The 6th iBioK Asian Workshop“Innovative bioproduction: production of fuels, and bulk & fine chemicals frombiomass”
Date: December 7th-8th, 2015
Place: Centennial Hall, Kobe University

December 7th
9:20Prof. Akihiko Kondo (Kobe University, Japan)
Opening remarks
Chair：Prof. Hong-Wei Yen
9:30Prof. Sunghoon Park (Punsan National University, Korea)“Construction of 3-hydroxypropionic acid pathway using novel inducible promoters”
9:50Prof. Jiang Min (Nanjing Tech University, China)“Metabolic engineering of succinate-producing strains for improved resistance under acidic andosmotic conditions”
10:10- Prof. Zhi Li (National University of Singapore, Singapore)“Engineering of active and recyclable biocatalysts for efficient biotransformation "10:30-Prof. Yu-Kaung Chang (Ming Chi University of Technology, Taiwan)“Nanofiber membrane chromatography: preparation and application to protein separation "10:50

Coffee Break

Chair：Prof. Gyoo Yeol Jung
11:10- Prof. Mitsuo Umetsu (Tohoku University, Japan)“Module library approach for bottom-up chimera/hybrid protein design”
11:30- Assoc. Prof. Chong Zhang (Tsinghua University, China)“Intermediate-sensor assisted push-pull strategy: a technique that improves natural productproduction in microbial cell factories”
11:45- Prof. Hsiang-Yu Wang (National Tsing Hua University, Taiwan)“Microfluidic bioreactor for screening cultivation conditions of microalgae”
12:00

Lunch

Chair：Prof. Zhi Li
13:30- Dr. Ji Liu (National University of Singapore, Singapore)“Discovery of new ene reductase for preparation of chiral aromatic compounds by cascadebiotransformation”
13:45- Senior Assist. Prof. Takashi Osanai (Meiji University, Japan)“Cyanobacterial metabolic engineering by genetic manipulation of transcriptional”
14:00- Prof. Yu-Shen Cheng (National Yunlin University of Science and Technology, Taiwan)“Think outside the cell: the thinkable role of cell wall carbohydrates in the bioporcess development
for microalgal biofuel production”
14:15- Prof. Min-Kyu Oh (Korea University, Korea)“Metabolic engineering of microbial cells for 2,3-butanediol production”
14:30- Assoc. Prof. Guang-Yu Yang (Shanghai Jiao Tong University, China)“Development and optimization of the enzymatic system for synthesis and remodeling ofglycosphingolipids”
14:45-

Poster session, Coffee Break

Chair：Prof . Tomohisa Hasunuma
16:15- Prof. I-Son Ng (National Cheng Kung University, Taiwan)“Enhanced exopolysaccharide production and probiotic activity from Lactobacillus rhamnosus ZY”
16:30- Dr. Shuhei Noda (Riken, Japan)“Metabolic design of a platform Escherichia coli strain producing various chorismate derivatives”
16:45- Dr. Angeline Ong Shufen (Institute of Chemical and Engineering Sciences, A*STAR,Singapore, Singapore)“Efficient production of L-lactic acid from cellubiose by thermophilic Bacillus coagulans”
17:00- Assoc. Prof. Yung-Hun Yang (Konkuk University, Korea)“Production of microbial diamine”

December 8th
Chair：Prof. Jiang Min
9:00Prof. Honwei Yu (Zhejiang University, China)“Construction of lycopene-overproducing Saccharomyces cerevisiae by combining directed
evolution and metabolic engineering”
9:20Prof. Hong-Wei Yen (Tunghai University, Taiwan)“An intergrated system of microalgae cultivaiton combined with yeast fermentation”
9:40Dr. Jin Chuan Wu (Institute of Chemical and Engineering Sciences, A*STAR, Singapore)“Lactic acid from lignocellulose: How far from commercialization?”
10:00- Prof. Hiroshi Takagi (Nara Institute of Science and Technology, Japan)“Stress tolerance of baker’s yeast during bread-making processes "10:20

