ONKI3 | Medical Subject Headings


Hierarchy:	Medical Subject Headings (MeSH) ∟ Environment and Public Health ∟ Public Health ∟ Epidemiologic Methods ∟ Statistics ∟ Probability 20 coordinate concepts 8 subordinate concepts ∟ Bayes Theorem \| ∟ Likelihood Functions \| ∟ Markov Chains \| ∟ Odds Ratio \| ∟ Predictive Value of Tests \| ∟ Proportional Hazards Models \| ∟ Risk \| ∟ Uncertainty ∟ Actuarial Analysis \| ∟ Analysis of Variance \| ∟ Area Under Curve \| ∟ Biometry \| ∟ Cluster Analysis \| ∟ Confidence Intervals \| ∟ Data Interpretation, Statistical \| ∟ Discriminant Analysis \| ∟ Factor Analysis, Statistical \| ∟ Matched-Pair Analysis \| ∟ Models, Statistical \| ∟ Monte Carlo Method \| ∟ Principal Component Analysis \| ∟ Regression Analysis \| ∟ ROC Curve \| ∟ Sensitivity and Specificity \| ∟ Statistical Distributions \| ∟ Statistics, Nonparametric \| ∟ Stochastic Processes \| ∟ Survival Analysis Medical Subject Headings (MeSH) ∟ Health Care Quality, Access, and Evaluation ∟ Quality of Health Care ∟ Health Care Evaluation Mechanisms ∟ Statistics ∟ Probability 20 coordinate concepts 8 subordinate concepts ∟ Bayes Theorem \| ∟ Likelihood Functions \| ∟ Markov Chains \| ∟ Odds Ratio \| ∟ Predictive Value of Tests \| ∟ Proportional Hazards Models \| ∟ Risk \| ∟ Uncertainty ∟ Actuarial Analysis \| ∟ Analysis of Variance \| ∟ Area Under Curve \| ∟ Biometry \| ∟ Cluster Analysis \| ∟ Confidence Intervals \| ∟ Data Interpretation, Statistical \| ∟ Discriminant Analysis \| ∟ Factor Analysis, Statistical \| ∟ Matched-Pair Analysis \| ∟ Models, Statistical \| ∟ Monte Carlo Method \| ∟ Principal Component Analysis \| ∟ Regression Analysis \| ∟ ROC Curve \| ∟ Sensitivity and Specificity \| ∟ Statistical Distributions \| ∟ Statistics, Nonparametric \| ∟ Stochastic Processes \| ∟ Survival Analysis Medical Subject Headings (MeSH) ∟ Health Occupations ∟ Medicine ∟ Specialties, Medical ∟ Public Health ∟ Epidemiologic Methods ∟ Statistics ∟ Probability 20 coordinate concepts 8 subordinate concepts ∟ Bayes Theorem \| ∟ Likelihood Functions \| ∟ Markov Chains \| ∟ Odds Ratio \| ∟ Predictive Value of Tests \| ∟ Proportional Hazards Models \| ∟ Risk \| ∟ Uncertainty ∟ Actuarial Analysis \| ∟ Analysis of Variance \| ∟ Area Under Curve \| ∟ Biometry \| ∟ Cluster Analysis \| ∟ Confidence Intervals \| ∟ Data Interpretation, Statistical \| ∟ Discriminant Analysis \| ∟ Factor Analysis, Statistical \| ∟ Matched-Pair Analysis \| ∟ Models, Statistical \| ∟ Monte Carlo Method \| ∟ Principal Component Analysis \| ∟ Regression Analysis \| ∟ ROC Curve \| ∟ Sensitivity and Specificity \| ∟ Statistical Distributions \| ∟ Statistics, Nonparametric \| ∟ Stochastic Processes \| ∟ Survival Analysis Medical Subject Headings (MeSH) ∟ Health Services Administration ∟ Quality of Health Care ∟ Health Care Evaluation Mechanisms ∟ Statistics ∟ Probability 20 coordinate concepts 8 subordinate concepts ∟ Bayes Theorem \| ∟ Likelihood Functions \| ∟ Markov Chains \| ∟ Odds Ratio \| ∟ Predictive Value of Tests \| ∟ Proportional Hazards Models \| ∟ Risk \| ∟ Uncertainty ∟ Actuarial Analysis \| ∟ Analysis of Variance \| ∟ Area Under