18th SCEJ Students Meeting in Fukuoka (2016): Hall program

Hall program

Hall N

Most recent update: 2016-02-09 10:02:58


Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
N²ñ¾ì(¸áÁ°)
(9:30–10:45) (Chair: No data )
9:30– 9:45	N03	Heparin crosslinked collagen as a brain-specific ECM-modelized substratum for neural cell culture (Kyushu U.) *Ikegami Y., Nagai T., Harada Y., Shirakigawa N., Ijima H.	extracellular matrix heparin neural cell	7-a	35
9:45– 10:00	N04	Investigation of cell seeding method for transplantable recellularized liver (KyushuU.) *Iga H., Sakamoto H., Cho J., Shirakigawa N., (Kyushu U.) ¥¤¥¸¥Þ H.	recellularization decellularization liver	7-e	44
10:00– 10:15	N05	Hepatocyte culture using a collagen-based material for construction recellularization liver (Kyushu U.) *Niida H., Harada Y., Sakamoto H., Shirakigawa N., Ijima H.	hepatocyte recellularization	7-a	46
10:15– 10:30	N06	The effect of sulfonylurea(SU) in yeast cells. (NIT Ube) *Oue Kazuhiro, (NITUbe) Negoro Munetaka	sulfonylurea Saccharomyces cerevisiae protein	7-a	109
10:30– 10:45	N07	The supplementaion of NAD+ recoverd acetoaminophen toxity in yeast cells. (NIT Ube) *Yamamoto Hiroki, Negoro Munetaka	Acetaminophen NAD Saccharomyces cerevisiae	7-a	110
10:45– 11:00	Break
(11:00–12:15) (Chair: No data )
11:00– 11:15	N09	The influence that raspberry ketone gives to Saccharomyces cerevisiae (NIT UBE) *Awaya Kazuki, Negoro Munetaka	raspberryketone Saccharomyces cerevisiae glucose metabolism	7-a	118
11:15– 11:30	N10	The effect of p-Hydroxyacetophenone on the growth and the metabolism in yeast cells. (NIT Ube) *Kodama Yuki, Negoro Munetaka	p-Hydroxyacetophenone Saccharomyces cerevisiae niacin	7-a	121
11:30– 11:45	N11	Energy transfer efficiency to short-necked clam (Ruditapes philippinarum) from microphytobenthos on a sandy tidal flat in Hiroshima Bay (Graduate School of Sci. and Eng., Hiroshima U.) *miyagwa haruka, (Environmental Res. and Management Center, Hiroshima U.) umehara akira, (Department of Technological Systems, Osaka Pref. U. Col. Tech.) otani sosuke, (Graduate School of Sci. and Eng., Hiroshima U.) nakai satoshi, (Environmental Res. and Management Center, Hiroshima U.) okuda tetsuji, nisijima wataru	Primary production Stable isotopes Energy flow	7-g	136
11:45– 12:00	N12	Development of sulubilized matrix derived from decellilarized porcine liver as a substratum for transplantation (KyushuU.) *Kimura H., Nisimura S., Shirakigawa N., Ijima H.	hepatocyte extracellular matrix porcine	7-e	42
12:00– 12:15	N13	Heparin-immobilized agarose-gelatin sponge for tissue-engineered blood vessel (Kyushu U.) *Moriyasu H., Gau H., Tokuyama K., Shirakigawa N., Ijima H.	tissue-engineering blood vessel agarose-gelatin sponge	7-e	75
12:15– 13:15	Lunch break
N²ñ¾ì(¸á¸å)
(13:15–14:30) (Chair: No data )
13:15– 13:30	N18	Purification of water with Photocatalyst (Tochiku High School) *Sugimoto Akari, Ikeda Shunto	Photocatalyst Purification Water	13-a	151
13:30– 13:45	N19	Lipid production by cultivation of Labyrinthula using excess sludge (Hiroshima U., Fac. Eng.) *Maeda Yuya, (Hiroshima U., Environ. Res. Manage.) Nishijima Wataru, (Hiroshima U., Grad. School Eng.) Nakai Satoshi, (Hiroshima U., Environ. Res. Manage.) Okuda Tetsuji	Aurantiochytrium sp. Sludge Solubilization Lipid production	13-b	113
13:45– 14:00	N20	Reduction of excess sludge production using ultrafine bubbles of ozone. (Hiroshima U., Fac. Eng.) *kubota narumi, (Enviromental Res. and Management Center) hashimoto kurumi, okuda tetuji, (Hiroshima U., Grad. School Eng.) nakai satoshi, (NEXCO west japan) motoshige hiroshi, (Enviromental Res. and Management Center) nishijima wataru	excess sludge production ozonation ultrafine bubble	13-b	124
14:00– 14:15	N21	Biofilm control on the RO membrane with the hypochlorous acid (Hiroshima U.) *Nishimoto S., (Environmental Res. and Management Center, Hiroshima U.) Nishijima W., (Hiroshima U. Grad. School) Nakai S., (Environmental Res. and Management Center, Hiroshima U.) Okuda T., Ohno M.	RO membrane sodium hypochlorite bio film	13-b	141
14:15– 14:30	N22	The removal for highly concentrated of ammonia and hydrogen peroxide in industrial wastewater by the subcritical hydrothermal reaction (NIT or Nippon Inst. Tech. or NITechUC) *Maeda M., Tokunaga D., Yamasaki H., Negoro M., (NIT or Nippon Inst. Tech. or NITechAC) Miyakoshi A., (Yamaguchi D.) Fukunaga K.	Subcritical hydrothermal reaction Ammonia and hydrogen peroxide removal Non-noble metal catalysis	13-b	17
14:30– 14:45	Break
(14:45–16:00) (Chair: No data )
14:45– 15:00	N24	Synthesis and evaluation of porus materials from by-product discharged in Al regeneration process (Kansai U.) *Minamikawa Taiki, Yasuda Keita, Murayama Norihiro, Shibata Junji, Hayashi Junichi	AlPO4-n Adsorption Aluminum Dross	13-e	2
15:00– 15:15	N25	As adsorption from dilute solution using Mg-Al-Fe complex oxides (Kansai U.) *Takeyama Chiharu, Yoshida Sho, Murayama Norihiro, Shibata Junji	Metal complex oxides As adsorption Dilute solution	13-b	3
15:15– 15:30	N26	Isolation and characteristics of aniline degradation bacteria (NIT Wakayama) *Kusui Keigo, Yonemtisu Hiroshi	aniline degradation bacteria	13-b	99
15:30– 15:45	N27	Degradation of formaldehyde by recombinant Escherichia coli (NIT Wakayama) *Seta Hiroyuki, Yonemtisu Hiroshi, Kishimoto Noboru, Okuno Yoshiharu	Formaldehyde degradation recombinant Eschericha coli	13-b	100
15:45– 16:00	N28	Noble metal recovery using a heteropolyoxometalate-based hybrid catalyst (Faculty of Eng., Kumamoto U.) *Sadowara Kouki, (Graduate School of Sci. and Tech., Kumamoto U.) Tsuchibashi Kenta, Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya	Hybrid catalyst Stirring Thiol	13-b	82

