


Tetsuo Kondo | Last modified date:2022.04.28 |

Professor /
Division of Sustainable Bioresources Science
Department of Agro-environmental Sciences
Faculty of Agriculture
Department of Agro-environmental Sciences
Faculty of Agriculture
Graduate School
Undergraduate School
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Homepage
https://kyushu-u.pure.elsevier.com/en/persons/tetsuo-kondo
Reseacher Profiling Tool Kyushu University Pure
http://ffpsc.agr.kyushu-u.ac.jp/pol/
Biomacromolecular Materials Lab. Homepage .
http://biomat.agr.kyushu-u.ac.jp/
Bio-material Design Lab. Homepage .
Phone
092-802-4668
Fax
092-802-4668
Academic Degree
Doctor of Agriculture, Ph.D. in Engineering
Country of degree conferring institution (Overseas)
No
Field of Specialization
Bio-nanomaterial design, Bio-alchemy,Polymer physical chemistry
Total Priod of education and research career in the foreign country
03years07months
Outline Activities
Biomaterials comprising sustainable carbohydrate polymers such as cellulose and chitin are extensively studied under my supervision. Those materials are hierarchically built in the biosynthesizing process from molecular levels to the nano-scale and from the nano to larger scales. Focusing on the building process and the established hierarchical structures is of importance to understand the natural material science and thereby to create a new concept for developing functionalized biomaterials. Therefore, we are attempting to first understand the in situ biological system for fiber- or pellicle-production, and then to modify the process by a physicochemical method in order to obtain a novel ordered 3D structure. For that, studies are conducted in interdisciplinary scientific areas among chemistry, biology, physicochemistry and polymer chemistry, leading to provide a novel functional biomaterial based on the unique 3D structures. In this connection, students under me are now educated and supervised in their research to be able to expand their scientific understanding and create a new research direction.
Research
Research Interests
Membership in Academic Society
- New form of cellulose nanofibers from wood and bamboo pulp: cellulose nanoanemone
keyword : Cellulose nanofiber, ACC method, Cellulose nanoanemone, bamboo
2016.04~2020.03. - Novel hollow fiber spinning of callose in vitro by using a micro-channel culture system with enzyme complexes from the protoplast cells
keyword : Protoplast, membrane protein, callose, hollow fiber spinning, micro-channel culture system
2014.04~2017.03. - Novel microbial spinning of nanofibers using micro-channel culture of Gluconacetobacter xylinus
keyword : Cellulose, bacterial nanospinning, microchannel, nanofiber, gel, 3D-nanofiber netowork, ordered flow
2011.04~2014.03. - Nematic ordered cellulose templates mediating 3D-ordered biomimic fabrication
keyword : cellulose ,templates ,biomimic fabrication
2010.04~2013.03Nano-cellulose prepared from microbial cellulose pellicle-its surface structure and supermolecular charcteristics-. - Dependence of the Size of Cellulose Fibers at Nano Levels Prepared by the Counter Collision in Water upon the Enzymatic Degradation
keyword : biomass,the aqueous Counter Collision
2006.10Dependence of the Size of Cellulose Fibers at Nano Levels Prepared by the Counter Collision in Water upon the Enzymatic Degradation. - Nano-cellulose prepared from microbial cellulose pellicle-its surface structure and supermolecular charcteristics-
keyword : nanocellulose , acetobacter,the aqueous counter collision ,supermolecular charcteristics-
2006.09Nano-cellulose prepared from microbial cellulose pellicle-its surface structure and supermolecular charcteristics-. - Cascade-type utilization of wastes from food industries using the counter collision method in water
keyword : the aqueous counter collision ,Cascade-type utilization
2006.06Cascade-type utilization of wastes from food industries using the counter collision method in water. - Nonocomposite of cellulose/PLA prepared using the counter collision method in water
keyword : cellulose,PLA,Nonocomposite,the aqueous counter collision
2005.04~2012.03Nonocomposite of cellulose/PLA prepared using the counter collision method in water. - Fabrication of ordered hyaluronan sheet epitaxially deposited on the nematic ordered cellulose template
keyword : nematic ordered cellulose ,template, hyaluronan ,epitaxially deposited
