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Essentials of a complete physical examination.

The goal of the physical examination is to obtain valid information concerning the health of the patient. The examiner must be able to identify, analyze, and synthesize the accumulated information into a comprehensive assessment. This article outlines the details of the examinations of the individual organ systems that should be evaluated during a podiatric screening physical examination. Some parts of the physical examination have been omitted intentionally. Attention is paid to the recognition of pedal manifestations of systemic disease.

Female↗

[Physical examination--tourniquet tests for varicose veins].

Physical examination of patients with varicose veins is time-consuming and subjective. Nowadays, it is frequently replaced by hand-held Doppler examination and duplex scanning. Adequate studies investigating the value of physical examination for varicose veins are lacking. It is unclear whether the tourniquet tests of Trendelenburg and Perthes are more accurate than other physical tests, such as the cough test or tap test. In selected patients, who are not obese, have clearly visible varicose veins and have not been treated before, physical examination seems accurate, especially for assessment of the long saphenous vein. When physical examination is inconclusive, as often is the case with recurrent varicose veins, suspected short saphenous vein or perforator incompetence, or adipose legs, additional Doppler or duplex testing is required for an accurate diagnosis.

Diagnosis, Differential↗

Physical examination for the occupational health nurse: skills update.

Physical examination is a critical element of any occupational health practice. When a physical examination is performed effectively, it can benefit both employer and the employee. The combination of the health history and physical examination provides a database for health surveillance, risk exposure, and disease prevention. The environment for the physical examination should be arranged to be as private as possible. Lighting should be adequate and equipment should be arranged on a clean surface. The client should be prepared for the physical examination with clear description of what will be completed. Physical examinations are usually based on the specific needs of the employer and employee. Additionally, the assessments are based on company policy and State Nurse Practice Act(s). Types of examinations conducted by the occupational health nurse may include the focused or comprehensive evaluation. A focused physical examination is used to investigate a specific body system related to the client's complaint. A comprehensive, systematic, head to toe examination is conducted for a complete physical assessment.

Clinical Competence↗

Physical examination in valvular aortic stenosis: correlation with stenosis severity and prediction of clinical outcome.

BACKGROUND AND METHODS: The goal of this study was to examine the ability of physical examination to predict valvular aortic stenosis severity and clinical outcome in 123 initially asymptomatic subjects (mean age 63 +/- 16 years, 70% men) followed up for a mean of 2.5 +/- 1.4 years. RESULTS: Doppler aortic jet velocity correlated with systolic murmur intensity (P =.003) and timing (P =.0002), a single second heart sound (P =.01), and carotid upstroke delay (P <.0001) and amplitude (P <.0001). However, no physical examination findings had both a high sensitivity and a high specificity for the diagnosis of severe valvular obstruction. Clinical end points were reached in 56 subjects (46%), including 8 deaths and 48 valve replacements for symptom onset. Univariate predictors of outcome included carotid upstroke delay (P =.0008) and amplitude (P =.0006), systolic murmur grade (P <.0001) and peak (P =.0003), and a single second heart sound (P =.003). On multivariate Cox regression analysis, the only physical examination predictor of outcome was carotid upstroke amplitude (P =.0001). CONCLUSIONS: Although physical examination findings correlate with stenosis severity, echocardiography still is needed to exclude severe obstruction reliably when this diagnosis is suspected.

Aortic Valve Stenosis↗

The history and physical examination of the trauma patient.

The physical examination must be considered the most important method of gathering information about the injured animal. Without a complete physical examination, it is impossible to select the laboratory and radiographic tests that will be most valuable to the patient. In dealing with the injured animal, repeated physical examinations are the most reliable means of detecting deviations from normal and monitoring the patient's condition.

Animals↗

Spinal stenosis: history and physical examination.

The history and physical examination are an essential component in the assessment of patients with lumbar spinal stenosis. The differential diagnosis is broad, and many conditions may be ruled out with a thorough office evaluation. Peripheral neuropathy, arteriovascular disease, and hip arthrosis are common entities with similar symptoms. Imaging studies provide poor specificity. Clinical decision making should be based on a collection of data, including the history and physical findings, functional status, imaging and electrodiagnostic studies, and other adjunctive studies.

