Sessions
- [1AS-09] Life in Universe: Diversity in the building blocks, environments, and biological functions
- [1PS-09] Promise and Impact of Stem Cell and Organoid BioMedical Science
- [2PS-01] Kick-back Biology: Unraveling the Mysteries of Biological Standby
- [2AS-09] Redefining the conventional view of translation
- [2PS-09] Chromatin Landscapes: Charting new frontiers in genome regulation
- [2PS-16] ASBMB-MBSJ symposium: Functional RNAs in development and disease
- [3AS-09] Unraveling the Mechanisms of Aging with New Perspectives and Technology
- [3PS-09] The genomic basis of "exploratory" reproductive strategies.
- [1AS-01] Bacterial oncogenesis: Bacterial/human genomes/epigenomes
- [1PS-01] Understanding aging and cancer based on abnormalities in “shape"
- [1AS-02] Aging and Pathology Induced by Genome Stress and Metabolic Aberrations
- [1PS-02] Philostasis: dormancy program in multicellular organisms
- [1AS-03] Mechanisms of morphogenesis by non-cellular materials
- [1PS-03] Discovering non-canonical biological regulatory pathways and beyond
- [1AS-04] The interaction between different species and “Extended phenotypes"
- [1PS-04] Frontier Research on Biological Flow – Integration of Physics and Biology
- [1AS-05] Eukaryotic mRNA translation control in biological process
- [1PS-05] Integrated understanding of disease pathogenesis based on interstitial cell diversity.
- [1AS-06] Organellar Quality Control
- [1PS-06] The Cutting Edge in Genome Metabolism Research: Advancing Disease Treatment
- [1AS-07] Discussing various aspects of neurodegenerative diseases in various "Omics"
- [1PS-07] Opportunities for new discoveries by challenging the limits of temporal scale in biology
- [1AS-08] Microbial multicellularity: biofilms, swarms, developmental and functional differentiation in microbial collectives
- [1PS-08] Epigenome dynamics in cell fate determination
- [1AS-10] Unveiling Microenvironment Science: Recurrent Fibroblast Biology
- [1PS-10] Molecular mechanisms and physiological functions of stress response caused by abnormal translation and resolution by quality control.
- [1AS-11] Next generation multi-omics life science for understanding DNA life cycle
- [1PS-11] Large-scale computational epigenomics for the elucidation of genomic regulatory mechanisms
- [1AS-12] Genome replication and stable maintenance of genomic information
- [1PS-12] Molecular basis of the nuclear and mitochondrial DNA maintenance
- [1AS-13] Biology of multinuclear cells
- [1PS-13] Spatio-temporal crosstalk of immune-metabolic systems
- [1AS-14] Orchestration of distinct cells in development, homeostasis and diseases
- [1PS-14] Molecular Neurobiology of Social Behavior: from animal model to human life
- [1AS-15] Balancing metabolism and cellular functions: A cross-biological perspective from aging to diseases
- [1PS-15] Academic Drug Development Conference 2024
- [1AS-16] Where is plant and animal genomics going next?
- [1PS-16] Frontiers in microbial genome researches provide a fundamental insight into conserved and diverse nature of cell duplication systems.
- [1AS-17] Higher order genome regulation and function mediated by the transposable element code (TEC)
- [1PS-17] Multimodal Electron Microscope Organelle Imaging
- [2AS-01] Opening up next generation of neuroscience and neurodevelopmental research through “creative biology".
- [2AS-02] Genome Engineering with BioDX
- [2PS-02] Comprehensive Insights into Biological Dynamics: A Multiscale Omics Approach
- [2AS-03] Epigenetic regulatory mechanisms in totipotent cells
- [2PS-03] How to approach the molecular basis and evolutionary history of intraspecies diversity
- [2AS-04] Molecular Mechanisms of RNA and Its Regulatory Machinery in Stress Responses
- [2PS-04] Mechanics in cell motility and morphogenesis
- [2AS-05] Elucidation of molecular machineries regulating tissue organization and their application to tissue regeneration.
- [2PS-05] Neurodegenerative disease and its onset mechanism via RNA-binding proteins-Molecular pathology and therapeutics against incurable neurodegenerative disease like amyotrophic lateral sclerosis (ALS)-
- [2AS-06] Decoding Multicellular Systems: The Emergence of Shape, Pattern, and Dynamics
- [2PS-06] Epigenetic regulation from development to disease and its therapeutic application
- [2AS-07] Integrating Cutting-Edge Approaches to Decipher Organelle Homeostasis Across Biological Scales
- [2PS-07] Revisit prokaryotes translational control with cutting-edge tools
- [2AS-08] 'Health and Longevity Strategies' from the 'Redundancy' Adaptive Molecular Cellular Basis of Human Behavioral Evolution in a Standing Position."