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

N²ñ¾ì(¸áÁ°)

(9:30–10:45) (Chair: No data )

9:30– 9:45

N03

Heparin crosslinked collagen as a brain-specific ECM-modelized substratum for neural cell culture

(Kyushu U.) *Ikegami Y., Nagai T., Harada Y., Shirakigawa N., Ijima H.

extracellular matrix
heparin
neural cell

7-a

9:45– 10:00

N04

Investigation of cell seeding method for transplantable recellularized liver

(KyushuU.) *Iga H., Sakamoto H., Cho J., Shirakigawa N., (Kyushu U.) ¥¤¥¸¥Þ H.

recellularization
decellularization
liver

7-e

10:00– 10:15

N05

Hepatocyte culture using a collagen-based material for construction recellularization liver

(Kyushu U.) *Niida H., Harada Y., Sakamoto H., Shirakigawa N., Ijima H.

hepatocyte
recellularization

7-a

10:15– 10:30

N06

The effect of sulfonylurea(SU) in yeast cells.

(NIT Ube) *Oue Kazuhiro, (NITUbe) Negoro Munetaka

sulfonylurea
Saccharomyces cerevisiae
protein

7-a

109

10:30– 10:45

N07

The supplementaion of NAD+ recoverd acetoaminophen toxity in yeast cells.

(NIT Ube) *Yamamoto Hiroki, Negoro Munetaka

Acetaminophen
NAD
Saccharomyces cerevisiae

7-a

110

10:45– 11:00

Break

(11:00–12:15) (Chair: No data )

11:00– 11:15

N09

The influence that raspberry ketone gives to Saccharomyces cerevisiae

(NIT UBE) *Awaya Kazuki, Negoro Munetaka

raspberryketone
Saccharomyces cerevisiae
glucose metabolism

7-a

118

11:15– 11:30

N10

The effect of p-Hydroxyacetophenone on the growth and the metabolism in yeast cells.

(NIT Ube) *Kodama Yuki, Negoro Munetaka

p-Hydroxyacetophenone
Saccharomyces cerevisiae
niacin

7-a

121

11:30– 11:45

N11

Energy transfer efficiency to short-necked clam (Ruditapes philippinarum) from microphytobenthos on a sandy tidal flat in Hiroshima Bay

(Graduate School of Sci. and Eng., Hiroshima U.) *miyagwa haruka, (Environmental Res. and Management Center, Hiroshima U.) umehara akira, (Department of Technological Systems, Osaka Pref. U. Col. Tech.) otani sosuke, (Graduate School of Sci. and Eng., Hiroshima U.) nakai satoshi, (Environmental Res. and Management Center, Hiroshima U.) okuda tetsuji, nisijima wataru

