You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Using micromanipulation to study the mechanism of fertilization and preserve, regenerate, and utilize genetic resources |
Shinichi Hochi |
Shinshu University |
mammals, haploid gametes, spermatozoa, oocytes, diploid embryos |
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|
| University |
Researching human health and protection of the freshwater environment and analyzing water environment changes using aquatic insects as indicators |
Kimio Hirabayashi |
Shinshu University |
human, health, water, indicators, freshwater environment, environment, densities, biomass, ecosystem, benthonic fauna, Propsolocerus akamusi, Aedes (Stegomyia) albopictus |
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|
| University |
Creating new plants through green innovation |
Nobuaki Hayashida |
Shinshu University |
green innovation, plants, genetic resources |
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|
| University |
Opening up new domains for the utilization of silk materials, especially aim to use in medical area including as material for regenerative medicine |
Yasushi Tamada |
Shinshu University |
silk, regenerative medicine, modification, silk protein (silk fibroin) |
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|
| University |
Exploring the undiscovered abilities of plants to tap their power to enrich our lives |
Goro Taguchi |
Shinshu University |
plants, functions, sugar |
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|
| University |
Harnessing the amazing powers of tiny microorganisms in our daily lives |
Makoto Shimosaka |
Shinshu University |
microorganisms, chitin, degrading enzymes, mushrooms |
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|
| University |
Biopolymers: Gaining an understanding of the function and structure of DNA and enzymes in order to explain their interactions and apply them to biotechnology |
Toshio Shida |
Shinshu University |
nucleic acids, enzymes, DNA, carcinogens, active oxygen, repair enzymes |
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|
| University |
Developing the genetic resources of domestic and wild silkworms to make a brand of silk |
Zenta Kajiura |
Shinshu University |
wild silkworms, giant silkworm (natural silkworm), silk, genetic breeding, ecdysis, metamorphosis, genetic relationship, silk |
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|
| University |
Development of Functional Materials inspired by biomineralization |
Kazuki Murai |
Shinshu University |
function materials, biomineralization, biominerals, environmental burden, softmaterials |
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|
| University |
Microwave chemistry |
Tokihiro Takizawa |
Shinshu University |
microwave, electric waves, allophane |
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|
| University |
Realizing a sustainable society through the effective utilization of biomass resources |
Iori Shimada |
Shinshu University |
biomass, carbon-neutral, producing fuels, energy conversion, highly efficient, high-activity catalysts |
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|
| University |
Applying colloid and interface chemistry to nano-technological and biological systems |
Cathy McNamee |
Shinshu University |
interface, colloid, nano-technological, biological, magnetic materials, semiconductor materials, controlling, lubricant films, metabolic syndrome |
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|
| University |
Developing novel organocatalysts for highly stereo selective synthesis of organic molecules |
Tetsuya Fujimoto |
Shinshu University |
enantiotopic relationship, organocatalysts, asymmetrical catalyst |
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|
| University |
Making fuel cells a more familiar energy system |
Hiroshi Fukunaga |
Shinshu University |
fuel cells, solid oxide fuel cell(SOFC), polymer electrolyte fuel cell(PEFC), silk, activated carbon |
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|
| University |
Examining the mystery of polymer membranes and using tiny holes in PET bottles |
Yuichi Hirata |
Shinshu University |
PET bottles, Synthetic resin, polymer membranes, barrier material, electronic materials |
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|
| University |
Development of Functional Polymeric Materials for Bio-Applications |
Akira Teramoto |
Shinshu University |
polymer materials, treatment, Bio-Applications |
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|
| University |
Developing cutting-edge polymer particles and pursuing science in the mysterious world of the micro-scale |
Daisuke Suzuki |
Shinshu University |
functional polymer particles, design, synthesis, evaluate |
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|
| University |
Developing thin, lightweight wearable fuel cells to supply power to robots and power suits |
Toshiki Koyama |
Shinshu University |
vaporization membranes, electrolyte membranes, nanofiber, micro fuel cells, self-humidification layers, carbon nano-paper, nickel nano-paper |
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|
| University |
The Modern Alchemist!? Polymer Materials by Molecular Design |
Yasuhiro Kohsaka |
Shinshu University |
precise polymerization chemistry , functional monomer , anionic polymerization , ring-opening polymerization (ROP) , radical polymerization , stimuli-responsive materials , end-functionalization , stereoregular polymer , xclick chemistry |
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|
| University |
Production of Functional Materials from Biomass by Using Only Water |
Mitsumasa Osada |
Shinshu University |
water, biomass, supercritical water(SCW), high-temperature water(HTW), water jet, functional materials, chitin, nanofiber |
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