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1 a medical professional that they had angina (medical history).
2 t possible future diseases given a patient's medical history.
3 sonance, exercise stress test, and review of medical history.
4 lability of the radiology suite, and patient medical history.
5 d pressure, abdominal obesity, and a complex medical history.
6 demographics, health-related behaviors, and medical history.
7 Patients presented with no significant medical history.
8 ted a questionnaire of lifestyle factors and medical history.
9 ed a 12-lead ECG and reported their relevant medical history.
10 study for exploring shifting philosophies in medical history.
11 ng age, sex, occupation, family history, and medical history.
12 ed the cohort in 2008-2011 to obtain further medical history.
13 d by various demographic characteristics and medical history.
14 imination, all within the span of documented medical history.
15 ted hemoglobin levels, medications, and past medical history.
16 nnaire assessed sociodemographic factors and medical history.
17 ce of diabetes was determined based on donor medical history.
18 story of hysterectomy, there was no relevant medical history.
19 r (aged 61 years) recounted non-contributory medical history.
20 , who were selected irrespective of previous medical history.
21 The patients had no significant medical history.
22 tment in a 65-year-old woman without notable medical history.
23 ed heritable phenotypes that manifest in the medical history.
24 cipant's therapy, APOE epsilon4 genotype and medical history.
25 d comprehensive assessment of their lifetime medical history.
26 emographic and lifestyle characteristics and medical histories.
27 they had an open abdomen treatment in their medical histories.
28 raphic characteristics, diet, lifestyle, and medical histories.
29 iabetic or nondiabetic, based on the donors' medical histories.
30 nvariably reflective of their very different medical histories.
31 c peptide, functional health assessment, and medical history abstraction were repeated 9.4 +/- 0.4 ye
32 g the study period, demographic data, recent medical history, adverse events, and staff evaluation of
33 osis and cirrhosis; concurrent assessment of medical history, alcohol and illicit drug use, HCV RNA l
37 for dermatologists to perform comprehensive medical histories and physical examinations to minimize
38 medicine physicians blinded to the patients' medical histories and reconstruction techniques evaluate
40 nsufficient weight to the diagnostic cues of medical history and appearance of the leg and ulcer and
43 onal level, physical activity frequency, and medical history and compared with those with no biomarke
44 , all patients had a detailed ophthalmic and medical history and comprehensive ophthalmic evaluation.
45 olorectal diverticulosis was assessed, and a medical history and demographic data were obtained from
48 age: 36.5 +/- 9.9 years), we assessed their medical history and evaluated sexual function using the
53 The diagnosis of BPH hinges on a thorough medical history and focused physical examination, with a
59 ionnaires were used to gather information on medical history and lifestyle factors, including smoking
61 uctured interview data about psychiatric and medical history and other environmental variables, seque
63 is of septic shock begins with obtainment of medical history and performance of a physical examinatio
68 nd the respective changes were correlated to medical history and the occurrence of major adverse card
69 tudy visit, all subjects provided a detailed medical history and underwent physical examination, elec
70 interviewed for demographic information and medical history and were examined for their periodontal
71 uestionnaire on socio-demographic status and medical history, and a comprehensive clinical eye examin
72 ed along with their demographic information, medical history, and any symptoms referable to the ident
75 regarding income, education, marital status, medical history, and cardiovascular risk factors was obt
77 nts had cardiovascular risk factors in their medical history, and comprehensive phenotyping identifie
78 rceptions of the impact of cancer, symptoms, medical history, and demographic variables were reported
84 eated to collect dietary, physical activity, medical history, and other lifestyle data in a populatio
86 graphic characteristics, personal and family medical history, and personal habits (smoking, physical
87 ormation on lifestyle factors, demographics, medical history, and physical activity was collected by
88 tive risk 0.88, 95% CI 0.86-0.90; p<0.0001), medical history, and physical condition (1.60, 1.40-1.82
90 sure, dietary purine intake, medication use, medical history, and serum creatinine concentration.
91 cipants completed questionnaires on diet and medical history, and serum samples were collected from a
92 d location, the patient's family history and medical history, and the availability of an intervention
93 amination with lens photography and grading; medical history; and measurements of blood pressure, hei
94 y examined the associations of self-reported medical history, anthropometric factors, and behavioral
96 s (31%), or diabetes mellitus (30%) based on medical history, antidiabetic medication use, and glycat
98 es a complete understanding of the patient's medical history as it relates to their perioperative car
99 On the basis of the known esophageal past medical history as well as the absence of bones in the b
102 allergy work-up that comprised collection of medical history; assessment of sensitization to 24 foods
105 lth questions was asked, and a comprehensive medical history, blood analysis using chemistry and hema
108 d familiarity not only with their particular medical history, but also their individual personal circ
109 search efforts, particularly when family and medical histories can be correlated with genome-wide dat
110 ing visual acuity and retinal thickness, and medical history characteristics, including hypertension,
113 Rochester, Minnesota, and each subject had a medical history, clinical examination, and assessment of
116 annually and annually included demographics, medical history, comorbidities, asthma control, asthma-r
117 , all patients had a detailed ophthalmic and medical history, comprehensive ophthalmic evaluation, an
118 describe two unrelated patients with complex medical histories consistent with KS in whom next genera
119 nd for each volunteer, we requested personal medical histories, constructed a three-generation pedigr
120 of an assessment of the patient perspective, medical history, critical appraisal of medications, a me
122 f appendicitis was considered; (2) presented medical history data, physical examination findings, or
124 r demographic covariates, lifestyle factors, medical history, depressive symptoms, and social integra
127 Participants were evaluated with a detailed medical history, dilated ophthalmologic examination, col
128 t with immunosuppressive medications, family medical history, Disease Activity Score (DAS) for juveni
129 ts who are at high risk on the basis of age, medical history, disease characteristics, and myelotoxic
130 dataset obtained from a single eye bank, and medical history documentation completed by eye bank tech
131 2001 and 2012 with height, weight, and past medical history documented and who underwent CT that inc
132 in genetic and other molecular measurements, medical history, environmental exposures, and lifestyle.
