Syllabus Search Result

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki, Hirayama and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences"
seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en/
Research topics; We will improve the sensitivity of metabolome analysis technology such as capillary electrophoresis-mass spectrometry (CE-MS). By applying this to biological samples, we will elucidate the pathogenic mechanism and search for biomarkers in various diseases.

In this seminar, participants will learn about the evolution of urban space and current practices. We will examine the most important dimensions that influence the development of towns and cities today and how factors such as transportation, politics, and culture are reflected in the spatial and temporal organization of the urban environment. Through case studies of urban space and architecture, the course will also focus on analysing residential spatial space by studying the interrelationships between the users of space and the designed space.
Using discussions and presentations, students are encouraged to analyse their spatial experience by applying theoretical concepts.

“Advanced Biosciences” seminars

(Arakawa, Kanai, Kuroda, Kono, Sugimoto, Suzuki, Soga, Naito and Hirayama)are operated along with Academic Project “Advanced Biosciences” for graduate students.

All members, including faculty members, graduate students, and undergraduate students are involved to research projects.

The seminar(s) to be taken will be announced when students are notified of their permission to enroll."

Please check our website for more details.

https://www.iab.keio.ac.jp/en/index.html

“Advanced Biosciences” seminars (Arakawa, Kanai, Kuroda, Kono, Sugimoto, Suzuki, Soga, Naito and Hirayama) are operated along with Academic Project “Advanced Biosciences” for graduate students.
All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
The seminar(s) to be taken will be announced when students are notified of their permission to enroll."
Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

Microorganisms (such as bacteria and viruses) play crucial roles in various environments, including the human body, buildings, sewage, air, soil, and plants. However, some microorganisms act as causes of infectious diseases, posing a threat to human health. In this study, our goal is to understand the evolution and diversity of microorganisms using bioinformatics and genome sequence analysis techniques, with the aim of applying this knowledge effectively across diverse fields, including medicine, agriculture, and engineering.

The increase in microbial infections can be attributed to factors such as antimicrobial resistance (AMR) in pathogens, as well as social factors like urbanization and human mobility. If no measures are taken, it is predicted that by 2050, infections caused by antimicrobial resistance (AMR) pathogens could result in 10 million deaths worldwide annually, so-called a 'hidden pandemic.' To prepare for the next pandemic, it is crucial to monitor the status of urban microbiomes and share data.

We have been collecting microbiome data in various cities and periods (e.g., before, during, and after the Olympics and Paralympics). We submit this data to public databases that can be accessed by anyone without restrictions. These datasets are expected to be effectively utilized in understanding the diversity and dynamics of microorganisms.

The findings of this research are expected to contribute to various fields, including biodiversity, public health, forensic science, architecture, and urban planning.

“Advanced Biosciences” seminars (Arakawa, Kanai, Kuroda, Kono, Sugimoto, Suzuki, Soga, Tsujimoto, Naito and Hirayama) are operated along with Academic Project “Advanced Biosciences” for graduate students.
All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
The seminar(s) to be taken will be announced when students are notified of their permission to enroll."
Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

This Synthetic Biology Project aims to understand the design of living organisms constitutively, and is not restricted to any particular organism, but rather conducts research on a phenomenon-based basis. For this reason, we study not only major model organisms such as bacteria and rats, but also organisms that have not been studied very much in the past, such as slime molds, ants, and spiders. We welcome proposals for new target organisms with interesting phenomena.

Our research approach combines both experimental and computational (wet and dry) methods. Specifically, we combine experimental processing such as field sampling, culturing, nucleic acid extraction, and genome engineering with informatics processing such as a simulation, genome analysis, sequence analysis, and image analysis.

