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92 labs · 7 student voices
Faculties at Kyushu University ›
Tomoaki Kubo, Professor
0 student voices
The Earth Interior Materials Science Lab uses high-pressure deformation experiments to study dynamic phenomena in the Earth's interior, such as mantle convection and deep-focus earthquakes. The lab likens rocks, minerals, meteorites, and ice to the cells and molecules that make up the Earth and planets, and tries to read the origin and transformation of these bodies from their physical properties. It uses experimental equipment, such as high-temperature, high-pressure synthesis and in situ observation and low-temperature, high-pressure deformation, along with analytical instruments such as microscopes and X-ray diffraction. On the department's website, the lab is introduced under the research field "Earth Interior Materials Science."
Yasuhiro Ito, Professor
0 student voices
The Earth and Planetary Natural History Lab studies fossils and ancient organisms based on fieldwork. Students in the School of Science's Department of Earth and Planetary Sciences can study the paleontology carried out by faculty of the University Museum. Through fieldwork in various parts of Japan and overseas, the lab investigates the ecology of fossil organisms and the mechanisms by which the remains of organisms are preserved as fossils. The University Museum is one of Japan's research hubs for the study of ammonites and of fossils in which even soft parts such as skin and muscle are preserved.
Natsuko Hamamura, Professor
0 student voices
The Environmental Microbial Ecology Lab studies, at the ecosystem level, how microorganisms in the environment are involved in the purification and behavior of hazardous substances. To comprehensively understand and solve environmental problems, the lab aims to clarify the functions and responses of microbial communities that interact with chemical changes in the environment. In addition to environmental microbiology and geochemistry, the lab incorporates metagenomic analysis, aiming to reveal the whole picture of the interactions between the natural environment and biological activity. The symbiotic microbiomes of wild animals are also a subject of research.
Akiko Satake, Professor
0 student voices
The Mathematical Biology Lab studies the mysteries of life phenomena using mathematical models and data analysis. Its interests range widely, from mutation, cell-cell interactions, shape, and the adaptive evolution of organisms to changes in human society and the global environment. Research proceeds from directions such as seasonal adaptation and biological rhythms, the genomic mechanisms that produce individual differences, and the evolution of biological form.
Kosuke Teshima, Professor
0 student voices
The Evolutionary Genetics Lab studies how organisms have evolved, from the perspectives of population genetics, population genomics, and human evolution. To infer past evolution from present-day genome data, the lab works on both data analysis and theoretical research. In addition to examining population history and signatures of adaptive evolution from genomic diversity data, the lab works to elucidate the evolution of human mental functions.
Naoki Matsuo, Professor
0 student voices
The Behavioral Neuroscience Lab (Matsuo Lab) studies the mechanisms of memory and learning, by which animals record experienced information in the brain and retrieve it when needed. Mainly using genetically modified mice, the lab combines behavioral analysis, molecular and cell biology, optogenetics and chemogenetics, and in vivo brain activity imaging. By "visualizing" and "manipulating" the neuronal populations, synapses, and circuits that carry memory information, the lab explores where in the brain and by what principles memories are represented and read out. The ultimate goal is to explain the mechanisms of the cognitive functions that underlie animal behavior and consciousness in the language of synapses, cells, and circuits.
Seiji Arakaki, Associate Professor
0 student voices
The Marine Biology Lab conducts research on biological communities, focused on coastal areas, at the Amakusa Marine Biological Laboratory. Targeting fishes, benthos, and corals, the lab investigates how biodiversity differs from place to place. Its research themes also include how biological communities form and how species coexist in intertidal zones and coral reefs. Associate Professor Seiji Arakaki also leads the marine field training courses.
Takeshi Ishihara, Professor
0 student voices
The Molecular Genetics Lab studies how information is processed in the neural circuits of the nematode C. elegans, mainly using genetic approaches. C. elegans is a model organism with a relatively simple nervous system, which makes it well suited to analyzing the nervous system by linking molecules, neural circuits, and behavior. Using mutants, the lab links genes to behavior and homeostasis, and aims to discover new systems through detailed analyses of neural activity, metabolism, and more.
Shigehiro Yoshimura, Professor
0 student voices
The Biopolymer Function Lab studies the order that proteins create inside cells by gathering together and dispersing, and the functions that this order serves. It focuses on proteins that lack a fixed structure and change their behavior depending on the situation, and on the phenomenon in which they form molecular assemblies that behave like liquids. Another key research theme is how evolution has selected whether a given protein has or lacks a defined structure. Using cutting-edge experimental techniques, simulations, and other approaches, the lab aims for a quantitative understanding of dynamic living systems and the creation of new therapeutic strategies.
Daisuke Saito, Professor
0 student voices
The Animal Developmental Biology Lab studies two questions: what germ cells are, and how the forms of living things are determined during the embryonic stage. The Germ Cell Group combines developmental biology, cell biology, genome science, and mechanobiology to approach the essence of germ cells. The Morphology Group uses avian embryos and cultured cells as experimental models, aiming to clarify part of the universal principles of morphogenesis. The Saito Group looks for a desire to know, rather than brilliance, in students who are considering joining the group.
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