Curve \| ∟ Biometry \| ∟ Cluster Analysis \| ∟ Confidence Intervals \| ∟ Data Interpretation, Statistical \| ∟ Discriminant Analysis \| ∟ Factor Analysis, Statistical \| ∟ Matched-Pair Analysis \| ∟ Models, Statistical \| ∟ Monte Carlo Method \| ∟ Principal Component Analysis \| ∟ Regression Analysis \| ∟ ROC Curve \| ∟ Sensitivity and Specificity \| ∟ Statistical Distributions \| ∟ Statistics, Nonparametric \| ∟ Stochastic Processes \| ∟ Survival Analysis Medical Subject Headings (MeSH) ∟ Investigative Techniques ∟ Epidemiologic Methods ∟ Statistics ∟ Probability 20 coordinate concepts 8 subordinate concepts ∟ Bayes Theorem \| ∟ Likelihood Functions \| ∟ Markov Chains \| ∟ Odds Ratio \| ∟ Predictive Value of Tests \| ∟ Proportional Hazards Models \| ∟ Risk \| ∟ Uncertainty ∟ Actuarial Analysis \| ∟ Analysis of Variance \| ∟ Area Under Curve \| ∟ Biometry \| ∟ Cluster Analysis \| ∟ Confidence Intervals \| ∟ Data Interpretation, Statistical \| ∟ Discriminant Analysis \| ∟ Factor Analysis, Statistical \| ∟ Matched-Pair Analysis \| ∟ Models, Statistical \| ∟ Monte Carlo Method \| ∟ Principal Component Analysis \| ∟ Regression Analysis \| ∟ ROC Curve \| ∟ Sensitivity and Specificity \| ∟ Statistical Distributions \| ∟ Statistics, Nonparametric \| ∟ Stochastic Processes \| ∟ Survival Analysis Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Mathematics ∟ Statistics ∟ Probability 20 coordinate concepts 8 subordinate concepts ∟ Bayes Theorem \| ∟ Likelihood Functions \| ∟ Markov Chains \| ∟ Odds Ratio \| ∟ Predictive Value of Tests \| ∟ Proportional Hazards Models \| ∟ Risk \| ∟ Uncertainty ∟ Actuarial Analysis \| ∟ Analysis of Variance \| ∟ Area Under Curve \| ∟ Biometry \| ∟ Cluster Analysis \| ∟ Confidence Intervals \| ∟ Data Interpretation, Statistical \| ∟ Discriminant Analysis \| ∟ Factor Analysis, Statistical \| ∟ Matched-Pair Analysis \| ∟ Models, Statistical \| ∟ Monte Carlo Method \| ∟ Principal Component Analysis \| ∟ Regression Analysis \| ∟ ROC Curve \| ∟ Sensitivity and Specificity \| ∟ Statistical Distributions \| ∟ Statistics, Nonparametric \| ∟ Stochastic Processes \| ∟ Survival Analysis Medical Subject Headings (MeSH) ∟ Population Characteristics ∟ Health ∟ Public Health ∟ Epidemiologic Methods ∟ Statistics ∟ Probability 20 coordinate concepts 8 subordinate concepts ∟ Bayes Theorem \| ∟ Likelihood Functions \| ∟ Markov Chains \| ∟ Odds Ratio \| ∟ Predictive Value of Tests \| ∟ Proportional Hazards Models \| ∟ Risk \| ∟ Uncertainty ∟ Actuarial Analysis \| ∟ Analysis of Variance \| ∟ Area Under Curve \| ∟ Biometry \| ∟ Cluster Analysis \| ∟ Confidence Intervals \| ∟ Data Interpretation, Statistical \| ∟ Discriminant Analysis \| ∟ Factor Analysis, Statistical \| ∟ Matched-Pair Analysis \| ∟ Models, Statistical \| ∟ Monte Carlo Method \| ∟ Principal Component Analysis \| ∟ Regression Analysis \| ∟ ROC Curve \| ∟ Sensitivity and Specificity \| ∟ Statistical Distributions \| ∟ Statistics, Nonparametric \| ∟ Stochastic Processes \| ∟ Survival Analysis X