135 d to smoking history and nicotine addiction, medical history, family history of lung cancer, and lung
138 ined by using a questionnaire derived from a medical history form administered before participation i
142 litatively unchanged in subgroups defined by medical history, immunological risk and clinical course
144 n based on the representation of a patient's medical history in the form of a binary history vector.
158 ncluded standard demographic information and medical history, including any known history of C tracho
161 ed patient medical records for age at onset, medical history, initial symptoms, best-corrected visual
162 cord review of 55 patients for age at onset, medical history, initial symptoms, best-corrected visual
163 ion of the United States who had no relevant medical history initially presented to an acute care cli
165 +/- 11.1 yr) underwent sociodemographic and medical history interviews on the control or specific in
172 eath and HF hospitalization, controlling for medical history, laboratory results, medications, HF dis
173 nosis of exclusion, selected elements of the medical history, laboratory tests, and previous reports
174 , including demographics, laboratory values, medical history, lesion sites, and previous treatments.
177 evices, and aspects of patients' preexisting medical history may lead to varying degrees of endotheli
179 xamination with lens and fundus photography, medical history, measurements of blood pressure, height,
181 al deficiencies were determined according to medical history, medications, and laboratory findings (i
185 d to create a more efficient method to track medical histories of players longitudinally as they move
190 tomography (OR 1.80, 95% CI:1.11-2.91), and medical history of anxiety (OR 1.90, 95% CI:1.12-3.24) a
192 tion of menstruation, and acne with reported medical history of asthma and/or atopy (hay fever and/or
193 gion, PORT risk class (II vs III or IV), and medical history of asthma or chronic obstructive pulmona
198 igh body mass index, history of cancer, past medical history of deep venous thrombosis, coma, and hig
199 les) aged 18 to 65 years at baseline with no medical history of diabetes and at least six teeth were
200 History A 46-year-old Hispanic man with a medical history of diabetes and hepatitis C and an uncle
204 indication (left ventricular dysfunction or medical history of heart failure, hypertension, diabetes
205 ecent aortic valve replacement and without a medical history of hepatic disease, underwent a percutan
206 cal practice.A 78-year-old woman with a past medical history of hepatitis C virus (HCV) presented on
207 tudy of patients ages 18 to 89 years with no medical history of human immunodeficiency virus, cancer,
213 ients had no history of malignancy or a past medical history of malignancy without known active metas
214 In this article, we review the social and medical history of OCP, drawing parallels with the curre
215 ogists are frequently not informed about the medical history of patients and face postoperative/other
217 aring those with versus those without a past medical history of skin infection using Cox proportional
218 by medical professionals; consequently, the medical history of symptom events is usually a "second-h
219 ar disease was related to children with past medical history of systemic illnesses, abnormal postnata
221 ors, medication compliance, seasonality, and medical history on (1) pollutant concentrations indoors
223 35 patients had diabetes diagnosed by either medical history or an elevated hemoglobin A1c in the ICU
224 on the basis of electrocardiogram findings, medical history or family history, referral to a cardiol
228 s pollen allergic rhinoconjunctivitis and no medical history or signs of asthma, were included in the
229 ollowing adjustment for demographic factors, medical history, physical activity, adiposity, and serum
231 incident CHD obtained from hospital records, medical history, physical examination, and death certifi
232 ic results (if available), clinical results (medical history, physical examination, and laboratory te
233 agnosed with Chagas disease should undergo a medical history, physical examination, and resting 12-le
234 In 2008 to 2010, all subjects underwent medical history, physical examination, ECGs, and echocar
236 ttle remembered chapter of American surgical medical history, postgraduate medical schools played a d
237 ild provided detailed information about past medical history, presentation, and clinical course of th
238 trospectively included patient demographics, medical history, presenting sign, imaging results, surgi
239 ssion models that incorporate aspects of the medical history, presenting signs and symptoms, and lab
243 this visit, they completed psychosocial and medical history questionnaires and had clinical measurem
244 ceived ophthalmologic examination, including medical history review, best-corrected visual acuity, sl
250 year-old African American woman with a known medical history significant for SCD and pulmonary arteri
252 , and other biologically appealing links for medical histories spanning narcolepsy to axonal neuropat
255 arthritis, infectious, physical examination, medical history taking, diagnostic tests, and sensitivit
256 gnosis of food allergy is largely reliant on medical history, tests for sensitization, and oral food
257 suggest that women are more aware of family medical histories than men, which emphasises the potenti
258 ts who provided data on diet, lifestyle, and medical histories through in-person interviews using a s
259 eath-to-preservation time, ECD, lens status, medical history, time on mechanical ventilation, and sui
260 ient was matched for age, sex, and length of medical history to 2 subjects without GCA from the same
261 osis more often is an appropriately detailed medical history to inquire about potential exposures.
262 an of Libyan origin with no significant past medical history underwent an ajmaline provocation test f
265 History A 61-year-old man with no relevant medical history was admitted to the emergency department
298 ng, neurologic examination, and clinical and medical history, were used to assign a diagnosis of norm
299 t of a 48-year-old woman with no significant medical history who first presented with an eczematous d
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