Program

Flyday, Sept. 9th ; 13:40-14:20
Plenary Lecture

Outa Uryu, Ryusuke Niwa

Chair: Ken-ichi Kimura

Tsukuba

Decision Making in Drosophila

S1-5 15:24-15:40

Teiichi Tanimura

Identification of neuroendocrine pathways

Graduate School of Systems Life Sciences, Kyusyu Univ.

regulating female

Faculty of Life and Environmental Sciences, University ofgermline

stem

cell

proliferation in Drosophila

Flyday, Sept. 9th ; 14:20-15:56
Oral Session 1

Yuto Yoshinari1, Tomotsune Ameku1, Shu Kondo2, Yuko

Chair: Shu Kondo

1) Graduate School of Life and Environmental Sciences,

Shimada-Niwa2, and Ryusuke Niwa3,4

University of Tsukuba; 2) Genetic Strains Research

S1-1 14:20-14:36

Center, National Institute of Genetics; 3) Life Science

Experience-dependent

tuningoftheCenterof

Tsukuba

Advanced

Research

Alliance,

auditory behavior in Drosophila

University

Xiaodong Li, Hiroshi Ishimoto, Azusa Kamikouchi

Environmental Sciences, University of Tsukuba; 5)

Graduate School of Science, Nagoya University

PRESTO, Japan Science and Technology Agency

S1-2 14:36-14:52

S1-6 15:40-15:56

Species-specific auditory behavior of four

A gene network for nociceptive neuron

Drosophila species

development and function

Yusuke Yoneyama, Eriko Matsuo, Yuki Ishikawa, Azusa

Caroline Delandre1, Andrew T Kwon2, Saori Akimoto1,

Kamikouchi

Koji Wada1, Yukihiko Noro1,2, Ben Torben-Nielsen3,

Graduate School of Science, Nagoya University

Adrian W Moore1ofTsukuba;4)

Faculty

of

Life

and

1) RIKEN Brain Science Institute, Wako, Japan; 2) RIKEN

S1-3 14:52-15:08

Center for Life Science Technologies, Yokohama, Japan;

Exploring the function of auditory sensory3) University of Hertfordshire, Hertfordshire, United

neurons that respond to broad-frequency

Kingdomsound
Hyunsoo Kim, Yuki Ishikawa, Azusa Kamikouchi

Break 15:56-16:06

Graduate School of Science, Nagoya University

S1-4 15:08-15:24
Molecularandcellular

Flyday, Sept. 9th ; 16:06-17:42
Oral Session 2

mechanisms

controlling development of the clockneurons

in

the

fruit

fly

Chair: Takeshi Awasaki

Drosophilamelanogaster9

Program

S2-1 16:06-16:22

Yuta Mabuchi1, Nobuaki Tanaka1,2

Neuronal screening to fill the missing links

1) Hokkaido University, 2) PRESTO, JSTbetween the sugar sensation and the
motor/reward systems

S2-6 17:26-17:42

Takaaki Miyazaki1,2,3, Tzu-Yang Lin1, Emiko Suzuki3, Chi-

S-adenosylmethionine

hon Lee1, Mark Stopfer1, Kei Ito2

Drosophila intestinal homeostasis

1) NIH-NICHD 2) IMCB, Univ. Tokyo 3) National Institute

Kayoko Tsuda-Sakurai1,2, Fumiaki Obata1,3, Takahiro

of Genetics

Yamazaki1, Kei Nishimura1, Masayuki Miura1,2

governs1) Grad. Sch. of Pharm. Sci., Univ. of Tokyo, 2)

S2-2 16:22-16:38

AMED/CREST, 3) The Francis Crick Institute, UK

Phenotypic analysis of a fruitless mutant
Break 17:42-17:52

and CRISPR-mediated transgenesis in D.
subobscura
Ryoya Tanaka, Hinata Murakami, Kosei Sato, Daisuke

Flyday, Sept. 9th ; 17:52-19:12

Yamamoto

Oral Session 3

Tohoku University

Chair: Ayako Tonoki

S2-3 16:38-16:54

S3-1 17:52-18:08

Notch signaling in glial cells regulates

Gr64a–f genes contribute to the variation

long-term memory in Drosophilaof fructose sensitivity in natural population

Saho Yoshioka1, Wataru Kobayashi1, Saki Nagai1,of Drosophila melanogaster

Takeshi Awasaki2, Motoyuki Itoh1, Ayako Tonoki1.

Shun Uchizono, Taichi Q Itoh, Teiichi Tanimura

1) Chiba University, 2) Kyorin University

Graduate School of Systems Life Sciences, Kyushu
University

S2-4 16:54-17:10
Dendritic Eph defines pheromone-sensing

S3-2 18:08-18:24

circuit via dendrite-dendrite segregation

Sense of softness mediated by TRP

in Drosophilachannels,Marie Anzo1, Sayaka Sekine1, Kinhon Chao1, Shirin

Drosophila larvae

Makihara1, Masayuki Miura1, 2, Takahiro Chihara1, 3Nana Kudo, Teiichi Tanimura

1) University of Tokyo, 2) AMED 3) Hiroshima University

Department of Biology, Kyushu University

S2-5 17:10-17:26

S3-3 18:24-18:40

Sugar intake regulated by the neurons

Metabolomic analysis of egg activation in

expressing serotonin receptor 5-HT2AR in

Drosophila

the insulin pathway in Drosophila

Misato Yamamoto, Taro Kaneuchi, Yukiko Sato, Satomi

10

nanchung

andnompC,

inProgram

Takeo, Toshiro Aigaki

Reiko Tajiri, Haruhiko Fujiwara, Tetsuya Kojima

Laboratory of Cellular Genetics, Department of BiologicalGrad. Sch. Frontier Sciences, University of Tokyo

Sciences, Tokyo Metropolitan University

S4-3 9:32-9:48
S3-4 18:40-18:56

Wnt proteins serve as directional cues for

Coevolution of male and female genitalia intheDrosophila suzukii driven by changes in