Keywords: synthetic biology, genome biology, behavioral ecology, molecular biology, molecular ecology, systems biology, bioinformatics

“Advanced Biosciences” seminars (Arakawa, Kanai, Kuroda, Kono, Sugimoto, Suzuki, Soga, Tsujimoto, Naito and Hirayama) are operated along with Academic Project “Advanced Biosciences” for graduate students.
All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
The seminar(s) to be taken will be announced when students are notified of their permission to enroll."
Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

“Advanced Biosciences” seminars (Arakawa, Hirayama, Kanai, Kono, Kuroda, Naito, Soga, Sugimoto, Suzuki, and Tsujimoto are operated along with Academic Project “Advanced Biosciences” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.

The seminar(s) to be taken will be announced when students are notified of their permission to enroll."

Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

- Contents
We will study data analyses in medical fields, including various data, such as omics and public datasets. We would produce new scientific findings using new information technologies, such as artificial intelligence and mathematical simulation.

“Advanced Biosciences” seminars (Arakawa, Kanai, Kuroda, Kono, Sugimoto, Suzuki, Soga, Tsujimoto, Naito and Hirayama) are operated along with Academic Project “Advanced Biosciences” for graduate students.
All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
The seminar(s) to be taken will be announced when students are notified of their permission to enroll."
Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

Microorganisms play important roles in various environments, including the human body, buildings, sewage, air, soil, and plants. However, they also pose a threat to human health as they can cause various infectious diseases. In this study, our aim is to understand the evolution and diversity of microorganisms using bioinformatics and genome sequence analysis techniques. We seek to effectively apply this knowledge in the fields of medicine, agriculture, engineering, and other disciplines.

The increase in microbial infections can be attributed to factors such as antimicrobial resistance (AMR) in pathogens, as well as social factors like urbanization and human mobility.

If no measures are taken, it is predicted that by 2050, infections caused by AMR pathogens could result in 10 million deaths worldwide annually. Mobile genetic elements (MGEs), such as plasmids and viruses, contribute to the spread of AMR and virulence through horizontal gene transfer among organisms. Our research focuses on the evolution and diversity of MGEs in various environments.

To design cities and built environments in a way that considers human health, it is necessary to collect and share data on environmental microbiomes. We have been collecting microbiome data in public spaces such as mass-transit systems and schools. Additionally, we gather data on urban microbiomes during the COVID-19 pandemic and around mass gathering events such as the World Cup, Olympics, and Paralympics. We submit this data into public databases that can be accessed by anyone without restrictions. These datasets are expected to be effectively utilized in understanding the diversity and dynamics of microorganisms.

The findings of this research are expected to contribute to various fields, including biodiversity, public health, forensic science, architecture, and urban planning.

“Advanced Biosciences” seminars (Arakawa, Kanai, Kuroda, Kono, Sugimoto, Suzuki, Soga, Tsujimoto, Naito and Hirayama) are operated along with Academic Project “Advanced Biosciences” for graduate students.
All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
The seminar(s) to be taken will be announced when students are notified of their permission to enroll."
Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

Microorganisms play important roles in various environments, including the human body, buildings, sewage, air, soil, and plants. However, they also pose a threat to human health as they can cause various infectious diseases. In this study, our aim is to understand the evolution and diversity of microorganisms using bioinformatics and genome sequence analysis techniques. We seek to effectively apply this knowledge in the fields of medicine, agriculture, engineering, and other disciplines.

The increase in microbial infections can be attributed to factors such as antimicrobial resistance (AMR) in pathogens, as well as social factors like urbanization and human mobility.

If no measures are taken, it is predicted that by 2050, infections caused by AMR pathogens could result in 10 million deaths worldwide annually. Mobile genetic elements (MGEs), such as plasmids and viruses, contribute to the spread of AMR and virulence through horizontal gene transfer among organisms. Our research focuses on the evolution and diversity of MGEs in various environments.

To design cities and built environments in a way that considers human health, it is necessary to collect and share data on environmental microbiomes. We have been collecting microbiome data in public spaces such as mass-transit systems and schools. Additionally, we gather data on urban microbiomes during the COVID-19 pandemic and around mass gathering events such as the World Cup, Olympics, and Paralympics. We submit this data into public databases that can be accessed by anyone without restrictions. These datasets are expected to be effectively utilized in understanding the diversity and dynamics of microorganisms.