- [2PS-08] Biology of arthropod vectors and their microbes
- [2AS-10] Interdisciplinary virology to prepare for the next pandemic
- [2PS-10] Synergistic Advancement of new technologies with mitochondrial research
- [2AS-11] The dynamic interplay between three-dimensional chromosome structure and gene regulation
- [2PS-11] Evolution of plant stem cell system
- [2AS-12] Designing the gut ecosystem targeting all life stages
- [2PS-12] Quality control of genetic and epigenetic inheritance in the germ cell lineage
- [2AS-13] Understanding the mechanisms of disease and aging through molecular biology
- [2PS-13] Nutri-aging in harmony with GeroScience research
- [2AS-14] Challenge to create a Multi-scale 4D Biology
- [2PS-14] Minerals regulating organismal life
- [2AS-15] Toward understanding of molecular mechanisms in injury and regeneration of neurites
- [2PS-15] Gene expression unity regulated by multifactorial networks
- [2AS-16] Genomic imprinting redefinition and associated examples: Evolution of the epigenomic regulation system and conflict theory
- [2AS-17] Toward the elucidation of physiological and pathological functions arising from stromal cells
- [2PS-17] Frontiers in molecular mechanisms of brain homeostasis and its disruption
- [3AS-01] Deep dive into innovative genetic gimmicks
- [3PS-01] Manifestation of junk DNA functionality through noncoding RNA expression and its inhibition mechanisms
- [3AS-02] Frontiers in Space Life Sciences
- [3PS-02] Recent Developments in Research Using Pluripotent Stem Cells
- [3AS-03] Retroelements: Friends or Foes?
- [3PS-03] Higher-Order Molecular Clusters: Emerging Frontiers in Genome Dynamics Research
- [3AS-04] Protein knockdown opens up new frontier in biology
- [3PS-04] Understanding the regeneration, immunology, and disorders of the complex organ kidney from a molecular biological perspective
- [3AS-05] Frontiers of Extracellular Vesicle Research
- [3PS-05] After-party of systems biology
- [3AS-06] Bidirectional molecular network in fetal-maternal crosstalk regulating fetal development
- [3PS-06] Understanding and controlling the mechanisms underlying multicellular autonomy
- [3AS-07] Modulation of Cell Fate Conversion in approaches from Biological Disorders
- [3PS-07] Survival strategies based on plant individuality
- [3AS-08] Understanding cell-type-specific metabolic changes toward regulation of systemic metabolism in life-style related diseases
- [3PS-08] Causes and consequences of ploidy alterations
- [3AS-10] ECM as Materials Composing Living Organisms
- [3PS-10] The essence of genome replication fidelity - from initiation to termination
- [3AS-11] Cross-talk between mRNA translation and metabolic programs in homeostasis and diseases
- [3PS-11] Membrane Trafficking Research; Old and New
- [3AS-12] Mechanisms, dynamics, and functions of the 3D genome organization
- [3PS-12] Returning to the origins of nutritional science through interdisciplinary collaboration
- [3AS-13] Dancing on the lipid raft, glycosylphosphatidylinositol(GPI)-anchor, an active player in signal transduction and genetic disorders
- [3PS-13] Innovations in Mitochondrial Biology: From Theory to Application
- [3AS-14] Enhanced Biology
- [3PS-14] Frontiers of Disease Molecular Biology Unraveling “Life-Aging-Disease-Death"
- [3AS-15] The Biology of Methylation: The role of small molecular modifications in biological systems
- [3PS-15] Multidisciplinary research on neurogenerative disorders
- [3AS-16] Understanding of biological and pathological events using proximity-dependent labeling technologies
- [3PS-16] NeoPathology of Neurodevelopmental Disorders
- [3AS-17] The forefront of sophisticated organelle homeostasis
- [3PS-17] The TOR signaling - Toward a comprehensive understanding
- [1MS-01] A new dimension in cancer 3D culture research
- [1MS-02] Unraveling cell fate control mechanisms through multilayered systems
- [1MS-04] Exploring Disease Mechanisms from the Perspective of Aging: A Comprehensive Approach from Cells to Organs
- [1MS-05] Unraveling the biomembrane dynamics by advanced technology
- [1MS-06] Toward the 3D spatial single-cell omics measurement
- [1MS-07] Reprometabolism: Nutritional and metabolic control of the reproductive cycle
- [1MS-08] Common and specie-characteristic glycans in diverse biological species
- [1MS-09] Laboratory Automation: A Quick Review for Busy Scientists
- [1MS-10] Powering Life: Organ-Specific ATP & GTP Energy Strategies
- [1MS-11] The dynamism of chromosome rearrangement in evolution and development: Insights from nematode research
- [1MS-12] genome biology and databases
- [1MS-13] Perivascular Cell Research: The Past Decade and the Future Decade
- [1MS-14] How does epigenetics study contribute to neuroscience field?