Drosophila nervous tissue growth

ovipositor shape

Shigeki Yoshiura, Fumio Matsuzaki

Leona Muto1, Yoshitaka Kamimura2, Kentaro Tanaka1,

RIKEN Center for Developmental Biology

Par-complex

polarityandthe

Aya Takahashi1

S4-4 9:48-10:04

1) Tokyo Metropolitan University, 2) Keio University

Nanopatterning of cuticle: How to makeS3-5 18:56-19:12
Enhancer

activity

nanopores
of

human

on

Drosophila

olfactory

sensilla

ultra-

conserved elements in fruit fly

Toshiya Ando1,3, Kazuyo Misaki2, Shigenobu Yonemura2,

Takashi Ohsako1, Ryosuke Nakano2, Takeru Matsuda3,

Shigeo Hayashi1

Takeshi Awasaki4, Masatoshi Tomaru2, Timothy L. Karr2,

1) RIKEN CDB, Laboratory for Morphogenetic Signaling,

Toshiyuki Takano2

2) RIKEN CLST, Ultrastructural Research Team, 3) NIBB,

1) Adv. Tech. Cent., Kyoto Inst. Tech., 2) Dept. Dros.

Division of Evolutionary Developmental Biology

Genomics Genet. Res., Kyoto Inst. Tech., 3) Dept. Appl.

S4-5 10:04-10:20

Biol., Kyoto Inst. Tech., 4) Kyorin University

Cell death enzymes accelerate Drosophila

Saturday, Sept. 10th ; 9:00-10:20
Oral Session 4

wing

Chair: Naoyuki Fuse

Natsuki Shinoda1, Takahiro Chihara1,3, Akiko Koto1,2,

growthtoensurethebilateralsymmetry of wing size

Masayuki Miura1,2

S4-1 9:00-9:16

1) The University of Tokyo, 2) CREST-AMED, 3)

Tetragonal versus hexagonal tiling of theHiroshima University

Drosophila eye
Break 10:20-10:30

Takashi Hayashi1, Masakazu Akiyama2, Makoto Sato1
1) Kanazawa University, 2) Hokkaido University

Physical regulation of whole body shape

Saturday, Sept. 10th ; 10:30-11:50
Oral Session 5

by Obstructor-E, a constituent of the larval

Chair: Hiroko Sano

S4-2 9:16-9:32

cuticle11

Program

S5-1 10:30-10:46

Timothy Karr

Determining molecular mechanisms for

Kyoto Institute of Technology

tissue non-autonomous responses to discS5-5 11:34-11:50

damage in Drosophila melanogaster

WingedTomonori Katsuyama1,2, Soshiro Kashio1, Mandi Zhou1,

Departmentofinduces

imaginaltransdeterminationand Masayuki Miura1,2
1)

Eye

Genetics,

Graduateschooldisc

throughheterochromatin formationof

Keita Masuko, Hirofumi Furuhashi, Naoyuki Fuse,

Pharmaceutical Sciences, University of Tokyo, 2) AMED-

Shoichiro Kurata

CREST, AMED

Graduate School of Pharmaceutical Science, Tohoku
University

S5-2 10:46-11:02
Glutathione biosynthesis is essential forlarvaldevelopment

in

the

fruit

Luncheon 12:05-13:00

fly

Saturday, Sept. 10th ; 13:00-14:50
Poster Session 1

Drosophila melanogaster
Chikana Yamamoto1, Sora Enya1, Hajime Mizuno2,
Takeshi Esaki2, Masatoshi Iga3, Hiroshi Kataoka3,
Tsutomu Masujima2, Ryusuke Niwa4,5

Odd number

1) Graduate School of Life and Environmental Sciences,

Saturday, Sept. 10th ; 15:00-16:52
Oral Session 6

University of Tsukuba; 2) Laboratory of Single-Cell Mass
Spectrometry, RIKEN QBiC; 3) Graduate School of
Frontier Sciences, The University of Tokyo; 4) Faculty of

Chair: Akiko SatohLife and Environmental Sciences, University of Tsukuba;5) PRESTO, JSTS6-1 15:00-15:16
Genetic

S5-3 11:02-11:18
Mechanicalterritoryof

Pointed/ETS

transcriptional factor as a regulator ofcompetitionofidentificationforapoptotic

the

lost

cells

in

senescence-mediated tumor progression
in Drosophila

heterogeneously proliferating tissue

Takao Ito, Masato Enomoto, Tatsushi Igaki

Alice Tsuboi1, Shizue Ohsawa2, Tatsushi Igaki2, Koichi

Graduate School of Biostudies, Kyoto University

Fujimoto11) Osaka University, 2) Kyoto University

S6-2 15:16-15:32
Genetic and mathematical dissection of

S5-4 11:18-11:34

tumor heterogeneity that causes cancer

Identification and characterization of anprogression“insect epididymis”

Masato Enomoto1, Honda Naoki2, Daisaku Takemoto1,

12

Programand Tatsushi Igaki1

Graduate School of Pharmaceutical Sciences, Kumamoto

1) Laboratory of Genetics, Graduate School of Biostudies,

University

Kyoto University, 2) Imaging Platform for Spatio-Temporal
Information,

Graduate

SchoolofMedicine,

S6-6 16:20-16:36

Kyoto

Identification

University

of

novel

microtubule-associated proteins that contribute to theS6-3 15:32-15:48

epithelial

Neuropeptides regulate mating-induced

Wnt/PCP signaling pathway

proliferation of germline stem cells

Koji Kikuchi1, Tsubasa Tanaka2, Masaki Arata3, Dongbo

Tomotsune Ameku1, Yuto Yoshinari1, Shu Kondo2, Yuko

Shi4, Akira Nakamura2, Tadashi Uemura3, Toshihiko

Shimada-Niwa3, Ryusuke Niwa4, 5

Fujimori4, Hiroyuki Nakanishi1

1) Graduate School of Life and Environmental Sciences,

1) Dept. Mol. Pharm., Grad. Sch. of Med. Sci., Kumamoto

University of Tsukuba 2) Genetic Strains Research Center,

Univ., 2) Dept. Germline Dev., IMEG, Kumamoto Univ., 3)

