You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Understanding the development of biofilms to explore the survival strategies of bacteria based on genomic information |
Hiroshi Ogasawara |
Shinshu University |
genomic information, bacteria, solid surfaces, medical domains |
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|
| University |
Elucidating genome functions for food production |
Hideo Matsumura |
Shinshu University |
genome, DNA sequencing, selective breeding, tropical crops |
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|
| University |
To investigate the characteristics of the biological material, to develop a new medical device |
Jun Negishi |
Shinshu University |
biological material, medical device, decellularized tissues, vacuum pressure impregnation technique |
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|
| University |
Utilizing Agrobacterium tumefaciens, which carries out genetic engineering on its own |
Masahiro Nogawa |
Shinshu University |
bacterium, Agrobacterium, plants, useful substances, genetic engineering |
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|
| University |
Understanding the nature of stem cells and controlling their fate |
Seiji Takashima |
Shinshu University |
spermatogonial stem cell, pluripotent stem cells, regenerative medicine |
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|
| University |
Studying the capabilities and survival strategies of insects and leveraging them in daily life |
Koji Shirai |
Shinshu University |
insects, apabilities, survival strategies, humans |
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|
| University |
Using insects’ high‐performance sensors to develop methods for extermination |
Kunihiro Shiomi |
Shinshu University |
silk, insects, genetic recombination, sensor, sensor proteins |
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|
| University |
Creating new plants based on knowledge of basic plant science in order to contribute to the development of a sustainable society |
Tomoaki Horie |
Shinshu University |
plants, salinity stress(high-salt environments), salt-affected, salt-resistant |
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|
| 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 |
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 |
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 |
Development of Functional Polymeric Materials for Bio-Applications |
Akira Teramoto |
Shinshu University |
polymer materials, treatment, Bio-Applications |
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|
| University |
Utilizing biological materials in engineering to create biosensors and new materials |
Yoshiro Ogoma |
Shinshu University |
CYP, biosensor, silica, silaffin, new materials |
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|
| University |
Utilizing organic chemistry to solve biological phenomena: Searching for biologically active substances and developing new reactions and medicines |
Yoshinori Nishii |
Shinshu University |
antiviral property, blood platelet coagulation inhibiting properties, natural substance, antibacterial, bactericidal, pheromones |
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|
| University |
Bioengineered flapping wing robots and biology‐inspired flow control |
Hikaru Aono |
Shinshu University |
biomechanical engineering, bioacoustics, fluid engineering |
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|
| University |
Assistive Technology for Activities of Daily Living in our new lifestyle |
Atsushi Tsukahara |
Shinshu University |
assistive technology for activity of daily living (ADL), locomotive syndrome, human assistive robots/devices |
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|
| University |
Toward realization of a surface robot with shape shifter function |
Noriyasu Iwamoto |
Shinshu University |
robots, control theory, operation control |
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|
| University |
From neurotrauma to neuroregeneration |
Hiromichi Nakadate |
Shinshu University |
brain concussion, neurons, faxonal injury |
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