Broader terms:	Medical Subject Headings (MeSH) ∟ Environment and Public Health ∟ Public Health ∟ Epidemiologic Methods ∟ Statistics ∟ Probability Medical Subject Headings (MeSH) ∟ Health Care Quality, Access, and Evaluation ∟ Quality of Health Care ∟ Health Care Evaluation Mechanisms ∟ Statistics ∟ Probability Medical Subject Headings (MeSH) ∟ Health Occupations ∟ Medicine ∟ Specialties, Medical ∟ Public Health ∟ Epidemiologic Methods ∟ Statistics ∟ Probability Medical Subject Headings (MeSH) ∟ Health Services Administration ∟ Quality of Health Care ∟ Health Care Evaluation Mechanisms ∟ Statistics ∟ Probability Medical Subject Headings (MeSH) ∟ Investigative Techniques ∟ Epidemiologic Methods ∟ Statistics ∟ Probability Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Mathematics ∟ Statistics ∟ Probability Medical Subject Headings (MeSH) ∟ Population Characteristics ∟ Health ∟ Public Health ∟ Epidemiologic Methods ∟ Statistics ∟ Probability Statistics > Epidemiologic Methods > Public Health > Environment and Public Health > Medical Subject Headings (MeSH) Statistics > Health Care Evaluation Mechanisms > Quality of Health Care > Health Care Quality, Access, and Evaluation > Medical Subject Headings (MeSH) Statistics > Epidemiologic Methods > Public Health > Specialties, Medical > Medicine > Health Occupations > Medical Subject Headings (MeSH) Statistics > Health Care Evaluation Mechanisms > Quality of Health Care > Health Services Administration > Medical Subject Headings (MeSH) Statistics > Epidemiologic Methods > Investigative Techniques > Medical Subject Headings (MeSH) Statistics > Mathematics > Natural Sciences > Medical Subject Headings (MeSH) Statistics > Epidemiologic Methods > Public Health > Health > Population Characteristics > Medical Subject Headings (MeSH) X
Narrower terms:	Bayes Theorem \| Likelihood Functions \| Markov Chains \| Odds Ratio \| Predictive Value of Tests \| Proportional Hazards Models \| Risk \| Uncertainty X
Annotation:	IM for probability as a statist concept; NIM as coord for relative frequency of occur of specific dis, physiol response, etc.; see note under RISK & RISK FACTORS; coord NIM with specific disease or other concept (IM) X
historyNote*:	68(64) X
publicMeSHNote*:	68 X
Scope note:	The study of chance processes or the relative frequency characterizing a chance process. X
activeMeSHYear*:	2003 \| 2004 \| 2005 \| 2006 \| 2007X
dateCreated*:	1999-01-01X
dateEstablished*:	1968-01-01X
dateRevised*:	2002-07-03X
recordAuthorizer*:	sjnX
recordMaintainer*:	tjkX
recordOriginator*:	NLMX
Type:	Concept X
Coordinate terms:	Actuarial Analysis \| Analysis of Variance \| Area Under Curve \| Biometry \| Cluster Analysis \| Confidence Intervals \| Data Interpretation, Statistical \| Discriminant Analysis \| Factor Analysis, Statistical \| Matched-Pair Analysis \| Models, Statistical \| Monte Carlo Method \| Principal Component Analysis \| Regression Analysis \| ROC Curve \| Sensitivity and Specificity \| Statistical Distributions \| Statistics, Nonparametric \| Stochastic Processes \| Survival Analysis X
URI:	X
Labels and equivalent concepts:	Todennäköisyys (fi) Sannolikhet (sv) Probabilitet (sv, replaced) P-värde (sv, replaced) X
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