Coffee Break, Photography

Chair：Assoc. Prof . Chiaki Ogino
10:40- Prof. Jong Moon Park (POSTECH, Korea)“Application of MES(Microbial Electrosynthsis System) to CCU(Carbon Capture and Utilization)”
11:00- Assoc. Prof. Fumio Matsuda (Osaka University, Japan)“Integrated metabolome, proteome, and fluxome analysis of central carbon metabolism in microbial
cell factories”
11:15- Assoc. Prof. Gyoo Yeol Jung (POSTECH, Korea)“Pathway rebalancing for chemical producers by synthetic regulators”
11:30- Prof. Song Yang (Qingdao Agiricultural University, China)“Genomic and metabolomic analysis of the molecular mechanism of 1-butanol tolerance in theadaptive evolution of Methylobacterium extorquens AM1”
11:45- Prof. Akihiko Kondo (Kobe University, Japan)
Closing remarks

December 7thSatish Kumar
Ainala14:45-16:15
Pusan NationalUniversity

2

MukeshSairamPusan NationalUniversity

3

Yun-nam Choi

POSTECH

Xin-Hui XING

Tsinghua University

5Fuqiang Ma

Shanghai Jiao Tong
University

6

Wu Mingke

Nanjing Tech
University

7

Lan-Yu Cui

Tsinghua University

8

Pingping Zhou

Zhejiang University

Jo-Shu Chang

National Cheng Kung
University
China MedicalUniversity

Poster session
149Korea

ChinaTaiwan

10Jui-Jen Chang

11Si-Yu LiNational Chung Hsing
University12

Po-Ting Chen

13

Sheng-ChungYang

14

Chun-Yen
Chen

Southern Taiwan
University of Scienceand Technology
Metal Industry
Research andDevelopment Center
National Cheng Kung
University15 Singapore

Qingxin Li

Institute of Chemicaland Engineering
Sciences, A*STAR,Singapore

Metabolic engineering of Citrobacter
amalonaticus for CO-dependenthydrogen production
Precise control of bacterial gene
expression by bicistronic design ofpromoter region
Activation of pentose phosphatepathway in cyanobacteria to improve
growth and ethanol production
Comparative study on DNA damagelevels by different mutation methodsfor construction of microbial mutation
libraries
Double-color fluorescence-activateddroplet sorting for ultrahigh hroughput
screening of enzyme enantioselectivity
Osmotic-resistance mechanism
analysis and metabolic engineering of
succinic acid production in Escherichia
coli based on regulation of ATP system
Medium design for stable cultivationand high production of mevalonate byrecombinant Methtylobacterium
extorquens AM1
Highly efficient biosynthesis ofastaxanthin in Saccharomyces
cerevisiae by integration and tuning ofalgal crtZ and bkt
High-value products frommicroalgae-based biorefineries
Superior enzyme complex: designer
expression of the cellulosomal genes
for cellulolytic refinerary
The heterologous expression of form I
Rubisco induces the glyoxylate shuntin Escherichia coli
Secretion of Recombinant Chitosanasefor production of chitosan
oligosaccharides
The CO2-Assisted Pressurized-Liquid
Processing for Microalgae Disruption
Outdoor cultivation of Chlorellasorokiniana MB-1 in open-pond
photobioreactors for microalgal lutein
production
Production of D-lactic acid by
combined use of Weissella sp. S26 andBacillus sp. ADS3

16Kickenweiz
ThomasInstitute of Chemicaland EngineeringSciences, A*STAR,Singapore