National Institute of Genetics

3) Life Science Center ofmorphogenesis

throughtheGrad. Sch. of Biostudies, Kyoto Univ., 4) Div.of

Tsukuba Advanced Research Alliance, University ofEmbryology, NIBB

Tsukuba 4) Faculty of Life and Environmental Sciences,
University of Tsukuba 5) PRESTO, Japan Science andS6-7 16:36-16:52

Technology Agency

Abnormalplanarspindleorientation

S6-4 15:48-16:04

induces cellular plasticity in Drosophila

Genetic screen in Drosophila muscle

epithelia

identifies

Yu-ichiro Nakajima1, Christopher Seidel2 and Matthew C.

autophagy-mediatedT-tubule

remodeling

Gibson2

Naonobu Fujita1,2, Mitsunori Fukuda1, and Amy Kiger2

1) Frontier Research Institute for Interdisciplinary

1) Tohoku University, 2) University of California, San

Sciences, Tohoku University, 2) Stowers Institute for

Diego

Medical Research, USA

S6-5 16:04-16:20

Break 16:52-17:02

Oocyte polarity establishment and germ
plasm assembly require the endocytic
regulation of the yolk protein receptor

Saturday, Sept. 10th ; 17:02-18:38
Oral Session 7

Yolkless

Chair: Shoichiro Kurata
1,3

1

2

Tsubasa Tanaka , Sachiko Otsu , Naoki Tani , and Akira
Nakamura1,3

S7-1 17:02-17:18

1) Department of Germline Development, Institute of

Neuronal processing of harmful stimuli

Molecular Embryology and Genetics (IMEG), 2) Liaison

mediated by dendritic Ca2+ rises andLaboratory Research Promotion Center, IMEG, 3)

specific firing patterns

13

ProgramTadao Usui1, Koun Onodera1, Shin-Ichiro Terada1,

S7-5 18:06-18:22

Daisuke Matsubara1, Masanori Matsuzaki3, Risa

The role of the novel periphery-to-brain

Nishimura1, Akira Murakami2, Naoki Honda4, andsignaling by the CCHa2 peptide in theTadashi Uemura1

coupling of growth to nutritional status

1) Graduate School of Biostudies, Kyoto University, 2)

Hiroko Sano1, Akira Nakamura2, Michael J. Texada3,

Faculty of Science, Kyoto University, 3) National InstituteJames W. Truman3, Hiroshi Ishimoto4, Azusa Kamikouchi4,for Basic Biology, 4) Research and Education Platform

5

for Innovative Research on Dynamic Living Systems

Yamamoto9, Masayasu Kojima1

Based on Multi-Dimensional Quantitative Imaging and1) Kurume University, 2) Kumamoto University, 3) Janelia

Mathematical Modeling, Kyoto University

Research Campus, HHMI 4) Nagoya University, 5), Yutaka Nibu6, Kazuhiko Kume7, Takanori Ida8, Daisuke

PRESTO, 6) Cornell University, 7) Nagoya City University,

S7-2 17:18-17:34

8) University of Miyazaki, 9) Tohoku University

Visualization and manipulation of neuralcircuit activated by courtship behavior in

S7-6 18:22-18:38

the brain of Drosophila melanogaster,

Tissueusing a neural activity marker gene, Hr38

transcriptional

Taketoshi Kiya, Masafumi Iwami

maintenanceKanazawa University

architecture

geometry

triggers
feedbackoftubularapositivefortheepithelial

Takefumi Kondo1, 2, 3 and Shigeo Hayashi3

S7-3 17:34-17:50
Two

receptor

1) Graduate School of Biostudies, Kyoto University, 2)tyrosine

phosphatases

Keihanshin Consortium for Fostering the Next Generation

dictate the depth of final axonal stabilizingof Global Leaders in Research (K-CONNEX), Kyoto

layer in the Drosophila visual system

University, 3) RIKEN Center for Developmental Biology

Satoko Hakeda-Suzuki, Hiroki Takechi and Takashi

Saturday, Sept. 10th ; 19:00-21:00
Reception
Main Dining Hall

Suzuki
Graduate School of Life Science and Technology, Tokyo
Institute of Technology

Sunday, Sept. 11th ; 9:00-10:40
Poster Session 2

S7-4 17:50-18:06
A critical role of insulin-like signaling inmemorymaintenanceandage-related

memory impairment in Drosophila

Even number

Ayako Tonoki, Kento Tanabe, Motoyuki Itoh

Sunday, Sept. 11th ; 10:50-12:10
Oral Session 8

Chiba University

Chair: Akira Nakamura

14

Program

S8-1 10:50-11:06

1) RIKEN, 2) University of Texas Southwestern Medical

Establishment of new model system forCenter, 3) CEDOC, Chronic Diseases Research Centre,

Alzheimer’s disease using Drosophila

4) National Institute of Genetics, 5) UC-Berkeley

Leo Tsuda, Yasutoyo Yamasaki, Young-Mi Lim

S8-5 11:54-12:10

National Center for Geriatrics and Gerontology

Homeostasis of an apical microtubuleS8-2 11:06-11:22
Dietary

restriction

network coupled to basal shifts of polarity
improves

propels cell shortening during epithelial

intestinal

cellular fitness through dMyc to enhancefoldinggut barrier function and lifespan in D.

