Metal ion binding of the Methanococcus archaellin required for filament integrity Satoshi Shibata (OIST)
13:45-14:00
Characterization of flagellins isolated from Lactobacillus agilis Akinobu Kajikawa (Tokyo Univ. Agri.)
14:00-14:15
Initiation of the polar flagellar assembly facilitated by FlhF, the positive regulator for flagellar number in Vibrio alginolyticus Yuna Inoue (Nagoya Univ.)
14:15-14:30
Biochemical analysis of FlhG, ATPase Involved in regulating the number of flagella of Vibrio alginolyticus Yoshino Imura (Nagoya Univ.)
14:30-14:40
Coffee-Tea break (10min)
Discussion Leader: Takayuki Kato (Osaka Univ.)
14:40-14:55
The zoospores of Actinoplanes missouriensis adhere to a solid surface by the type 4 pili Tomohiro Kimura (Univ. Tokyo)
14:55-15:10
The biological function of SsaH as a chaperone in SPI2-T3SS Akiko Takaya (Chiba Univ.)
15:10-15:25
Detection of the flagellar type III protein export by fluorescence Keiya Takata (Osaka Univ.)
15:25-15:50
Toward a more complete understanding of the bacterial flagellar growth Chien-Jung Lo* (National Central University)
15:50-16:00
Coffee-Tea break (10min)
Discussion Leader:Tohru Minamino (Osaka Univ.)
16:00-16:15
The flagellar secretrion signal - a new approach Dara Niketic (University of Utah)
16:15-17:00
The latest from the Hughes lab Kelly Hughes** (University of Utah)
17:00-17:30
Break and Check-in (30min)
17:30-19:00
Training course (90min) Akihiko Isijima (Osaka Univ.)、Hajime Fukuoka (Osaka Univ.)
Elucidation of the ion selectivity mechanism of the Na+, K+-driven flagellar stator from Alkaliphilic Bacillus trypoxylicola Syun Naganawa (Toyo Univ.)
10:40-10:55
Detection of structural of marine Vibrio bacterium flagellar stator PomA cytoplasmic loop Taira Mino (Nagoya Univ.)
10:55-11:10
Role of Threonine residues in ion permeation for the Na+ driven flagellar motor PomA/PomB: insights from MD simulations Ai Shinobu (Tokyo Tech.)
11:10-11:25
Structure of a periplasmic fragment of MotS from Bacillus alcalophilus Koki Nishiuchi (Osaka Univ.)
11:25-11:40
Directed evolution of motAB using in vivo mutagenesis Tatsuya Morishita (NICT )