishikawa, Jenna A Monroy, Theodore E Uyeno, Sang Hoon Yeo, Dinesh K Pai, Stan L Lindstedt. Proceedings of the Royal Society B: Biological Sciences. 2012.
• Do arm postures vary with the speed of reaching? Kiisa C Nishikawa, Sara T Murray, Martha Flanders. Journal of Neurophysiology. 1999.
• Paedomorphosis and Simplification in the Nervous System of Salamanders; pp. 137–152. Gerhard Roth, Kiisa C Nishikawa, Christiane Naujoks-Manteuffel, Andrea Schmidt, David B Wake. Brain, behavior and evolution. 1993.

Notes and References

1. News: Super sticky spit helps chameleons snag their prey. Kaplan. Sarah. Washington Post. 2020-03-07.
2. Web site: Atomic force microscope will investigate muscle movement at molecular level – NAU News. 2020-03-07.
3. Web site: New NAU lab studies the mechanics of the human body. Adams-Ockrassa. Suzanne. Arizona Daily Sun. 2020-03-09.
4. Web site: Public invited to explore NAU's new Human Performance Lab at ribbon cutting – NAU News. 2020-03-07.
5. Web site: ABOR names three new Regents' Professors at NAU – NAU News. 2020-03-07.
6. Web site: NAU physiologist publishes findings on the role of the protein titin in muscle contraction – NAU News. 2020-03-07.
7. Web site: Mysteries of the Deep: Professor explores sea to create cutting-edge tech. University. John S. Stephen Valdosta State. Valdosta Daily Times. 2020-03-07.
8. Web site: Kiisa Nishikawa - Google Scholar Citations. scholar.google.ca. 2020-03-07.