- [1MS-15] Recent advances in structural biology
- [1MS-16] It's Microbe Time !!
- [2MS-01] Human-specific mechanisms of brain disorders
- [2MS-02] The Mechanisms of Organelle Formation Which Define Pathogenesis
- [2MS-04] State-of-the-art imaging techniques using Light and Quantum features
- [2MS-05] Identification of target sites in disease-relevant proteins through super-resolution molecular dynamics simulations
- [2MS-06] Understanding and inducing stemness
- [2MS-07] Rethinking FTLD-TDP from novel action of causal proteins
- [2MS-08] Practical DNA damage response research for cancer therapy
- [2MS-09] Advances in genome editing technology in various fields
- [2MS-10] Intergenerational "Developmental Origins of Health and Disease"
- [2MS-11] Embark on the Journey to Skeletal Muscle Biology and Molecular Pathophysiology
- [2MS-12] Life Phenomena Deciphered by Chromatin Atlas
- [2MS-13] Developing and Applying Innovative Next-Generation Gene Editing Techniques for Mouse Model Generation
- [2MS-14] Life sciences research through data science: Navigating between reality and virtuality
- [2MS-15] Multi-layered metabolic dynamism for understanding and controlling biological systems
- [2MS-16] The encounter of Wnt signaling with interdisciplinary research
- [3MS-01] Various forms of phagocytosis: A Novel Insight into Evolution and Cell Diversity
- [3MS-02] Expanding chronic inflammatory landscape
- [3MS-04] The origin of nuclear envelope biology and the new challenges: The basis of the nuclear envelope provides insights into life phenomena and diseases
- [3MS-05] Metaomics: a powerful technology to reveal the function of Gut microbiota.
- [3MS-06] Chromosome, chromatin, and nuclear dynamics in sexual reproduction
- [3MS-07] Toward a Metabolic Renaissance: gazing at the nature by perturbing “homeostasis"
- [3MS-08] Recent advances in protein design and engineering -from molecular design to molecular evolution-
- [3MS-10] Mechanism of UV-induced DNA damage revisited by state-of-the-art technologies
- [3MS-11] Intranuclear transcriptional network and therapeutic target of human diseases
- [3MS-12] Aggregation and propagation mechanisms of biomolecules and development of therapeutic tools
- [3MS-13] The commitment of the vascular system into the musculoskeletal system
- [3MS-14] Quantitative Biology of Heterogeneity Regulation
- [3MS-15] Advancing ALS research with the SERIKA FUND born from the manga “Space Brothers"
- [3MS-16] Challenging Medical Science Research with DIY and Custom Microscopy Systems
- [1F-02] New insights into zinc signaling and molecular biology
- [1F-03] Interdisciplinary summit for young biology researchers
- [1F-04] Where did animal origin and complexity come from? - experimental evolutionary biology using basal models
- [1F-05] Health Hazards from Fine Particles: Challenges to the Biological Effects of Atmospheric Particles and Chemicals
- [1F-07] UJA Studying Abroad 2024. Functional network of Japanese researchers to promote science and technology.
- [1F-08] Considerations for effective risk management in infectious disease research
- [1F-10] 7th Cryo-electron microscopy network user group meeting
- [1F-11] Animal Molecular Biology: Basic Science and Industrial Application
- [1F-13] Exploring novel functions of macrophages
- [2F-02] Evolution of Bacteria through Stress Adaptation
- [2F-03] 11th Insect meeting "new encounters of Molecular Biology and Entomology"
- [2F-04] The Emerging Frontiers of Life Sciences Utilizing Comprehensive Analysis
- [2F-05] Development of Advanced Molecular Measurement Technology for Social Implementation: From Molecules, Form, Quality and Beyond
- [2F-06] Individual aging mechanisms starting from age-related vascular transformation
- [2F-07] Programmed Stress: What are Developmental and Growth Strategies Throughout Eukaryotes
- [2F-08] Towards a new paradigm shift of protein engineering -the start-up of SPRA protein engineering-
- [2F-10] Exploiting organisms as biosensors: Bridging Molecular Biology and Practical Applications through Feasibility Studies
- [2F-11] Review of COVID-19 from the viewpoint of molecular biology
- Illumina K.K.
- FUJIFILM Wako Pure Chemical Corporation
- Promega KK
- Carl Zeiss Co., Ltd.
- Takara bio inc.
- SCRUM Inc.
- QIAGEN K.K.
- BIOTEC.CO.,LTD
- Committee on Promoting Collaboration in Life Sciences
- Evident Corporation
- Agilent Technologies
- Nepa Gene Co., Ltd.
- NIKON SOLUTIONS CO., LTD.
- Twist Bioscience
- Shinkouseiki Co.,Ltd.
- Shimadzu Corporation
- Leica Microsystems K.K.
- RIKEN Center for Biosystems Dynamics Research
- MAB Institute, Inc.