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Student performance, MOOC logs, knowledge tracing, standardized tests, learning analytics
15,154 datasets
A glossary of about 800 terms related to neurotoxicology, compiled by Douglas M. Templeton of the University of Toronto. It aims to provide clear definitions for chemists, toxicologists, pharmacologists, and regulatory authorities who need to understand the literature on the effects of substances on the nervous system. The glossary includes primary alphabetical entries, annexes of abbreviations, and examples of chemicals with known neurotoxic effects.
Approximately 1200 primary alphabetical entries define terms for immunotoxicology studies. The glossary, authored by Douglas M. Templeton of the University of Toronto, includes annexes on common abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents. It aims to aid chemists, toxicologists, pharmacologists, and regulatory authorities in understanding immunology literature for occupational and environmental risk assessment.
Approximately 1200 primary alphabetical entries define terms for chemists and other non-immunologists contributing to immunotoxicology studies. Douglas M. Templeton of the University of Toronto authored this self-contained document, which includes annexes on abbreviations, chemicals affecting immunity, autoantibodies, and therapeutic agents. The glossary aims to facilitate the worldwide use of chemistry in occupational and environmental risk assessment.
Approximately 1200 primary alphabetical entries define terms for immunotoxicology. The glossary includes annexes on common abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents. Douglas M. Templeton of the University of Toronto authored this resource to aid non-immunologists in understanding the literature.
1200 primary alphabetical entries define terms for chemists and other non-immunologists contributing to immunotoxicology studies. The glossary includes terms related to basic and clinical immunology, diagnosing and measuring immune system effects, and annexes on abbreviations, chemicals, autoantibodies, and therapeutic agents. Douglas M. Templeton of the University of Toronto authored this resource to facilitate the use of chemistry in occupational and environmental risk assessment.
A glossary of about 1200 terms compiled by Douglas M. Templeton of the University of Toronto to provide clear definitions for non-immunologists working in immunotoxicology. It includes primary alphabetical entries and annexes covering abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents. The document aims to facilitate the use of chemistry in occupational and environmental risk assessment.
Approximately 1200 primary alphabetical entries define terms for immunotoxicology. The glossary includes annexes for common abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents. Douglas M. Templeton of the University of Toronto authored this document to aid chemists, toxicologists, and medical practitioners.
A glossary of about 800 terms related to neurotoxicology, compiled by Douglas M. Templeton of the University of Toronto. It aims to provide clear definitions for non-specialists, especially chemists, who need to understand the literature on the neurotoxic effects of substances. The glossary includes primary alphabetical entries, annexes of abbreviations, and examples of chemicals with known nervous system effects.
A glossary of about 1200 terms related to immunotoxicology, basic and clinical immunology. It was authored by Douglas M. Templeton of the University of Toronto to aid non-immunologists, such as chemists and toxicologists, in understanding the literature. The glossary includes primary entries and annexes covering abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents.
Douglas M. Templeton from the University of Toronto authored the "Glossary of Terms Used in Immunotoxicology." It consists of about 1,200 primary alphabetical entries defining terms related to basic and clinical immunology, with a focus on diagnosing and measuring effects of substances on the immune system. The glossary includes annexes with common abbreviations, examples of chemicals affecting immunity, and lists of autoantibodies and therapeutic agents.
A glossary of about 800 primary terms related to neurotoxicology, compiled by Douglas M. Templeton of the University of Toronto. It provides definitions for chemists, toxicologists, pharmacologists, and regulatory authorities to understand the effects of substances on the nervous system. The resource includes annexes with common abbreviations and examples of chemicals with known neurological effects.
A glossary of about 1200 terms compiled by Douglas M. Templeton of the University of Toronto. The primary objective is to give clear definitions for those who contribute to studies relevant to immunotoxicology but are not themselves immunologists. It includes terms related to basic and clinical immunology, with annexes covering abbreviations, chemicals, autoantibodies, and therapeutic agents.
About 1200 primary alphabetical entries define terms for immunotoxicology. The glossary includes terms related to basic and clinical immunology, particularly for diagnosing, measuring, and understanding effects of substances on the immune system. It was authored by Douglas M. Templeton of the University of Toronto.
Approximately 1200 primary alphabetical entries define terms for chemists and other non-immunologists working in immunotoxicology. The glossary, authored by Douglas M. Templeton of the University of Toronto, includes annexes on common abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents. Its primary objective is to provide clear definitions for those contributing to immunotoxicology studies without extensive immunological background.
1200 primary alphabetical entries define terms for chemists and other non-immunologists contributing to immunotoxicology studies. The glossary, authored by Douglas M. Templeton of the University of Toronto, includes annexes on common abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents. It aims to facilitate the worldwide use of chemistry in occupational and environmental risk assessment.
Douglas M. Templeton from the University of Toronto authored the "Glossary of Terms Used in Immunotoxicology." It provides clear definitions for non-immunologists, especially chemists, contributing to immunotoxicology studies. The glossary contains about 1200 primary terms and includes annexes on abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents.
A glossary of about 1200 terms compiled by Douglas M. Templeton of the University of Toronto. The primary objective is to give clear definitions for non-immunologists, especially chemists, contributing to immunotoxicology studies. It includes terms related to basic and clinical immunology, with annexes covering abbreviations, chemicals affecting the immune system, autoantibodies, and therapeutic agents.
1200 primary alphabetical entries define terms for chemists and other non-immunologists contributing to immunotoxicology studies. The glossary includes terms related to basic and clinical immunology, particularly for diagnosing, measuring, and understanding effects of substances on the immune system. It was authored by Douglas M. Templeton of the University of Toronto.
Over 148,000 structural models for paired antibody sequences from the Observed Antibody Space (OAS) database, generated using the ABodyBuilder2 model. The dataset also includes the trained model weights for ABodyBuilder2, NanoBodyBuilder2, and TCRBuilder2, developed by Brennan Abanades at the University of Oxford. ImmuneBuilder models are reported to predict structures with state-of-the-art accuracy, such as a 2.86Å RMSD for antibody CDR-H3 loops, and are significantly faster than AlphaFold2.
200,000 randomly generated toric varieties of Picard rank 2 with at worst terminal singularities, in dimensions 2 to 10. The dataset was created by Tom Coates of Imperial College London and colleagues, as detailed in a 2023 Nature Communications paper. Each variety is represented by a (2 x N+2)-matrix stored in plain text files.