Yu-Chiun Wang, Michiko Takeda, Mustafa Samimelanogaster

Laboratory for Epithelial Morphogenesis, RIKEN Center

Kazutaka Akagi1,2, Subhash D. Katewa1, Kenneth A.

for Developmental Biology

Wilson1, Mauricio Ortega1, Jesse Simmons1, Subir
Kapuria1, Heinrich Jasper1, Pankaj Kapahi1Sunday, Sept. 11th ; 13:10-13:40
General Meeting (In Japanese)

1) Buck Institute for Research on Aging, 2) National
Center for Geriatrics and Gerontology

Sunday, Sept. 11th ; 13:40-14:40
Session for NBRP

S8-3 11:22-11:38
The molecular basis of distinct responses
to nutrient balances between Drosophila

Sunday, Sept. 11th ; 14:40-15:00
Moriwaki Award Presentation

generalist and specialist species
Yukako Hattori1, Kaori Watanabe1, Yuuki Takahashi1, Yuki
Furumizo1, Hironobu Uchiyama2, Shunsuke Yajima2,
Masayoshi Watada3, Tadashi Uemura1
1) Graduate School of Biostudies, Kyoto University, 2)
NODAI Genome Research Center, Tokyo University ofAgriculture,3)

Graduate

Schoolof

ScienceandEngineering, Ehime University

S8-4 11:38-11:54
An evolutionarily ancient role for Plexins
during epithelial repair in Drosophila andzebrafish
Sa Kan Yoo1, Heath G. Pascoe2, Telmo Pereira3, Shu
Kondo4,

Antonio

Jacinto3,

Xuewu

Zhang2,

Iswar

Hariharan515

Program

Poster Session

regulators of cell-cell signaling

P-1

Moe Wada, Tomoko Tanaka, Yuka Doi, Hiroyuki O.

Context-dependent functions of Pecanex

Ishikawa

in Notch and other signaling pathways

Chiba University

Tomoko Yamakawa, Puspa Das, Izumi Morita, Kenji
MatsunoP-6

Osaka University

Dissecting

themechanism

of

tumor

progression triggered by polyploid giantP-2

cells in Drosophila

Transcriptome analysis to identify genes

Bojie Cong, Shizue Ohsawa, Tatsushi Igaki

responding

Laboratory of Genetics, Kyoto University Graduate

tomechanical

force

in

Drosophila embryos
Ishibashi1,

TomokiSchool of Biostudies

Katsushi

Yamaguchi2,

Shuji

Shigenobu2, Yuya Takahashi3, Kenta Shinha3, Hiroshi

P-7

Kimura3, Kenji Matsuno1

Rab6 is required for multiple apical

1) Osaka University, 2) National Institute for Basic Biology,transport pathways but not the basolateral3) Tokai University

transport

pathwayinDrosophila

photoreceptors
P-3

Yuri Nakamura1, Nozomi Iwanami1, Takunori Satoh1,

Novel role of Notch signaling via cross-talk

Ziguang Liu2, Akiko K. Satoh1

with Toll signaling in dorsal-ventral axis

1) Division of Life Science, Graduate School of Integral

formation

Arts and Science, Hiroshima University, 2) Institute of

Satoshi

Kuwana1,

TakumaGushiken1,

Kenjiroo

Animal Husbandry, Heilongjiang Academy of Agricultural

Matsumoto1, Martin Baron2, Kenji Matsuno1

Sciences, China

1) Department of Biological Sciences, Osaka University,

P-82) University of Manchester, Faculty of Life Sciences

The mechanism of the domain formation
P-4

within apical membrane in Drosophila

Dynamics of subcellular localization ofphotoreceptors

Four-jointed in imaginal disc development

Sakiko Ogi1, Takunori Satoh1, Atsushi Matsuda2 Jiguang

Hodaka Shiraishi, Yoko Kubo, Yoko Keira, Hiroyuki O.

Liu1, Akiko K. Satoh1

Ishikawa

1) Hiroshima University, 2) Osaka University

Chiba University

P-9
P-5
An

A Link between Mechanical Control ofoverexpression

screenidentifies

Tissue Growth and Cell Competition

16

Program

Daiki Umetsu, Erina Kuranaga

Olympus Corporation

Laboratory for Histogenetic Dynamics, Graduate School

P-14

of Life Sciences, Tohoku University

Mechanotransduction

mechanisms

in

P-10

compensatory cellular hypertrophy

Toward Quantitative Analysis of Cell-

Kenta Morimoto1,3, Emiko Suzuki1, Wu-Min Deng2,

autonomous Polarization in Asymmetric

Yoichiro Tamori1

Cell Division by Reconstruction Approach

1) National Institute of Genetics, 2) Florida state University,in S2 cells

3) Keio University

Kalyn

Kawamoto1,2,

Shigeki

Yoshiura1,

Fumio

P-15

Matsuzaki1,2
1)

Laboratory

for

Cell

Asymmetry,

CenterFunctional Analysis of Apontic duringfor

Developmental Biology, RIKEN, 2) Graduate School of

Drosophila endocycle

Biostudies, Kyoto University

Xian-Feng Wang1, Qing-Xin Liu2, Emiko, Suzuki1,
Susumu Hirose1

P-111) National Institute of Genetics, 2) Shandong Agricultural

Invagination in polar coordinate system:

University, Chinarole of radially propagating EGFR-ERK
signaling for the invagination of disc-P-16

shaped tracheal placode

Localization of PIG-B involved in GPIYosuke Ogura, Mustafa Sami, Shigeo Hayashi

anchor synthesis in DrosophilaCenter for Developmental Biology, RIKEN

Miki Yamamoto-Hino, Eri Katsumata, Satoshi Goto
Rikkyo University

P-12
Useful ImageJ plug-ins for biologicalP-17

image analysis

The progression of the first mitosis andHousei Wada, Shigeo Hayashi

diploidization in parthenogenetic embryos

RIKEN Center for Developmental Biology

of Drosophila ananassae
Kazuyuki Hirai1, Haruka Suzuki23, Yohei Minakuchi4,

P-13

Atsushi Toyoda4, Muneo Matsuda1

Divergence of structural strategies for E-

1) Kyorin University School of Medicine, 2) International

cadherin

Christian University, 3) University of Tsukuba, 4) National

homophilicbindingamongbilaterians

Institute of Genetics

Shigetaka Nishiguchi1, 2, 3, Akira Yagi3, Nobuaki Sakai3,
Hiroki Oda1, 2

P-18

1) JT Biohistory Research Hall, 2) Osaka University, 3)