2003.04Fabrication of ordered hyaluronan sheet epitaxially deposited on the nematic ordered cellulose template. - Imogolite co-orientated with the cellulose molecular chains on the surface of nematic ordered cellulose template
keyword : nematic ordered cellulose ,template,Imogolite
2003.04Imogolite co-orientated with the cellulose molecular chains on the surface of nematic ordered cellulose template. - Fabrication of 3D honeycomb-patterned compartments for single cell incubation
keyword : 3D honeycomb-patterned ,
2003.04~2012.03Fabrication of 3D honeycomb-patterned compartments for single cell incubation. - Development of functionalized LB membrane from cellulose derivatives.
keyword : cellulose ,LB membrane , functionalized
2003.04~2008.03Development of functionalized LB membrane from cellulose derivatives.. - Water-solubilization of crystalline carbohydrate polymers by the counter collision in water
keyword : the aqueous counter collision ,crystalline carbohydrate polymers ,water-solubilization
2002.07Water-solubilization of crystalline carbohydrate polymers by the counter collision in water. - Regulation of deposition pattern of bacteria cellulose ribbons on the physically scratched nano-tracks.
keyword : nano-tracks,bacteria cellulose ,
2002.04Regulation of deposition pattern of bacteria cellulose ribbons on the physically scratched nano-tracks.. - Ordered characteristic surfaces with various scales prepared by deposition of callose fibers onto the nematic ordered cellulose substrate
keyword : nematic ordered cellulose ,callose, protoplasts
2002.04Ordered characteristic surfaces with various scales prepared by deposition of callose fibers onto the nematic ordered cellulose substrate. - Secretion of non-crystalline cellulose from M. nivale at a low temperature
keyword : a low temperature,M. nivale ,non-crystalline ,cellulose
2002.04~2015.03Secretion of non-crystalline cellulose from M. nivale at a low temperature. - Characterization of compressed monolayer structure from regioselectively substituted cellulose ethers using various surface analyses
keyword : cellulose,monolayer ,surface analyses
1999.04~2008.03Characterization of compressed monolayer structure from regioselectively substituted cellulose ethers using various surface analyses. - Biodirected epitaxial nanodeposition of bacterial cellulose on oriented macromolecular templates to regulate conctruction of the 3D-structure
keyword : Nematic Ordered Cellulose, epitaxial nanodeposition
1998.04Biodirected epitaxial nanodeposition of bacterial cellulose on oriented macromolecular templates to regulate conctruction of the 3D-structure. - Secretion of a single gigantic callose fiber from a Betula protoplast.
keyword : protoplast,callose ,fiber,stress
1998.04Secretion of a single gigantic callose fiber from a Betula protoplast..
- Cascade-type utilization of wastes from food industries using the counter collision method in water
- The project aimed at the development of energy-minimized system to fabricate biomaterials with ordered structue by biodirected nanodeposition of polymers on oriented macromolecular templates using Acetobacter xylinum.
- MAFF Nanotechnology Project at Agriculture, Forestry and Fisheries Research Council. This project aims at developemnt of new materials and nanobiotechnology by regulating various order at nano and micro scales.
- Fukuoka Nonotechnology project:
Title:Fabrication of 3D honeycomb-patterned compartments for single cell incubation
Books
Reports
Papers
Presentations
- International Academy of Wood Science
- The Chemical Society of Japan
- American Chemical Society
- The Polymer Society of Japan
- The Cellulose Society of Japan
- The Society of Biotechnology, Japan
- The Society of Fiber Science and Technology Japan
- The Wood Science Society of Japan
- The Spectroscopical Society of Japan
- The Japanese Society of Applied Glycoscience
- International Academy of Wood Science has elected Prof.Dr.Tetsuo Kondo as Fellow in the year 2010
- "Characterization of hydrogen bonds involved in cellulosics using regioselectively substituted cellulose derivatives as cellulose models."
Educational
Educational Activities
Classes:Analytical Chemistry, Biomacromolecular Materials, Biomaterial Science Experiments, Polymer Materials
Other Educational Activities
- 2021.11.
- 2019.08.
- 2018.08.
- 2017.08.
- 2016.08.
- 2015.08.
- 2014.08.
- 2013.08.
- 2012.08.
- 2011.08.
- 2010.08.
Social


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