Scientific evidence definition
Scientific evidence means the results of controlled clinical trials or other studies published in peer-reviewed, medical literature generally recognized by the relevant medical specialty community.
Scientific evidence means information furnishing a level of proof based on the established and accepted methods of science;
Scientific evidence means controlled clinical trials that either directly or indirectly demonstrate the effect of the intervention on health outcomes. However, if controlled clinical trials are not available, observational studies that demonstrate a causal relationship between the intervention and health outcomes may be used. Partially controlled observational studies and uncontrolled clinical series may be considered to be suggestive, but shall not by themselves be considered to demonstrate a causal relationship unless the magnitude of the effect observed exceeds anything that could be explained either by the natural history of the medical condition or potential experimental biases.
Examples of Scientific evidence in a sentence
Scientific evidence suggests that college students living in dormitory facilities are at a moderately increased risk of contracting meningococcal disease and immunization against meningococcal disease will decrease the risk of the disease.
Scientific evidence suggests that college students living in dormitory facilities are at a modestly increased risk of contracting meningococcal disease.
Result 6: Scientific evidence is provided for policy dialogue on AE and CSA in Zimbabwe.
Scientific evidence would be considered to determine the population segment’s significance to the species to which it belongs (e.g., evidence that it differs markedly from other populations of the species in its genetic characteristics).
Scientific evidence has not identified any differences in udder or leg hygiene, somatic cell count or prevalence of intramammary pathogens that could be attributed to tail docking.
More Definitions of Scientific evidence
Scientific evidence means evidence that is logically derived from controlled experiments designed, conducted and reported according to the scientific method, using relevant experi- mental and statistical analytical procedures that are generally rec- ognized and defensible as valid and appropriate among peers in the relevant scientific community. Testimonials are not “scien- tific evidence.”
Scientific evidence means scientific documents and information from researches accepted by competent authorities or published in Vietnamese or foreign academic journals or articles about traditional medicine in academic prints.
Scientific evidence means controlled clinical trials that either directly or indirectly demonstrate the effect of the intervention on health outcomes. If controlled clinical trials are not available, observational studies that demonstrate a causal relationship between the intervention and the health outcomes may be used. Partially controlled observational studies and uncontrolled clinical serious may be suggestive, but do not by themselves demonstrate a causal relationship unless the magnitude of the effect observed exceeds anything that could be explained either by the natural history of the medical condition or potential experimental biases.
Scientific evidence means geologic, geophysical, geochemical and hydrologic information.
Scientific evidence means controlled clinical trials that either directly or indirectly demonstrate the effect of the intervention on health outcomes. If controlled clinical trials are not available, observational studies that demonstrate a causal relationship between the intervention and the health outcomes may be used.
Scientific evidence means controlled clinical trials that either directly or indirectly demonstrate the effect of the
Scientific evidence consists primarily of controlled clinical trials that either directly or indirectly demonstrate the effect of the intervention on health outcomes. If controlled clinical trials are not available, observational studies that demonstrate a causal relationship between the intervention and health outcomes can be used. Partially controlled observational studies and uncontrolled clinical series may be suggestive. These do not by themselves demonstrate a causal relationship unless the magnitude of the effect observed exceeds anything that could be explained either by (a) the natural history of the medical condition, or (b) potential experimental biases. New interventions for which clinical trials have not been conducted because of epidemiological reasons (i.e., rare or new diseases or orphan populations) shall be evaluated on the basis of professional standards of care or expert opinion.