Scaling17

ofcriticalweightforProgram

metamorphosis in the genus Drosophila

embryonic roles of maternal factors with

Ken-ichi Hironaka1,2, Koichi Fujimoto1, Takashi Nishimura2

essential functions in oogenesis

1) Osaka University, 2) RIKEN CDB

Akira Nakamura1,2,3,

Takashi Yoshitani1,31) Department of Germline Development, Institute of

P-19

Molecular Embryology and Genetics, 2) Graduate School

Investigating the mechanism of crowding-of Pharmaceutical Sciences, 3) School of Pharmacy,

induced cell elimination

Kumamoto University

Yuya Fujisawa1, Takahiro Chihara1,2 and Masayuki
Miura1,3

P-231) Department of Genetics, The University of Tokyo, 2)

eye missing (eym) is a new allele of eye

Hiroshima University, 3) CREST-AMED, JSTgone (eyg) necessary for Drosophila eye
development

P-20

Hiroki Yamada1, Nao Niimi1, Yasuko Kato1,2, Masanobu

Establishing a system for investigating

Itoh1,2

cellular reprogramming process during

1) Dep. of Applied Biol., 2) CAIRP, Kyoto Inst. Tech

discregenerationin

Drosophilamelanogaster

P-24

Mandi Zhou1, Tomonori Katsuyama1,2, and Masayuki

polished rice is essential for tip cell

Miura1,2

specification and tubular fusion of tracheal

1)

Department

of

Genetics,

Graduateschooldorsal branchof

Pharmaceutical Sciences, University of Tokyo, 2) AMED-

Yuki Taira1, Housei Wada2, Shigeo Hayashi2, Yuji

CREST, AMED

Kageyama1
1) Kobe University 2) RIKEN Center for Developmental

P-21
An

Biologyoogenenic

stage-specificRNAiscreening for novel maternal-effect genes

P-25

regulating germ cell development in the

Screening for modifier genes of polished

Drosophila embryo

rice gain-of-function phenotypes：Results

Keisuke Aimi1,2, Kazuko Hanyu-Nakamura1, and Akira

of second and third chromosomes

Nakamura1,2

Yuya Yamabe1, Yuki Hamada1, Kosuke Akino1, Yuki

1) Department of Germline Development, Institute of

Yoshida1, Sachi Inagaki2, Yuji Kageyama1, 2

Molecular Embryology and Genetics, 2) Graduate School

1) Department of Biology, Graduate School of Science,of Pharmaceutical Sciences, Kumamoto University

Kobe University, 2) Biosignal Research Center, Kobe
University

P-22
A novel genetic strategy to investigate

18

Program

gland in Drosophila melanogaster

P-26
Degradation

mechanismofaEisuke Imura1, Yuko Shimada-Niwa2, Ryusuke Niwa3,4transcriptional repressor dBlimp-1, which

1) Graduate School of Life and Environmental Sciences,

regulates pupation timing

University of Tsukuba, 2) Life Science Center of Tsukuba

Hamdy Aly1, Hiroaki Kitano2, Hitoshi Ueda1, 2Advanced Research Alliance, University of Tsukuba, 3)

1) The Graduated School of Natural Science andFaculty of Life and Environmental Sciences, University ofTechnology, Okayama University, 2) Department of

Tsukuba, 4) PRESTO, Japan Science and Technology

Biology, Faculty of Science, Okayama University

AgencyP-27

P-31

Expression

patternandfunctionofFunctional analysis of a transmembranetranscriptional repressor Blimp-1 at late

protein gene regulating the timing oflarval period

steroid

Haruka Nishida1, Abdel-Rahman Sultan1, Hitoshi Ueda12

Drosophila melanogaster1) The Graduated School of Natural Science andRena Matsuoka1, Yuko Shimada-Niwa2, Ryusuke Niwa3,4Technology, Okayama University, 2) Department of1) Graduate School of Life and Environmental Sciences,

Biology, Faculty of Science, Okayama University

University of Tsukuba ; 2) Life Science Center of Tsukuba

hormonebiosynthesis

inAdvanced Research Alliance, University of Tsukuba; 3)

P-28
The

Faculty of Life and Environmental Sciences, University of

Hippo-mediatedrobustness

morphogenetic

Tsukuba; 4) PRESTO, Japan Science and Technology

during Drosophila wing

Agencydevelopment
Yayoi Wada, Shizue Ohsawa, Tatsushi Igaki,

P-32

Laboratory of Genetics, Graduate School of Biostudies,

The effect of the parasitic wasp Asobara

Kyoto University

japonica on the development of its host,the fruit fly Drosophila melanogaster

P-29

Hitomi Takemata1, Ruriko Fukuda2, Yuko Shimada-Niwa3,

Genetic analysis of programmed cell

Ryusuke Niwa4

senescence in Drosophila

1) Graduate School of Life and Environmental Science,

Yiran Zang, Masanari Yoshimoto, Tatsushi Igaki

University of Tsukuba, 2) College of Biological Science,

Laboratory of Genetics, Graduate School of Biostudies,

University of Tsukuba, 3) Life Science Center of Tsukuba

Kyoto University

Advanced Research Alliance, University of Tsukuba, 4)
Faculty of Life and Environmental Sciences, University of

P-30

Tsukuba

Identification and characterization of novel
neurons projecting to the prothoracic

19

Program

Trichohepatoenteric Syndrome

P-33
Mathematicalmodeling

andgenetic

Kohei Ohnuma1, Yukiko Sato-Miyata1, Yoshihito Kishita2,

analysis of the proneural wave

Hiromi Nyuzuki2, Masakazu Kohda2, Kei Murayama3,

Makoto Sato1, Tetsuo Yasugi1, Yoshiaki Minami2, Takashi

Akira Ohtake2, Okazaki Yasushi2, Toshiro Aigaki1

Miura3 and Masaharu Nagayama2

1) Department of Biological Sciences, Tokyo Metropolitan

1) Kanazawa University, 2) Hokkaido University, 3)

