High energy material crystal structure database
| Summary | It aims to provide crystal structure information which is the basis for considering physical property findings on high energy substances such as explosives and explosives. Furthermore, it is important to investigate the reaction process and structural change leading to the explosion to elucidate the explosion phenomenon. However, since it is difficult for experiments, the database also shows the result of predicting the crystal structure under high temperature and high pressure by computer simulation. |
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| Data type | Chemical Substance | Crystal structure |
High-energy chemical properties fact database
| Summary | Explosion accidents related to chemical substances are repeatedly occurring in every place in the world. This database maintains and publishes safety information on fire-fighting raw materials and compositions, in which accidents occur frequently. It is aimed at creating an encyclopediastic database which can comprehensively examine information related to explosion safety of chemical substances (UN numbers, physical properties, evaluation methods, past cases, prediction methods, etc.). We aim to contribute even a little to safety improvement in various industries and research activities. |
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| Data type | Chemical Substance, Explosion risk, Spectral analysis, Ion-exchange resin method, Exothermic decomposition energy measurement |
Human Body Properties Database
| Summary | In one of the AIST human body size and shape database, this database, compiled the foregoing literature concerning the human body mechanical properties, are organized into easy-to-read form.As the first step, organized database has been published about the human body size characteristics and joint characteristics and inertia characteristics. |
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| Data type | Literatures |
Identification rates of tactile symbols and letters
| Summary | In one of the sensory characteristics database of elderly persons and persons with disabilities, this database presents correct identification rates for tactile symbols and letters, separately for groups with different properties, in graphical form. |
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| Data type | Touch data |
INOH Pathway Database
| Summary | INOH (Integrating Network Objects with Hierarchies) is a pathway database of model organisms including human, mouse, rat and others. In INOH, the term pathway refers to higher order functional knowledge such as relationships among multiple bio-molecules that constitute signal transduction pathways or biological events in general. As most part of this knowledge resides in scientific articles, the database focuses on curating and encoding textual knowledge into a machine-processable form.(the former URL:http://www.inoh.org/) |
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| Data type | Protein-Proteome |
J-CHECK
| Summary | J-CHECK is a database developed to provide the information regarding "Act on the Evaluation of Chemical Substances and Regulation of Their Manufacture, etc. "(CSCL) by the authorities of the law, Ministry of Health, Labour and Welfare, Ministry of Economy, Trade and Industry, and Ministry of the Environment.J-CHECK provides the information regarding CSCL, such as the list of CSCL, chemical safety information obtained in the existing chemicals survey program, Japan Challenge Program, etc.in cooperation with eChemPortal by OECD.(cited from original site)J-CHECK related with CHRIP in chemical compound name. |
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| Data type | Chemical compound |
Japan Paleobiology Database
| Summary | This is the information on sample databases of domestic universities, museums, and museums holding archaeological specimens. |
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| Data type | Paleobiology |
KATANA
| Summary | Genomic information of Arabidopsis thaliana can be obtained from various public databases. Given that naming conventions often vary between databases and that the same genes can be annotated differently, we developed a web-based tool, KATANA (Kazusa Arabidopsis thaliana Annotation Abstract; http://www.kazusa.or.jp/katana/), to guide users searching for Arabidopsis genomic information to the relevant public databases from a single site. The tool contains information and annotations of genes and proteins, gene families, gene ontology (GO) terms, metabolic pathways and gene expression data from the Massively Parallel Signature Sequencing (MPSS) experiments. Given that entries in the tool are hyper-linked to those of the databases, detailed information can be accessed at the original sites. Advanced searches for metabolic pathways and GO terms can also be performed.(cited from the original paper) |
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| Data type | Gene expression , Metabolic pathway, Gene ontoloby |
KNApSAcK
| Summary | The KNApSAcK package when installed in the user's computer provides tool for analyzing his/her own datasets of mass spectra that are prepared according to a particular format, as well as for retrieving information on metabolites by entering the name of a metabolite, the name of an organism, molecular weight or molecular formula. A list of metabolites that are associated to a taxonomic class can be obtained by search with the taxonomic name, from which information of individual metabolites can be retrieved. (cited from the original site) |
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| Data type | Metabolite repression mass spectra |
KNApSAck Family
| Summary | KNApSAck Family is integrated database ,which KNApSAcK is the core system.The gene annotation of Arabidopsis, Bacillus, Human has been released. In addition, metal ion binding site of protein database MetalMine, KAMPO medicine database and JAMU database works with KNApSAck.In addition, the 7356 records of plant species from 119 countries have data stored. These data have been collected and registered from published scientific reports.NEDO project detaset is includes in KNApSAck Family. |
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| Data type | Metabolite repression |