Diagnosis, Differential↗

Diagnosing pneumonia by physical examination: relevant or relic?

BACKGROUND: The reliability of chest physical examination and the degree of agreement among examiners in diagnosing pneumonia based on these findings are largely unknown. OBJECTIVES: To determine the accuracy of various physical examination maneuvers in diagnosing pneumonia and to compare the interobserver reliability of the maneuvers among 3 examiners. METHODS: Fifty-two male patients presenting to the emergency department of a university-affiliated Veterans Affairs medical center with symptoms of lower respiratory tract infection (cough and change in sputum) were prospectively examined. A comprehensive lung physical examination was performed sequentially by 3 physicians who were blind to clinical history, laboratory findings, and x-ray results. Examination findings by lung site and whether the examiner diagnosed pneumonia were recorded on a standard form. Chest x-ray films were read by a radiologist. RESULTS: Twenty-four patients had pneumonia confirmed by chest x-ray films. Twenty-eight patients did not have pneumonia. Abnormal lung sounds were common in both groups; the most frequently detected were rales in the upright seated position and bronchial breath sounds. Relatively high agreement among examiners (kappa approximately 0.5) occurred for rales in the lateral decubitus position and for wheezes. The 3 examiners' clinical diagnosis of pneumonia had a sensitivity of 47% to 69% and specificity of 58% to 75%. CONCLUSIONS: The degree of interobserver agreement was highly variable for different physical examination findings. The most valuable examination maneuvers in detecting pneumonia were unilateral rales and rales in the lateral decubitus position. The traditional chest physical examination is not sufficiently accurate on its own to confirm or exclude the diagnosis of pneumonia.

Adult↗

Mitral valve prolapse: comparison of diagnosis by physical examination and echocardiography.

To determine how well physical examination findings suggestive of mitral valve prolapse (MVP) correlate with echocardiographic evidence of MVP, we retrospectively reviewed the charts of 104 patients referred to an Air Force Cardiology Clinic for echocardiography to rule out MVP. In each case, the referring physician's specialty and his findings on cardiac physical examination were recorded. All patients had M-mode echocardiography, and half of the patients had two-dimensional echocardiography. Sensitivities, specificities, and likelihood ratios for the physical examination were calculated using echocardiography as the comparison standard. The combination of a systolic click and a systolic murmur was the physical examination finding most predictive of echocardiographic MVP, with a positive likelihood ratio of 2.43. Other combinations of physical findings yielded likelihood ratios close to 1. No differences were found based on the specialty of the examining physician. We conclude that when practicing physicians find a systolic click and murmur, MVP is likely to be present on echocardiography, though one third of the patients will have normal echocardiograms. Other combinations of physical findings are of little help in predicting echocardiographic MVP.

Echocardiography↗

Should patients who are suspected of having an ectopic pregnancy undergo physical examination?

OBJECTIVE: To determine whether physical examination is useful for patients with suspected ectopic pregnancy (EP) for whom transvaginal sonography is performed and serum hCG levels are measured. DESIGN: Prospective study. SETTING: Two large teaching hospitals. PATIENT(S): Three hundred eighty-two patients with suspected EP, based on a positive urine pregnancy test and the presence of abdominal pain, vaginal bleeding, or risk indicators. INTERVENTION(S): Abdominal examination, speculum inspection, and digital vaginal examination. MAIN OUTCOME MEASURE: A final diagnosis made by transvaginal sonography, serum hCG measurement, and, if necessary, confirmatory laparoscopy. RESULT(S): One hundred sixteen (30%) of the 382 patients had an EP. At external abdominal examination, rebound tenderness and muscular rigidity had likelihood ratios of 3.7 and 8.0, respectively. Findings at speculum inspection and digital vaginal examination had likelihood ratios between 0.33 and 2.4. Logistic regression analysis showed that the additional information provided by physical examination for the diagnosis of EP is limited compared with the information provided by transvaginal sonography and serum hCG measurement alone. CONCLUSION: On the basis of our results, we believe that vaginal digital examination for patients with suspected EP is unnecessary.

Adult↗

Causes of breast cancer misdiagnosis at physical examination.