University, 2) Research Center for Genomic Medicine,

Kyushu University

Saitama Medical University, 3) Chiba Children’s Hospital

P-34

P-38

Study the role of zona pellucida domain

Cross-talk of the hypoxic response and(ZPD) proteins in apical extracellular

insulin signal control fat accumulation

matrix during epithelial morphogenesis

mechanism in drosophila fat bodyand wound healing

Kyosuke Yokozeki, Kota Yokono, Nobuhito Goda

Wei-Chen Chu, Shigeo Hayashi

Department of Life Science and Medical BioScience,

Laboratory for Morphogenetic Signaling, RIKEN Center

Waseda University School of Advanced Science andfor Developmental Biology

Engineering

P-35

P-39

Involvement of cytoskeletal actin andScreening of type 2 diabetes candidate

myosin in the corneal protrusion formation

genes in the OLETF rat using Drosophila

of Drosophila melanogaster

Hiroyuki Kose 1, Tomone Hayashi 1, Takahisa Yamada 2

Ryunosuke Minami1, Chiaki Sato1, Yumi Yamahama2,

1) International Christian University, 2) Niigata University

Hideo Kubo3, Takahiko Hariyama2, Ken-ichi Kimura1
1) Lab. Biol., Hokkaido University of Education, Sapporo

P-40

Campus, 2)Dept. Biol., Hamamatsu University School ofAnalysis of genes which can suppress

Medicine, 3) Dept. Math., Hokkaido University

anti-bacterial gene promoter
Yoshimasa Yagi

P-36

Nagoya University

Analysis of the in vivo function of GW182
in Drosophila melanogaster

P-41

Eriko Matsuura, Yukihide Tomari

E3 ubiquitin ligase Sherpa mediates Toll

The University of Tokyo

innate immune signaling in Drosophila
Takayuki Kuraishi1,2,3, Kanoh Hirotaka1,4, Li-Li Tong1,

P-37

Shoichiro Kurata1

A Novel Function of dSki3 / a Drosophila

1) Division of Molecular Genetics, Graduate School ofhomologue

Pharmaceutical

TTC37

relatedto20

Sciences,

TohokuUniversity,2)

Program

Precursory

Researchfor

Embryonic

ScienceP-46

andTechnology (PRESTO), Japan Science and Technology

A genetic approach for the understanding

Agency, 3) Graduate School of Medical Sciences,of the brain environment that regulates the

Kanazawa University, 4) Division of Glycopathology,

plasticity of neural stem cells

Institute of Molecular Bio- membrane and Glycobiology,

Hiroshi Kanda, Rieko Shimamura, Taro Yamaguchi,

Tohoku Pharmaceutical University

Michiko Koizumi -Kitajima, Hideyuki Okano
Department of Physiology, Keio University School of

P-42

Medicine

Screening of glycosyltransferase involved
in innate immunity in Drosophila

P-47

Sawako Kase, Miki Yamamoto-Hino, Satoshi Goto

Lobe-less

Rikkyo University

establishment

RNA

is

of

necessaryneuralfor

circuitsin

Drosophila mushroom body
P-43

Miyuki Nakano1, Sachi Inagaki2, Natsuki Nakamura1 andMapping dopamine receptor expression in

Yuji Kageyama1,2

the fly brain

1) Department of Biology, Graduate School of Science,

Yasuhito Imanishi1, Nobuhiro Yamagata1, Ayako Abe1,

Kobe University, 2) Biosignal Research Center, Kobe

Shu Kondo2, Hiromu Tanimoto1

University

1) Tohoku University, 2) National Institute of Genetics

P-48
P-44

Signaling

Replacement of the glial architecture in

required for dead neural cell clearance inDrosophila

centralbrain

pathway

and

glial

subtypethe developing Drosophila optic lobe

duringmetamorphosis

Ryosuke Nakano1,2, Masashi Iwamura1, Akiko Obikawa1,2,

Takeshi Awasaki, Yuko Umeki, Masami Tomura, Kentaro

Atsushi Terauchi1, Yu Togane1, Yusuke Hara1, Toshiyuki

Kato

Fukuhara1,

Kyorin University School of Medecine

Shimizu2, Hidenobu Tsujimura1

Masatoshi

Tomaru2,

Toshiyuki

Takano-1) Tokyo University of Agriculture and Technology, 2)

P-45

Kyoto Institute of Technology

Novel Functional of a set of fourth orderolfactory neurons involved in aversive

P-49

memory in Drosophila

Effect of inhibition of synaptic delivery of

Yutaro Ueoka1,2, Makoto Hiroi2, Takashi Abe2, Tetsuya

APP by loss-of-function of yata for the

Tabata2

Drosophila Alzheimer's disease model

1) Graduate School of Science, The University of Tokyo,

Koto Furotani1, Takaaki Yajima1, Motoharu Toyokawa1,

2) IMCB, The University of Tokyo

Minoru Nakayama1, Takuya Tamura2, Hitoshi Okazawa2,

21

Program

Masaki Sone1

dispersing factor gene in Drosophila clock

1) Faculty of Science, Toho University, 2) Medical

neurons

Research Institute, Tokyo Medical and Dental University

Akira Iguchi1, Outa Uryu2, Ryusuke Niwa2,31) Graduate School of Life and Environmental Sciences,

P-50

University

RegulationofAcetylcholine

receptorof

Tsukuba,2)

Faculty

of

Life

and

Environmental Sciences, University of Tsukuba, 3)clustering by synaptic cleft protein Hig and

PRESTO, JST

the receptor subunits
Minoru Nakayama1,3, Osamu Nishimura2, Shigehiro

P-54

Kuraku2, Masaki Sone1, Chihiro Hama3

A Screen and Functional Analysis of

1) Toho University, 2) RIKEN CDB, 3) Kyoto Sangyo

Neuropeptides Involved in Nociception in

University

Drosophila melanogaster
Akiho Kashiwabara1, Shu Kondo2, Karen S. Sanford3,

P-51

Katsuo Furukubo-Tokunaga4 and Ken Honjo4

A developmental stage-specific regulatory

1) Graduate School of Life and Environmental Sciences,mechanism of synaptic transport of the

University

Drosophila Hikaru genki protein

Laboratory, National Institute of Genetics, 3) College ofMayu Ota1, Dennis Kruk1, Thomas Sénard1, Akihiro

Biological Sciences, University of Tsukuba, 4) Faculty of

Suzuki1,

Life and Environmental Sciences, University of Tsukuba

Minoru Nakayama1, Chihiro Hama2,

Masakiof

Tsukuba,2)