Integrated expression of key cellulases
in Pichia pastoris

17

Qingxin Li

Institute of Chemicaland Engineering
Sciences, A*STAR,
Singapore

Microbial production of rhamnolipids
from lignocellulose

18 JapanNobuyuki
Okahashi

Osaka University

19

KentoTokuyama

Osaka University

20

Ryosuke
YamadaOsaka PrefectureUniversity

21

HajimeNakatani

Nagoya University

22

Jun Ishii

Kobe University

23

Keiji Nishida

Kobe University

24

Satoshi Wakai

Kobe University

25

Norimasa
Kashiwagi

Kobe University

26

MusashiTakenaka
KentaroInokumaPrihardi Kahar

Kobe University

29

Jyumpei
Kobayashi

Kobe University

30

JaeMin Lee

Kobe University

31

Daisuke Sasaki

Kobe University

32Zenpei
Shimatani

Kobe University

13C-metabolic flux analysis of
IPA-producing E. coli at growth andnon-growth phases
Effect of nutrient starvation on
stationary phase for efficient
3-hydroxypropionic acid production in
Escherichia coli
Global metabolic engineering ofglycolytic pathway via multi-copy
integration in Saccharomyces
cerevisiae
Application of a fibrous trimericautotransporter adhesin fromAcinetobacter sp. Tol 5 to thenanofiber display system
From mannan and lignocellulosic
biomass to biochemicals: cell surface
display and metabolic engineering inyeast Saccharomyces cerevisiae
Pin-point genome editing withoutcleaving DNA
Lactic acid and cellulases production
using Aspergillus cell factories
Engineering of Streptomyces lividans
for the production of heterologous
proteins
Visualization of cellulase displayed onyeast with atomic force microscopy
Development of bioethanol production
from chitinous substrates
Development of Platform Yeast Strain
Capable of Direct Fermentation ofRaw Biomass to Ethanol
Improvement of oxidized glutathione
fermentation by thiol redox
metabolism engineering in
Saccharomyces cerevisiae
Screening cellulase and hemicellulaseof Actinomycetes induced by baggase
Comprehensive Metabolomic Analysis
of Microflora in Stable andDeteriorated Methane Fermentation
New Plant Breeding Techniques:
Application of Target-AID System andHomologous Recombination

27
28

Kobe University
Kobe University

33

Toshihide
MatsunoKobe University

34

Satomi Banno

Kobe University

35

Yuichi Kato

Kobe University

36

Motonori
Kudou

Kobe University

37

Naoko Okai

Kobe University

38

Masahiro
Tominaga

Kobe University

39

Kengo Sasaki

Kobe University

40

Yota Tsuge

Kobe University

41

Chiaki Ogino

Kobe University

42

SatokoNakamura

Kobe University

43

Yuya
Nishimura

Kobe University

44

Tsutomu
TanakaKobe University

45

TakuyaMatsumoto

Kobe University

46

HiroshiTeramura

Kobe University47

Takayuki
ArazoeKobe University

A platform technology for genetic
engineering of the oleaginous yeast
Yarrowia lipolytica
Development of novel genome editing
method for bacteria by basesubstitution
Dynamic metabolomics together withtranscription analysis revealed
salinity-induced starch-to-lipid
biosynthesis switching in alga
Chlamydomonas sp. JSC4
Directed evolution and protein
engineering of alcohol dehydrogenase
for utilization of NADH
Production of protocatechuic acid by
Corynebacterium glutamicum
Liquid-based iterative recombineering
method for the continuous and parallel
operation of genome engineering
Recovery of lignin from rice strawhydrolysate with membrane separation
Production of a UV-absorbing aminoacid by recombinant Corynebacterium
glutamicum
Development and Evaluation of i-CBP
yeast suitable for ionic liquid
pretreated biomass
3-Amino-4-hydroxybenzoic
acidproduction from a sugar mixture of
glucose and xylose by recombinant
Streptomyces lividans
Yeast protein-tag for synthetic
biological approach to overexpress
target proteins
Direct cadaverine production fromcellobiose using β-glucosidase
displaying Escherichia coli
D-lactic acid production fromxylooligosaccharide using xylosidase
displaying Lactobacillus plantarumOrganosolv pretreatment of sorghum
bagasse using a low concentration ofhydrophobic solvents such as 1-butanol
or 1-pentanol
Genome editing in the rice blast
fungus with CRISPR/Cas system