The findings of this research are expected to contribute to various fields, including biodiversity, public health, forensic science, architecture, and urban planning.

“Advanced Biosciences” seminars (Arakawa, Hirayama, Kanai, Kono, Kuroda, Naito, Soga, Sugimoto, Suzuki, and Tsujimoto are operated along with Academic Project “Advanced Biosciences” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
The seminar(s) to be taken will be announced when students are notified of their permission to enroll."
Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html


While microorganisms have important roles in various environments (e.g. human body, buildings, sewage, air, soil and plants), they can cause many infectious diseases, which are threats to public health. In this research group, we use bioinformatics and genomics to understand microbial diversity and its medicinal, agricultural and industrial applications.


Our research focuses on reproducible bioinformatics, genome microbiology, and urban microbiomes. It has been estimated that, by 2050, 10 million people will die every year due to antimicrobial resistance (AMR) if no action is taken. Plasmids often carry multiple AMR genes and can be horizontally transferred between microbes, contributing to the spread of AMR in microbial communities. To identify and track antimicrobial resistance genes (resistomes) and mobile genetic elements (e.g., viruses, plasmids, and transposable elements) in urban environments, we have been collecting samples in built environments such as mass-transit systems around the globe (International MetaSUB Consortium, 2021, 2022 [https://metasub.org/]) and will sample urban environments around the globe before, during and after the COVID-19 pandemic and the mass gathering such as international sport events including the World Cup and Olympic & Paralympic Games (http://metasub.org/projects/). We are using a combination of bioinformatics tools for creating global maps of microbiomes and resistomes, inferring host range and transmission routes of mobile genetic elements (e.g., viruses and plasmids), and gaining insight into microbial lifestyles (Suzuki et al., 2017; Yano et al., 2018; Merino et al., 2019; Tokuda et al., 2020).

“Advanced Biosciences” seminars (Arakawa, Hirayama, Kanai, Kono, Kuroda, Naito, Soga, Sugimoto, Suzuki, and Tsujimoto are operated along with Academic Project “Advanced Biosciences” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
The seminar(s) to be taken will be announced when students are notified of their permission to enroll."
Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html


While microorganisms have important roles in various environments (e.g. human body, buildings, sewage, air, soil and plants), they can cause many infectious diseases, which are threats to public health. In this research group, we use bioinformatics and genomics to understand microbial diversity and its medicinal, agricultural and industrial applications.


Our research focuses on reproducible bioinformatics, genome microbiology, and urban microbiomes. It has been estimated that, by 2050, 10 million people will die every year due to antimicrobial resistance (AMR) if no action is taken. Plasmids often carry multiple AMR genes and can be horizontally transferred between microbes, contributing to the spread of AMR in microbial communities. To identify and track antimicrobial resistance genes (resistomes) and mobile genetic elements (e.g., viruses, plasmids, and transposable elements) in urban environments, we have been collecting samples in built environments such as mass-transit systems around the globe (International MetaSUB Consortium, 2021, 2022 [https://metasub.org/]) and will sample urban environments around the globe before, during and after the COVID-19 pandemic and the mass gathering such as international sport events including the World Cup and Olympic & Paralympic Games (http://metasub.org/projects/). We are using a combination of bioinformatics tools for creating global maps of microbiomes and resistomes, inferring host range and transmission routes of mobile genetic elements (e.g., viruses and plasmids), and gaining insight into microbial lifestyles (Suzuki et al., 2017; Yano et al., 2018; Merino et al., 2019; Tokuda et al., 2020).

“Advanced Biosciences” seminars (Arakawa, Hirayama, Kanai, Kono, Kuroda, Naito, Soga, Sugimoto, Suzuki, and Tsujimoto are operated along with Academic Project “Advanced Biosciences” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.

The seminar(s) to be taken will be announced when students are notified of their permission to enroll."

Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

Biology is rapidly transforming into a data-driven science. Key to this new paradigm is in the high-throughput, quantitative, and comprehensive measurement of biological phenomenon, and statistics and informatics techniques to extract novel biological insights from the large-scale data.

In this research group, we synergistically combine experiments, measurements, and informatics to gain quantitative understanding of living systems.

“Advanced Biosciences” seminars (Arakawa, Hirayama, Kanai, Kono, Kuroda, Naito, Soga, Sugimoto, Suzuki, and Tsujimoto are operated along with Academic Project “Advanced Biosciences” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.

The seminar(s) to be taken will be announced when students are notified of their permission to enroll."

Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

Biology is rapidly transforming into a data-driven science. Key to this new paradigm is in the high-throughput, quantitative, and comprehensive measurement of biological phenomenon, and statistics and informatics techniques to extract novel biological insights from the large-scale data.

In this research group, we synergistically combine experiments, measurements, and informatics to gain quantitative understanding of living systems.

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki, Tsujimoto and Hirayama) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en


While microorganisms have important roles in various environments (e.g. human body, buildings, sewage, air, soil and plants), they can cause many infectious diseases, which are threats to public health. In this research group, we use bioinformatics and genomics to understand microbial diversity and its medicinal, agricultural and industrial applications.


Our research focuses on reproducible bioinformatics, genome microbiology, and urban microbiomes. It has been estimated that, by 2050, 10 million people will die every year due to antimicrobial resistance (AMR) if no action is taken. Plasmids often carry multiple AMR genes and can be horizontally transferred between microbes, contributing to the spread of AMR in microbial communities. To identify and track antimicrobial resistance genes (resistomes) and mobile genetic elements (e.g., viruses, plasmids, and transposable elements) in urban environments, we have been collecting samples in built environments such as mass-transit systems around the globe (International MetaSUB Consortium, 2021, 2022) and will sample urban environments around the globe before, during and after the COVID-19 pandemic and the mass gathering such as international sport events including the World Cup and Olympic & Paralympic Games (http://metasub.org/projects/). We are using a combination of bioinformatics tools for creating global maps of microbiomes and resistomes, inferring host range and transmission routes of mobile genetic elements (e.g., viruses and plasmids), and gaining insight into microbial lifestyles (Suzuki et al., 2017; Yano et al., 2018; Merino et al., 2019; Tokuda et al., 2020).

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki, Tsujimoto and Hirayama) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en


While microorganisms have important roles in various environments (e.g. human body, buildings, sewage, air, soil and plants), they can cause many infectious diseases, which are threats to public health. In this research group, we use bioinformatics and genomics to understand microbial diversity and its medicinal, agricultural and industrial applications.


Our research focuses on reproducible bioinformatics, genome microbiology, and urban microbiomes. It has been estimated that, by 2050, 10 million people will die every year due to antimicrobial resistance (AMR) if no action is taken. Plasmids often carry multiple AMR genes and can be horizontally transferred between microbes, contributing to the spread of AMR in microbial communities. To identify and track antimicrobial resistance genes (resistomes) and mobile genetic elements (e.g., viruses, plasmids, and transposable elements) in urban environments, we have been collecting samples in built environments such as mass-transit systems around the globe (International MetaSUB Consortium, 2021, 2022) and will sample urban environments around the globe before, during and after the COVID-19 pandemic and the mass gathering such as international sport events including the World Cup and Olympic & Paralympic Games (http://metasub.org/projects/). We are using a combination of bioinformatics tools for creating global maps of microbiomes and resistomes, inferring host range and transmission routes of mobile genetic elements (e.g., viruses and plasmids), and gaining insight into microbial lifestyles (Suzuki et al., 2017; Yano et al., 2018; Merino et al., 2019; Tokuda et al., 2020).

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en


While microorganisms have important roles in various environments (e.g. human body, soil, air, and built environments), they can cause many infectious diseases, which are threats to public health. In this research group, we use bioinformatics and genomics to understand microbial diversity and its medicinal, agricultural and industrial applications.