Invertebrate

Genetics

Sone 1
1) Faculty of Science, Toho University, 2) Faculty of Life

P-55

Sciences, Kyoto Sangyo University

The genes required for the synaptic
remodeling

in

the

Drosophila

visualP-52

systemComparative studies of the nocifensive

Tomohiro Araki1, Hinata Kawamura1, Mai Shimozono1,

behaviors of Drosophila species and theAtsushi Sugie2, Satoko Hakeda-Suzuki1, Takashi Suzuki1

firing properties of the somatosensory

1) Dept. of Life Science and Technology, Tokyo Instituteneuronsof Technology, 2) Dept. of Neuroscience of Disease,

Risa Nishimura1, Koun Onodera1, Akira Murakami2,

Center for Transdisciplinary Research, Niigata University

Tadashi Uemura1 and Tadao Usui1
1) Graduate School of Biostudies, Kyoto University, 2)

P-56

Faculty of Science, Kyoto University

Elucidating

molecular

mechanismofsynaptic plasticity in living fruit fly using
membrane potential proteins

P-53
Identificationofrequired

expression

for

the

enhancerofregionDragomirka Jovic1, Takahisa Suzuki2, Hinata Kawamura2,
Atsushi Sugie3,

pigment-

22

Takashi Suzuki2

Program1) Education Academy of Computational Life Sciences,

Graduate School of Life Science and Technology, Tokyo

Tokyo Institute of Technology, 2) Graduate School of Life

Institute of Technology

Science and Technology, Tokyo Institute of Technology, 3)
Dept.

of

Neuroscienceof

Disease,CenterP-61

forRoles of Dscam family cell adhesion

Transdisciplinary Research, Niigata University

molecules

inthedevelopment

P-57

Drosophila medulla

The source of Wg that is secreted in

Chuyan Liu, Olena Trush, Makoto Sato

activity-dependent synaptic plasticity

Grad. School of Med. Sciences., Kanazawa UniversityofHinata Kawamura1, Atsushi Sugie2, Satoko HakedaSuzuki1, Takashi Suzuki1

P-621) Graduate School of Life Science and Technology,

Roles of N-cadherin in the Drosophila

Tokyo Institute of Technology, 2) Dept. of Neuroscience of

medulla formation

Disease, Center for Transdisciplinary Research, Niigata

Olena Trush, Chuyan Liu , Makoto Sato

University

Grad. School of Med. Sciences., Kanazawa University

P-58

P-63

Alteration in synaptic connection patterns

Integration of auditory and visual signals

in-vivo for different natural stimulations

in Drosophila melanogaster

Sathiyananthavel Mayuri, Takashi Suzuki

Mori Yoshida, Hiroshi Ishimoto, Yuki Ishikawa, Azusa

Graduate School of Life Science and Technology, Tokyo

Kamikouchi

Institute of Technology

Graduate School of Science, Nagoya University

P-59

P-64

The transplantation of the retinal precursor

Neuralcells into the adult Drosophila retina

pheromone preference in Drosophila

Takahisa Suzuki, Takashi Suzuki

Yuki Ishikawa1, Naoki Maeda1, Azusa Kamikouchi1,

Graduate School of Life Science and Technology, Tokyo

Daisuke Yamamoto2

Institute of Technology

1) Nagoya University, 2) Tohoku University

P-60

P-65

The transmembrane protein Golden goal

Hunger-state

recognizes the correct column at the

courtship memory via peptide hormone

medulla neuropil border during R8 axons

NPF

targeting

Hiroshi Ishimoto, Yusuke Makino, Chiaki Iida* and Azusa

Hiroki Takechi, Satoko Hakeda-Suzuki, Takashi Suzuki

Kamikouchi.

23

basis

for

species-specificmodulates

stabilityofProgram

Division of Biological Science, Graduate School of

Ken-ichi Kimura1, Chiaki Sato1, Daisuke Yamamoto2

Science, Nagoya University

1) Laboratory of Biology, Sapporo Campus, Hokkaido*Current affiliation: Graduate School of Biostudies, Kyoto

University of Education, 2) Graduate School of Life

University

Sciences, Touhoku University

P-66

P-71

Heterogeneityofantennal

Organization of Neuronal Subgroups in themechanosensory neurons that respond to

Scolopidia of Johnston’s Organ

high-frequency sound in fruit flies

Akari Ura, Junlin Wong, Yuki Ishikawa, Azusa Kamikouchi

Azusa Kamikouchi, Natsuki Okamoto, Mizuki Nakamura,

Nagoya University, School of ScienceHyunsoo Kim, Yuki Ishikawa

P-72

Graduate School of Science, Nagoya University

Dissecting taste sensation of ATP in
Drosophila and mosquitoes

P-67
Neuralbasis

ofspecies-specificChisako Sakuma, Hirotaka Kanuka

pheromone response in Drosophila

Department of Tropical Medicine, Center for Medical

Naoki Maeda, Azusa Kamikouchi, Yuki Ishikawa

Entomology, The Jikei University School of Medicine

Graduate School of Science, Nagoya University

P-73
P-68

Diurnal changing in feeding amount of

Plasticity in the auditory behavior of fruit

amino acids in Drosophila melanogaster

flies

Taichi Q Itoh1, Shun Uchizono1, Yumi Tabuki2, Natsumi

Nao Morimoto1,2, Azusa Kamikouchi1

Kawaguchi1, Teiichi Tanimura1

1) Graduate School of Science, 2) Institute for Advanced

1) Kyushu University, 2) Tobata High-school

Research, Nagoya University

P-74
P-69

Fat body methionine metabolism remotely

Response properties of local interneurons

affectsin the fly auditory system

in Drosophila imaginal disc

Daichi Yamada, Tsunehiko Kohashi, Yuki Ishikawa,

Soshiro Kashio1, Fumiaki Obata1, 2, Liu Zhang1, 3,

Hiroshi Ishimoto, Azusa Kamikouchi

Tomonori Katsuyama1,

Graduate School of Science, Nagoya University

Masayuki Miura1, 4

regenerative

4

response, Takahiro Chihara1,

5

, and

1) Univ. Tokyo, 2) The Francis Crick Institute, 3) Univ.

