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...al fibrillation]], the risk of bleeding can be estimated with the HAS-BLED clinical prediction rule.<ref name="pmid20299623">{{cite journal| author=Pisters R, Lane DA, Nieuwla ...cal prediction rule]] (http://www.crusadebleedingscore.org/). Additional [[clinical prediction rule]]s are available.<ref name="pmid17099015">{{cite journal| author=Shireman T

[[Clinical prediction rule]] have been developed to help the prediction.

Several studies have compared the procalcitonin level to [[clinical prediction rule]]s, either the [[pneumonia severity index]] or the [[CURB-65]], with the fo ...y lower the estimated risk among patients thought to be high risk by the [[clinical prediction rule]]s<ref name="pmid18342993">{{cite journal| author=Huang DT, Weissfeld LA, K

A [[clinical prediction rule]] can estimate the risk of morbidity in the febrile patient with neutropeni

...ially if the patient fulfills any criteria from the New Orleans Criteria [[clinical prediction rule]]:<ref name="pmid10891517">{{cite journal |author=Haydel MJ, Preston CA, Mi ...pecially if the patient fulfills criteria from the Canadian C-Spine Rule [[clinical prediction rule]] for [[neck injury]]: <ref name="pmid14695411">{{cite journal |author=Stie

...up> score (http://www.stroke.org/site/DocServer/NSA_ABCD2_tool.pdf) is a [[clinical prediction rule]] that can predict likelihood of subsequent [[stroke]] over short term<ref

A [[clinical prediction rule]] helps distinguish early repolarization from anterior ST-segment elevation

A [[clinical prediction rule]] has been validated for predicted an abnormal prostate biopsy.<ref name="p A [[clinical prediction rule]] is available at http://www.prostate-riskindicator.com/en/w6-intro.html.

[[Clinical prediction rule]]s, including the Vulnerable Elders-13 Survey (VES-13)<ref name="pmid197931

...spital discharge that predict subsequent hospital admission constitute a [[clinical prediction rule]].<ref name="pmid20832502">{{cite journal| author=Whitlock TL, Tignor A, We

The Pryor nomogram, a [[clinical prediction rule]], can help diagnose patients with suspected chest pain in a non emergent s ...test]] (ETT) can help diagnose and prognose patients with suspected CHD. [[Clinical prediction rule]]s are available to help interpret the results of the ETT. These rules are

A [[clinical prediction rule]] suggests that if a patient has at least two of 1) dysuria, 2) the presenc

...y methicillin-resistant [[Staphylococcus aureus]] (MRSA). According to a [[clinical prediction rule]], these are more likely to be "small, irregularly shaped, or indistinct, w

A [[clinical prediction rule]] can help guide assessment.<ref name="pmid9129544">{{cite journal |author=

For men, the "MORES" [[clinical prediction rule]] uses age, weight, and history of chronic obstructive pulmonary disease to .../jama.ama-assn.org/cgi/content/abstract/298/20/2389}}</ref> Of note, the [[clinical prediction rule]] did not study the contribution of physical examination findings.

More recently, a clinical prediction rule may help identify patients for screening.<ref name="pmid20881774">{{cite jo

Various [[clinical prediction rule]]s exist to help diagnose PE, such as the Wells score and the [[Geneva rule ...y used method to predict clinical probability, the [[Wells score]], is a [[clinical prediction rule]], whose use is complicated by multiple versions being available. In 1995,

A [[clinical prediction rule]] ([http://www.umcn.nl/Research/Departments/eerstelijnsgeneeskunde/Pages/Ji

A [[clinical prediction rule]] can estimate complications.<ref name="pmid17893494">{{cite journal| autho

* Another [[clinical prediction rule]]s may help diagnose sleep apnea.<ref>Rodsutti J, Hensley M, Thakkinstian A