teamkyutech.github.io

BIOMOD2014/TeamKyutech

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. In BIOMOD2014, our team focuses on how to implant a control system to regulate biochemical reactions. More precisely, we propose (i) a design of a reaction scheme that regulates the concentration of a target molecule, and (ii) an innovative method to specify the function of a permeable membrane on a non-permeable one. See the Design and Experiments pages for details.

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BIOMOD2014/TeamKyutech | teamkyutech.github.io Reviews

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Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. In BIOMOD2014, our team focuses on how to implant a control system to regulate biochemical reactions. More precisely, we propose (i) a design of a reaction scheme that regulates the concentration of a target molecule, and (ii) an innovative method to specify the function of a permeable membrane on a non-permeable one. See the Design and Experiments pages for details.

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1 team kyutech

2 molecular governor

3 design

4 experiment

5 team members

6 special thanks

7 supplements

8 address

9 abstract

10 movie

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team kyutech,molecular governor,design,experiment,team members,special thanks,supplements,address,abstract,movie,movie characters,james,marco

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BIOMOD2014/TeamKyutech | teamkyutech.github.io Reviews

https://teamkyutech.github.io

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. In BIOMOD2014, our team focuses on how to implant a control system to regulate biochemical reactions. More precisely, we propose (i) a design of a reaction scheme that regulates the concentration of a target molecule, and (ii) an innovative method to specify the function of a permeable membrane on a non-permeable one. See the Design and Experiments pages for details.

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teamkyutech.github.io

1

BIOMOD2014/TeamKyutech

http://teamkyutech.github.io/index4.html

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. You may consider that it would be difficult to make such a membrane as shown in Fig. 1 even if the design theory is correct. The difficulty comes from the following matters. Permeable membrane that a DNA strand can pass through with desired transmission rate. How to integrate the membrane in an existing system. Fig1 Typical realization of permeable membrane. 32 Materials and Methods. Spectrop...

2

BIOMOD2014/TeamKyutech

http://teamkyutech.github.io/index7.html

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. Supplements : Spin-off study. Application to a mechatronics system learning from the control method for a biochemical reaction system: Is our control method available for a real mechatronics system? In this supplementary section, we shall perform a free investigation with our method! During our project, we were just curious about is our method available for a real mechatronics system?

3

BIOMOD2014/TeamKyutech

http://teamkyutech.github.io/index.html

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. In BIOMOD2014, our team focuses on how to implant a control system to regulate biochemical reactions. More precisely, we propose (i) a design of a reaction scheme that regulates the concentration of a target molecule, and (ii) an innovative method to specify the function of a permeable membrane on a non-permeable one. See the Design and Experiments pages for details.

4

BIOMOD2014/TeamKyutech

http://teamkyutech.github.io/index6.html

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. SAKATA RIKAGAKU Co.,Ltd. TSUKUBA OLIGO SERVICE Co.,Ltd. NIHON TECHNO SERVICE Co.,Ltd. Research Institute of Biomolecule Metrology Co.,Ltd. IZUMI TECH Co.,Ltd. We thank Prof. Shunsuke Aoki (Kyushu Institute of Technology) for the help direction of our experiments. We also thank Mr. Masayuki Okumura (NGK Insulators, Itd.) for the help discussions on the permealbe membrane.

5

BIOMOD2014/TeamKyutech

http://teamkyutech.github.io/index3.html

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. 21 Membrane as a key element in our device. Fig1 Image of membrane (red ball, a molecule; blue plane, a permeable membrane). Fig2 A flow of single-stranded and double-stranded DNAs through the membrane (orange, a single-stranded DNA; green, a double-stranded DNA; fresh-colored division, a permeable membrane with some pores). 22 How to design membrane. 221 Size of DNA strand. We employed a gen...

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BIOMOD2014/TeamKyutech

Kyushu Institute of Technology Nakakuki lab. Kyushu Institute of Technology 680-4 Kawazu, Iizuka, Fukuoka, Japan. In BIOMOD2014, our team focuses on how to implant a control system to regulate biochemical reactions. More precisely, we propose (i) a design of a reaction scheme that regulates the concentration of a target molecule, and (ii) an innovative method to specify the function of a permeable membrane on a non-permeable one. See the Design and Experiments pages for details.

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