P-70

Toronto, 4) AMED-CREST, JST, 5) Univ. Hiroshima

Dopaminergic neurons in the VNC regulate
reproductive posture of Drosophila24

Program

Drosophila larval development

P-75
Genetic

screening

mediators

foroftissuethesecretory

regeneration

Yuuki Takahashi 1, Yukako Hattori 1, Akihiro Mori 3, 4, Kaoriin

Watanabe 1, Kanji Furuya 2, Tadashi Uemura 1

Drosophila

1) Graduate School of Biostudies, Kyoto University, 2)

Yasufumi Takada1, Soshiro Kashio1, Fumiaki Obata1, 2,

Radiation Biology Center, Kyoto University, 3) RIKEN

Takahiro Chihara1, 3, and Masayuki Miura1, 4Quantitative Biology Center (QBiC), 4) Systems Biology

1) Univ. Tokyo, 2) The Francis Crick Institute, 3) Univ.

Institute (SBI)

Hiroshima, 4) AMED-CREST, JST

P-80
P-76

Deciphering distinct dietary responses

Investigating the functionality of guarana

governing

using Drosophila

species

Felipe Rogalski1, Maria Fernanda Cattani2, Yukiko Sato-approaches

Miyata2, Toshiro Aigaki1

Kaori Watanabe1, Yukako Hattori1, Yuki Furumizo1, Yuuki

1) Tokyo Metropolitan University, 2) Federal University of

Takahashi1, Hironobu Uchiyama2, Shunsuke Yajima2,

Santa Maria

Masayoshi Watada3, Tadashi Uemura1

growthbyamong

Drosophila

comparative

multi-omics

1) Graduate School of Biostudies, Kyoto University, 2)

P-77

NODAI Genome Research Center, Tokyo University of

Succinyl CoA synthetase α subunit isAgriculture,required for optimum development inEngineering, Ehime University

3)

Graduate

Schoolof

ScienceandDrosophila
Xiuming Quan1, Yukiko Sato1, Manabu Tsuda2, Toshiro

P-81

Aigaki1

Discovery of chemical inhibitors for the

1)

Tokyo

Metropolitan

University,2)

insect steroidogenic enzyme Noppera-bo

Kanagawa

Kazue Inaba1, Kana Morohashi1, Kotaro Koiwai2, Sora

Prefectural University

Enya1, Hirotatsu Kojima3, Takayoshi Okabe3, Tetsuo

P-78

Nagano3, Hideshi Inoue4, Yuuta Fujikawa4, Fumiaki

Binucleation of male accessory gland cells

Yumoto2, Toshiya Senda2, Ryusuke Niwa5,6

elevates

1) Graduate School of Life and Environmental Sciences,

reproductive

capacityinDrosophila

University of Tsukuba, 2) Structural biology research

Kiichiro Taniguchi, Takashi Adachi-Yamada

center, IMSS, KEK, 3) OCDD, University of Tokyo, 4)

Gakushuin University

Tokyo University of Pharmacy and Life sciences, 5)
Faculty of Life and Environmental Sciences, University of

P-79

Tsukuba, 6) PRESTO, JST

An unbiased approach to understanding
the nutrient basis of budding yeast driving

25

Program

P-82

Yoko Keira3, Hiroyuki O. Ishikawa3

Ehime-fly Provides Reliable Stocks of Wild

1) University of Tsukuba, 2) Kyorin University, 3) Chiba

Type of 135 Species for Japanese andUniversity

World Drosophila Researchers
Masayoshi Watada

P-87

Graduate School of Science and Engineering, Ehime

Inheritance

University

receptivity in Drosophila prolongata

patternoffemalematingYurika Hitoshi, Yukio Ishikawa, Takashi Matsuo

P-83

The University of Tokyo

The investigation of the physiological
function of the Oxytocin-like peptide in

P-88

social insects, ants

piggyBac and phiC31 mediated genetic

Naoto Motoyama, Hiroki Tahara, Masayuki Miura, Akiko

transformation of Drosophila prolongata

Koto

Ayumi Kudo1, Takeshi Awasaki2, Yukio Ishikawa1, Takashi

Department

of

Genetics,

Graduate

SchoolMatsuo1ofPharmaceutical Sciences, The University of Tokyo

1) The University of Tokyo, 2) Kyorin University

P-84

P-89

Genetic bases of the association between

Social context-dependent modification ofbody color variation and environmental

courtship

stressprolongata

tolerancesin

Drosophila

behavior

in

DrosophilamelanogasterTakashi Matsuo1, Shiori Setoguchi1, Ayumi Kudo1,

Noriyoshi Akiyama, Ryutaro Miyagi, Aya Takahash

Takuma Takanashi2, Yukio Ishikawa1

Tokyo Metropolitan University

1) The University of Tokyo, 2) Forestry and Forest
Products Research InstituteP-85
The genetic basis of rapid morphological

P-90

diversification of male genitalia

The expression analysis of the Oxytocin-

Kentaro Tanaka, Aya Takahashi

like peptide, inotocin in ants

Tokyo Metropolitan University

Akiko Koto1, Naoto Motoyama1, Hiroki Tahara1, Masayuki
Miura1 and Laurent Keller2

P-86
Interaction1) Dept. Genetics, Grad. Sch. Pharm. Sci., The Univ.

among

nucleoporins

andTokyo, 2) Dept. Ecology and Evolution, Univ. Lausannereproductive isolation in Drosophila
Kyoichi Sawamura1, Zhuo Wang1, Kohei Miura1, Takaaki

P-91

Hayashi1, Kazuyuki Hirai2, Takeshi Awasaki2, Moe Wada3,

National BioResource Project “Drosophila”

26

Program

Ryu Ueda1, Toshiyuki Takano2, Masayoshi Watada3,
Takeshi Awasaki4, Ryo Akashi51) National Institute of Genetics, 2) Kyoto Institute ofTechnology, 3) Ehime University, 4) Kyorin University, 5)
University of Miyazaki

P-92
Consequences of Abruptex Mutations on
Notch trafficking and signal regulation
Giulia Monticone, Hideyuki Shimizu, Marian Wilkin, Martin
Baron
School of Biology, University of Manchester27