Special Feature Commemorating
Teiichi Tanimura's Retirement
Professor Teiichi Tanimura is a founding father of the Neurogenetics of Drosophila chemoreception and gustatory behavior, and has been widely recognized for his contributions to these areas of research. The beautiful yet simple taste-choice paradigm devised early in his career demonstrates his creativity and ingenuity, offering a simple but clear cut measure to determine taste perception and preference. This widely applied paradigm has led to the resolution of taste compounds, receptors, and neuro-circuitry underlying gustatory behavior. Many of his ingenious experimental designs, some of which were published in the Journal of Neurogenetics, have generated mutations and identified genes that affect neuromuscular function and degeneration in the chemosensory pathways.
Despite his monumental impact, Professor Tanimura is a humble scholar with a mild manner whose work is perhaps under-appreciated. Since he has served on the editorial board of the Journal of Neurogenetics since the early 90s, we have chosen to promote his work here by establishing this Special Feature which highlights his publications in the Journal of Neurogenetics.
Dr. Tanimura's Publications in the Journal of Neurogenetics
Ken-Ichi Kiura, Tateo Shimozawa, & Teiichi Tanimura
Ken-Ichi Kimura & Teiichi Tanimura
Akira Matsumoto, Takehiro Motoshige, Takehide Murata, Kenji Tomioka, Teiichi Tanimura, & Yoshihiko Chiba
PDFs available on request, please contact email@example.com.
The Tanimura Paradigm
Dr. Tanimura was known for his work of taste preference in Drosophila. His 1982 paper, Genetic Dimorphism in the Taste Sensitivity to Trehalose in Drosophila melanogaster in the Journal of Comparative Physiology, provided a widely used methodology for studying taste response by marking sugar (or other taste chemical) solutions with either red or blue food dye. Flies where then allowed to choose between the dyed solutions, and the resulting concentrations of food dye in the flies could be scored and/or measured to assess taste preference. The results of this method are often startling, as flies show strong preference for one solution over the other, a consequence of the fact that flies taste with their tarsi prior to ingestion of any food.
Teiichi Tanimura, Kunio Isono, Tsuguhiko Takamura, & Ichiro Shamada
Journal of Comparative Physiology, Volume 147, Issue 4.
(Links to external source - Copyright Springer International)
Example of the Tanimura Paradigm, figure adapted and colorized from Siddiqqi et al., (1989), Genetic investigation of salt reception in Drosophila melanogaster. Genome, 31(2),.