2740 consecutive breast cancers undergoing physical examination were reviewed. Ninety-two subclinical cancers detected at mammography were excluded from further evaluation and the study focused on palpable false benign cancers. The sensitivity of physical examination varied according to T category (TIS = 0.48, T1 = 0.70, T2 = 0.90, T3 = 0.89, T4 = 0.93), age (20-29 = 0.77, 30-39 = 0.58, 40-49 = 0.75, 50-59 = 0.84, 60-69 = 0.90, greater than 69 = 0.94) and operator (range 0.69-0.89), a significant difference being recorded in favor of more expert operators. Multivariate analysis (Cox) showed that T category, patient's age and operator experience are independent determinants of sensitivity. This study confirms that physical examination is not very sensitive, particularly for small tumors and in younger women and should always be performed by expert operators.

Adult↗

Physical examination of the pulmonary system.

Physical examination of the pulmonary system includes inspection, auscultation, percussion, and palpation. By integrating these findings, it is often possible to diagnose and differentiate pulmonary edema, pleural effusion, pneumothorax, pulmonary fibrosis, and tracheal collapse. The veterinarian can use the physical examination optimally by initially performing examinations with those who are experienced with the methods and with an understanding of the relatively simple laws of physiology and physics governing transmission of sounds from the patient's lung.

Animal Diseases↗

Acute knee injuries: Part I. History and physical examination.

A thorough history and physical examination are helpful in the diagnosis of meniscal damage, cruciate and collateral ligament sprains and patellar instability, the four major acute knee injuries. When performing a physical examination in a patient with a knee injury, the uninjured knee should always be assessed first and used for comparison. Examination includes passive and active range-of-motion testing, palpation of the joint line spaces, and a variety of maneuvers to evaluate knee stability. Valgus and varus testing provides assessment of the collateral ligaments. The Lachman and pivot shift tests are useful in the evaluation of the anterior cruciate ligament. The posterior drawer and tibial sag tests are used to evaluate the posterior cruciate ligament. The bounce test, McMurray's test and Apley's grind test can aid in the diagnosis of meniscal injury.

Humans↗

Reliability of physical examination of the upper extremity among keyboard operators.

BACKGROUND: Physical examination is a traditional outcome measure in epidemiological research. Its value as a reliable measure depends, in part, on the prevalence of positive findings. The purpose of this paper is to determine the empirical reliability of physical examination and anthropometry in a field study of upper extremity disorders among keyboard operators. METHODS: Two experienced examiners independently performed common provocative tests and procedures in physical examinations of the neck and upper extremity among 160 keyboard operators. Two additional examiners conducted anthropometric surveys among 137 workers. Inter-examiner reliability was assessed with observed agreement, kappa statistics, and intra-class correlations (ICC). RESULTS: Observed agreement was between 96% and 100% for neck and upper extremity signs, muscle stretch reflexes, and muscle strength, however, with the exception of provocative tests, reliability statistics were unstable. Among the provocative tests, Phalen and Tinel tests had modest agreement after adjusting for chance (kappa range: 0.20-0.43). The carpal compression test had the best reliability (kappa=0.60 and kappa=0.67, left and right side, respectively). The ICCs for anthropometry ranged from 0.36-0.91. CONCLUSIONS: Results from the study showed that statistically, except for the carpal compression test, physical examination contributed minimal reliable information. This was attributed mainly to the low prevalence of positive findings, and generally mild nature of upper extremity disorders in this population. The results are the best estimate of what would be found in a field study with experienced examiners. While it may reduce bias, separating physical examination from medical history may contribute to the poor reliability of findings. With a shift toward reliable measures, resources can be allocated to more effective tools, like questionnaires, in epidemiological research of upper extremity disorders among keyboard operators.

Adult↗

Support of evidence-based guidelines for the annual physical examination: a survey of primary care providers.

