You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Promotion of Evaporative Heat Dissipation by Water-dispersed Cloth onFunctional Wear and Improvement of Thermal Comfort by UV Scattering |
Manabu Shibasaki, Hiroko Kubo, Mari Namba |
Nara Women’s University |
functional wear, micro-mist, thermoregulation, ultraviolet rays, heat stroke |
View details
PDF |
| University |
Relationship between Skeletal Muscle Health Index and Motor Function:Longitudinal Evaluation over 2 Years |
Hiroshi Akima*1 , Noriko Tanaka*1 , Akito Yoshiko*2, Hisashi Maeda*3, Kazuhiro Maeda*3 |
*1 Nagoya University, *2 Chukyo University, *3 Nagoya University |
aging, skeletal muscle, muscle quality, longitudinal study, physical function |
View details
PDF |
| University |
Reducing The Occurrence of Choking under Pressure through Use of Wearable Grasping Material Incorporated into Sportswear |
Hiroaki Masaki |
Waseda University |
Choking under pressure, Left-hand contraction, Grasping material, Electroencephalogram, polyethylene foam |
View details
PDF |
| 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 |
View details
|
| University |
Elucidating genome functions for food production |
Hideo Matsumura |
Shinshu University |
genome, DNA sequencing, selective breeding, tropical crops |
View details
|
| University |
How can spider and silkworm spin such a tough silk? |
Kenjiro Yazawa |
Shinshu University |
spider, silkworm, silk |
View details
|
| 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 |
View details
|
| University |
Making effective use of microorganism resources: Discovering and applying the potential capabilities of Bacillus subtilis |
Hiroki Yamamoto |
Shinshu University |
microorganism resources, Bacillus subtilis, genome analysis |
View details
|
| University |
Moving from understanding of functional biomolecules to their application, utilizing unused protein resources, and developing production technologies |
Takaomi Nomura |
Shinshu University |
biomolecules, production technologies, protein, useful proteins, enzymes |
View details
|
| University |
Utilizing Agrobacterium tumefaciens, which carries out genetic engineering on its own |
Masahiro Nogawa |
Shinshu University |
bacterium, Agrobacterium, plants, useful substances, genetic engineering |
View details
|
| University |
Understanding the nature of stem cells and controlling their fate |
Seiji Takashima |
Shinshu University |
spermatogonial stem cell, pluripotent stem cells, regenerative medicine |
View details
|
| University |
Studying the capabilities and survival strategies of insects and leveraging them in daily life |
Koji Shirai |
Shinshu University |
insects, apabilities, survival strategies, humans |
View details
|
| University |
Using insects’ high‐performance sensors to develop methods for extermination |
Kunihiro Shiomi |
Shinshu University |
silk, insects, genetic recombination, sensor, sensor proteins |
View details
|
| University |
Designing and applying useful proteins by studying the structure and function of proteins |
Ryoichi Arai |
Shinshu University |
useful proteins, proteins, artificial proteins, modified |
View details
|
| University |
Learning from the environment through environmental analysis and developing new environmental purification methods using materials creating by living organisms |
Hiroshi Moriwaki |
Shinshu University |
environmental analysis, toxicological testing, environmental purification methods, environmental contamination |
View details
|
| 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 |
View details
|
| 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 |
View details
|
| 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 |
View details
|
| University |
Creating new plants through green innovation |
Nobuaki Hayashida |
Shinshu University |
green innovation, plants, genetic resources |
View details
|
| 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) |
View details
|
