Significance of Experimental design
Experimental design refers to the structured plan formulated for conducting research studies aimed at testing specific hypotheses. It encompasses various elements including group allocation, treatment administration, and methodical evaluation of outcomes. This approach is crucial for ensuring valid and reliable results across numerous studies, including those investigating the effects of different substances on health outcomes in animal models. By employing systematic frameworks, researchers can effectively analyze and validate different parameters within their experiments.
Synonyms: Experimental setup, Experimental methodology, Research design, Study design, Trial design
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
Hindu concept of 'Experimental design'
In Hinduism, Experimental design can be interpreted as a systematic approach to exploring spiritual hypotheses through controlled practices and rituals, aimed at testing beliefs and understanding the nature of the divine.
From: Prashna Upanishad with Shankara’s Commentary
(1) The plan for a controlled study that tests the predictions of a hypothesis.[1]
The concept of Experimental design in scientific sources
Experimental design is a structured methodology used to evaluate the effects of treatments in various animal groups, particularly in studies assessing the efficacy of Agnikarma compared to other treatments for Gridhrasi.
From: World Journal of Pharmaceutical Research
(1) The structured plan or methodology detailing how an experiment will be carried out, including controls and variable measurements.[2] (2) The structured approach used to assess the effectiveness of different treatments in research settings.[3] (3) The methodology used in the study, incorporating control and test groups to assess the effects of various extracts on cardiac markers.[4] (4) The structured strategy employed in the study to ensure proper control and validity of results, particularly in assessing caffeine's memory effects.[5] (5) Structured plan for conducting experiments to ensure valid and reliable results, includes designs like Box-Behnken and Full factorial.[6]
From: Ancient Science of Life
(1) The framework for how the experiments were structured, including the grouping of rats and the administration of treatments.[7] (2) The structured approach taken in the study for conducting experiments with plant extracts on mitosis.[8] (3) The structured method used in this study to test the effects of different foliar fertilizers on plant growth.[9] (4) The structure of the study involving control and treatment groups to assess the impact of Navayasa curna and Lohasava on liver health.[10] (5) The structured plan of the study, including how animal groups were assigned treatments and assessed for outcomes.[11]
From: Journal of Ayurveda and Integrative Medicine
(1) The structure and approach of the study including the categorization of experimental groups for testing the polyphenol-rich fraction's effects.[12] (2) The plan for a research study that outlines how to conduct experiments and gather data to effectively evaluate the research hypothesis and answer research questions.[13] (3) The structured plan established for conducting scientific experiments, including control and treatment groups to assess interventions.[14] (4) The structured plan outlining how the clinical trial is conducted, including participant selection and treatment administration.[15] (5) Experimental design refers to the structured approach utilized in the study to evaluate the effects of DVA on myelosuppression among rats.[16]
From: The Malaysian Journal of Medical Sciences
(1) The plan and methodology outlining how an experiment is conducted, including the selection of treatment groups and the assessment of outcomes.[17] (2) The structured methodology applied in this study, outlining the treatment groups, dietary conditions, and assessment strategies.[18] (3) Experimental design encompasses the methodology used to conduct the study, including how the rats were grouped and the specifics of treatment administration.[19] (4) The framework or strategy used to structure a study, including how participants are allocated and measured.[20]
From: Journal of Indian Society of Periodontology
(1) The framework of a study which dictates how research is conducted, impacting the validity of results.[21] (2) The overall structure of a clinical study, including how subjects are selected and assigned to different treatment groups.[22] (3) A method used in the study to assess the levels of specific cytokines in different groups of individuals under controlled conditions.[23]
From: AYU (Journal of Research in Ayurveda)
(1) Structure of the study involving different groups of mice to evaluate the effects of the treatments.[24] (2) The structured approach used to determine the effects of treatments in an experiment involving various animal groups.[25]
From: Journal of Ayurveda and Holistic Medicine
(1) Experimental design refers to the methodology employed in studies assessing the efficacy of Agnikarma and its comparison with other treatments for Gridhrasi.[26]
From: International Ayurvedic Medical Journal
(1) The systematic approach used to plan and execute the experimental study on the anticancer activity of Apamarga Kshara.[27]
From: Ayushdhara journal
(1) The structured approach in conducting the study, employing randomization and parallel group comparisons.[28]