BACKGROUND: Current evidence does not support an annual screening physical examination for asymptomatic adults, but little is known about primary care provider (PCP) attitudes and practices regarding an annual physical examination. METHODS: We conducted a postal survey (32 items) of attitudes and practices regarding the annual physical examination (in asymptomatic patients 18 years or older) of a random sample of PCPs (specializing in internal medicine, family practice, and obstetrics/gynecology) from 3 geographic areas (Boston, Mass; Denver, Colo; and San Diego, Calif). RESULTS: Respondents included 783 (47%) of 1679 PCPs. Overall, 430 (65%) of 664 agreed that an annual physical examination is necessary. Three hundred ninety-three (55%) of 712 disagreed with the statement that national organizations do not recommend an annual physical examination, and 641 (88%) of 726 perform such examinations. Most PCPs agreed that an annual physical examination provides time to counsel patients about preventive health services (696/739 [94%]), improves patient-physician relationships (693/737 [94%]), and is desired by most patients (572/737 [78%]). Most also believe that an annual physical examination improves detection of subclinical illness (545/738 [74%]) and is of proven value (461/736 [63%]). Many believed that tests should be part of an annual physical examination, including mammography (44%), a lipid panel (48%), urinalysis (44%), testing of blood glucose level (46%), and complete blood cell count (39%). CONCLUSIONS: Despite contrary evidence, most PCPs believe an annual physical examination detects subclinical illness, and many report performing unproven screening laboratory tests. Primary care providers do not appear to accept recommendations that annual physical examinations be abandoned in favor of a more selective approach to preventing health problems.

Adult↗

The dogged physical examination in the era of the C.A.T.

In attempting to evaluate the usefulness of the screening physical examination, it is necessary to remember that these recommendations are for asymptomatic individuals. When specific symptoms are present they need to be evaluated using physical examination and laboratory techniques that are appropriate to diagnosis. Although some of the same examination techniques are applicable for diagnostic evaluation, the goals, techniques, and interpretation of results are frequently different. One must also be aware of the past history of the patient, which may suggest specific risk factors even in the absence of current symptoms. A past history of breast cancer, for instance, might increase the intensity and scope of the physical examination. A history of alcohol consumption might turn an optimal mouth and throat examination into a diligent search. Additional elements of the physical examination may be pertinent to special high-risk groups. For instance, a mental status examination might be part of the routine examination for the elderly. Finally, it is important to remember that the findings on routine physical examination may themselves alter what should be done during the rest of the examination. For example, the finding of high blood pressure requires a search for arterial narrowing, coarctation, and renal bruits. Positive findings on a screening physical examination must always be supplemented by physical examination techniques designed for specific diagnosis. The recommended elements for a screening physical examination are an attempt to assemble reasonable conclusions based on current clinical use. They do not deal with the question of how frequently routine screening should be done. These recommendations need to be adjusted to the needs and views of each individual physician. One cannot help but be impressed by the medical, social, economic, and technical advantages of the physical examination. Although not a perfect technology, it serves important clinical functions in diagnosis and screening for the 1980s. The physical examination, like the human memory, will not be displaced easily even in this era of the C.A.T. scan, the radioimmunoassay, or the nuclear angiogram.

Humans↗

Female pelvic organ prolapse: diagnostic contribution of dynamic cystoproctography and comparison with physical examination.

OBJECTIVE: The aim of this study was to assess the contribution of dynamic cystoproctography to the evaluation of female pelvic organ prolapse and to compare this contribution with that of physical examination. MATERIALS AND METHODS: The presence or absence of rectocele, enterocele, sigmoidocele, and cystocele on physical examination and on cystoproctography was retrospectively analyzed in 170 consecutive patients. For each of these diagnostic methods, organ prolapse was graded as small, moderate, or large on the basis of specific, defined measurements. RESULTS: A rectocele was detected by proctography in 155 patients (91%); 119 (77%) of these rectoceles were also found on physical examination. Barium trapping at proctography was related to rectocele size. Proctography showed an enterocele in 47 patients (28%); 24 (51%) of these enteroceles were also found on physical examination. Physical examination also found 44 enteroceles that could not be corroborated radiologically. At proctography, the enteroceles were relatively large, extending an average of 7.3 cm below the vaginal apex. Eight patients had sigmoidoceles, none of which were found on physical examination. A cystocele was shown by cystoproctography in 159 patients (94%); 132 (83%) of these cystoceles were also found on physical examination. CONCLUSION: The correlation between finding prolapsed pelvic organs on dynamic cystoproctography and finding them on physical examination varies. Most radiographically detected rectoceles and cystoceles are found on physical examination, whereas the correlation for enteroceles and sigmoidoceles is poor. Dynamic cystoproctography provides direct visualization and quantification of female pelvic organ prolapse, information that usually can only be inferred by physical examination.

Adult↗