Our research focuses on reproducible bioinformatics, genome microbiology, and urban microbiomes. It has been estimated that, by 2050, 10 million people will die every year due to antimicrobial resistance (AMR) if no action is taken. Plasmids often carry multiple AMR genes and can be horizontally transferred between microbes, contributing to the spread of AMR in microbial communities. To identify and track antimicrobial resistance genes (resistomes) and mobile genetic elements (e.g., viruses, plasmids, and transposable elements) in urban built environments, we have been collecting samples in mass-transit systems around the globe (Danko et al. International MetaSUB Consortium, 2021) and will sample urban environments around the globe before, during and after the COVID-19 pandemic and the mass gathering such as international sport events including the World Cup and Olympic & Paralympic Games (http://metasub.org/projects/). We are using a combination of bioinformatics tools for creating global maps of microbiomes and resistomes, inferring host range and transmission routes of mobile genetic elements (e.g., viruses and plasmids), and gaining insight into microbial lifestyles (Suzuki et al., 2017; Yano et al., 2018; Merino et al., 2019; Tokuda et al., 2020).

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en


While microorganisms have important roles in various environments (e.g. human body, soil, air, and built environments), they can cause many infectious diseases, which are threats to public health. In this research group, we use bioinformatics and genomics to understand microbial diversity and its medicinal, agricultural and industrial applications.


Our research focuses on reproducible bioinformatics, genome microbiology, and urban microbiomes. It has been estimated that, by 2050, 10 million people will die every year due to antimicrobial resistance (AMR) if no action is taken. Plasmids often carry multiple AMR genes and can be horizontally transferred between microbes, contributing to the spread of AMR in microbial communities. To identify and track antimicrobial resistance genes (resistomes) and mobile genetic elements (e.g., viruses, plasmids, and transposable elements) in urban built environments, we have been collecting samples in mass-transit systems around the globe (Danko et al. International MetaSUB Consortium, 2021) and will sample urban environments around the globe before, during and after the COVID-19 pandemic and the mass gathering such as international sport events including the World Cup and Olympic & Paralympic Games (http://metasub.org/projects/). We are using a combination of bioinformatics tools for creating global maps of microbiomes and resistomes, inferring host range and transmission routes of mobile genetic elements (e.g., viruses and plasmids), and gaining insight into microbial lifestyles (Suzuki et al., 2017; Yano et al., 2018; Merino et al., 2019; Tokuda et al., 2020).

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki, Tsujimoto, and Hirayama) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en

Biology is rapidly transforming into a data-driven science. Key to this new paradigm is in the high-throughput, quantitative, and comprehensive measurement of biological phenomenon, and statistics and informatics techniques to extract novel biological insights from the large-scale data.

In this research group, we synergistically combine experiments, measurements, and informatics to gain quantitative understanding of living systems.

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en

Biology is rapidly transforming into a data-driven science. Key to this new paradigm is in the high-throughput, quantitative, and comprehensive measurement of biological phenomenon, and statistics and informatics techniques to extract novel biological insights from the large-scale data.

In this research group, we synergistically combine experiments, measurements, and informatics to gain quantitative understanding of living systems.

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki, Tsujimoto and Hirayama) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en


Research activities & projects of the RNA group:
(1) RNA-binding proteins & RNA-related enzymes
(2) Non-coding RNAs (microRNA & small RNA)
(3) tRNA & rRNA
(4) Post-transcriptional RNA processing
(5) Developmental regulation of gene expression
(6) Artificial small RNA
(7) Molecular evolution
(8) Origin of life

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en



Research activities & projects of the RNA group:
(1) RNA-binding proteins & RNA-related enzymes
(2) Non-coding RNAs (microRNA & small RNA)
(3) tRNA & rRNA
(4) Post-transcriptional RNA processing
(5) Developmental regulation of gene expression
(6) Artificial small RNA
(7) Molecular evolution
(8) Origin of life

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Tsujimoto and Hirayama) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Tsujimoto and Hirayama) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved to research projects.
At the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en