Primary production
Stable isotopes
Energy flow

7-g

136

11:45– 12:00

N12

Development of sulubilized matrix derived from decellilarized porcine liver as a substratum for transplantation

(KyushuU.) *Kimura H., Nisimura S., Shirakigawa N., Ijima H.

hepatocyte
extracellular matrix
porcine

7-e

12:00– 12:15

N13

Heparin-immobilized agarose-gelatin sponge for tissue-engineered blood vessel

(Kyushu U.) *Moriyasu H., Gau H., Tokuyama K., Shirakigawa N., Ijima H.

tissue-engineering
blood vessel
agarose-gelatin sponge

7-e

12:15– 13:15

Lunch break

N²ñ¾ì(¸á¸å)

(13:15–14:30) (Chair: No data )

13:15– 13:30

N18

Purification of water with Photocatalyst

(Tochiku High School) *Sugimoto Akari, Ikeda Shunto

Photocatalyst
Purification
Water

13-a

151

13:30– 13:45

N19

Lipid production by cultivation of Labyrinthula using excess sludge

(Hiroshima U., Fac. Eng.) *Maeda Yuya, (Hiroshima U., Environ. Res. Manage.) Nishijima Wataru, (Hiroshima U., Grad. School Eng.) Nakai Satoshi, (Hiroshima U., Environ. Res. Manage.) Okuda Tetsuji

Aurantiochytrium sp.
Sludge Solubilization
Lipid production

13-b

113

13:45– 14:00

N20

Reduction of excess sludge production using ultrafine bubbles of ozone.

(Hiroshima U., Fac. Eng.) *kubota narumi, (Enviromental Res. and Management Center) hashimoto kurumi, okuda tetuji, (Hiroshima U., Grad. School Eng.) nakai satoshi, (NEXCO west japan) motoshige hiroshi, (Enviromental Res. and Management Center) nishijima wataru

excess sludge production
ozonation
ultrafine bubble

13-b

124

14:00– 14:15

N21

Biofilm control on the RO membrane with the hypochlorous acid

(Hiroshima U.) *Nishimoto S., (Environmental Res. and Management Center, Hiroshima U.) Nishijima W., (Hiroshima U. Grad. School) Nakai S., (Environmental Res. and Management Center, Hiroshima U.) Okuda T., Ohno M.

RO membrane
sodium hypochlorite
bio film

13-b

141

14:15– 14:30

N22

The removal for highly concentrated of ammonia and hydrogen peroxide in industrial wastewater by the subcritical hydrothermal reaction

(NIT or Nippon Inst. Tech. or NITechUC) *Maeda M., Tokunaga D., Yamasaki H., Negoro M., (NIT or Nippon Inst. Tech. or NITechAC) Miyakoshi A., (Yamaguchi D.) Fukunaga K.

Subcritical hydrothermal reaction
Ammonia and hydrogen peroxide removal
Non-noble metal catalysis

13-b

14:30– 14:45

Break

(14:45–16:00) (Chair: No data )

14:45– 15:00

N24

Synthesis and evaluation of porus materials from by-product discharged in Al regeneration process

(Kansai U.) *Minamikawa Taiki, Yasuda Keita, Murayama Norihiro, Shibata Junji, Hayashi Junichi

AlPO4-n
Adsorption
Aluminum Dross

13-e

15:00– 15:15

N25

As adsorption from dilute solution using Mg-Al-Fe complex oxides

(Kansai U.) *Takeyama Chiharu, Yoshida Sho, Murayama Norihiro, Shibata Junji

Metal complex oxides
As adsorption
Dilute solution

13-b

15:15– 15:30

N26

Isolation and characteristics of aniline degradation bacteria

(NIT Wakayama) *Kusui Keigo, Yonemtisu Hiroshi

aniline
degradation
bacteria

13-b

15:30– 15:45

N27

Degradation of formaldehyde by recombinant Escherichia coli

(NIT Wakayama) *Seta Hiroyuki, Yonemtisu Hiroshi, Kishimoto Noboru, Okuno Yoshiharu

Formaldehyde
degradation
recombinant Eschericha coli

13-b

100

15:45– 16:00

N28

Noble metal recovery using a heteropolyoxometalate-based hybrid catalyst

(Faculty of Eng., Kumamoto U.) *Sadowara Kouki, (Graduate School of Sci. and Tech., Kumamoto U.) Tsuchibashi Kenta, Quitain Armando, (Inst. Pulsed Power Sci., Kumamoto U.) Sasaki Mitsuru, (Graduate School of Sci. and Tech., Kumamoto U.) Kida Tetsuya

Hybrid catalyst
Stirring
Thiol

13-b

Technical program

18th SCEJ Students Meeting in Fukuoka (2016)

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Most recent update: 2016-02-09 10:02:58
For more information contact Organizing Committee, 18th SCEJ Students Meeting in Fukuoka (2016)
E-mail: inquiry-stu18w

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