1 ectronic renderings of the traditional paper
medical chart.
2 ined from patients, their surrogates, or the
medical chart.
3 APOs are abstracted from
medical charts.
4 line and follow-up visits were obtained from
medical charts.
5 cystoid macular edema were obtained from the
medical charts.
6 ported race and ethnicity were obtained from
medical charts.
7 istory, and HbA1c levels were retrieved from
medical charts.
8 e included retrospectively through review of
medical charts.
9 ics and best-corrected or presenting VA from
medical charts.
10 were extracted from the patients' electronic
medical charts.
11 by ICD interrogations, patient reports, and
medical charts.
12 estionnaires and from pharmacy printouts and
medical charts.
13 NCDR accurately represent the data from the
medical charts.
14 s were obtained from review of the patients'
medical charts.
15 factors was obtained from the interviews and
medical charts.
16 gic characteristics were abstracted from the
medical charts.
17 d counseling (88%), and documentation in the
medical chart (
89%).
18 ectional study using data from retrospective
medical chart abstraction of a national sample of Medica
19 During January 2021 to November 2021,
medical chart abstraction was conducted on a probability
20 e questionnaire admitted to all patients and
medical chart abstraction.
21 s, whereas the CDC-sponsored system performs
medical chart abstractions and reference laboratory susc
22 Maternal report and
medical chart abstractions identified healthcare utiliza
23 collected from the institutional electronic
medical chart and CE database.
24 Both the
medical chart and the novel capture individual human liv
25 a retrospective cohort study using data from
medical charts and administrative files.
26 pective cohort study using data created from
medical charts and administrative files.
27 Medical charts and arthroscopic results, when available,
28 In addition,
medical charts and available post-mortem materials were
29 We reviewed
medical charts and bronchoscopic records, examined hospi
30 arameters was collected retrospectively from
medical charts and databases.
31 Investigators reviewed patients'
medical charts and food histories.
32 MALO was determined through
medical charts and linkage to national registers until t
33 Correlations between
medical charts and maternal interview were high for birt
34 The
medical charts and multimodal imaging (MMI) of the inclu
35 extracted demographic and clinical data from
medical charts and official death certificates, and we c
36 By reviewing
medical charts and surgical protocols the pre- and intra
37 We abstracted
medical charts and tested stool samples for 22 pathogens
38 We abstracted
medical charts and tested stool samples for 22 pathogens
39 l criteria for ARDS were identified from the
medical charts and were classified as mild, moderate, or
40 Following enrollment, we reviewed
medical charts,
and performed SARS-CoV-2 RT-PCR testing
41 through the interviews and through review of
medical charts at approximately 6 months postdiagnosis.
42 NASH Therapy Monitor database, consisting of
medical chart audits provided by sampled NASH-treating p
43 o cases on age, year, enrollment length, and
medical chart availability.
44 Of 70 CrAg+ patients with
medical charts available, 37 (52.9%) had no evidence of
45 Risks of
medical chart-
confirmed primary NTD (anencephaly and sel
46 tween the years 2009 and 2024, with complete
medical chart data, and had at least a one-month follow-
47 e amplification and retrospectively analyzed
medical charts for 115 patients with CLCNKB mutations.
48 We reviewed the
medical charts for patients as described above.
49 d data from the REGARDS baseline assessment,
medical charts from HF-adjudicated hospitalizations, the
50 conducted a retrospective cohort study using
medical charts from Macha Mission Hospital, a hospital p
51 by interviewing patients and reviewing their
medical charts from May 01 to November 30, 2022.
52 A retrospective observational study examined
medical charts from people living with MDR HIV-1 across
53 lf, and Thomas Mann-side by side with actual
medical charts,
I suggest the usefulness of close readin
54 Data were abstracted from the
medical chart,
including documentation during the first
55 The
medical charts of 1000 patients with FTMH were reviewed,
56 Data were extracted from the
medical charts of 1120 African American adolescents who
57 We abstracted
medical charts of 95 fatal cases and 273 nonfatal cases
58 single-centre cohort study, we reviewed the
medical charts of all patients admitted to Barnes-Jewish
59 We retrospectively reviewed
medical charts of all patients admitted to Harborview Me
60 The
medical charts of all patients with macula-on RRDs, who
61 2 historical controls identified out of 6867
medical charts of HSCT patients by blinded independent r
62 Medical charts of patients from 1993-1995 were reviewed.
63 Review of the
medical charts of patients with noninfectious scleritis
64 In this essay, I examine the
medical charts of two of my patients in detail and descr
65 Data from
medical charts,
operative notes, and pathology reports w
66 one >30 mIU/mL and oestradiol <17 pg/mL) and
medical chart or questionnaire review.
67 ized to alert activation in their electronic
medical charts or not.
68 (ERG) from all patients were registered from
medical charts over a mean follow-up of 19 years.
69 ctrophysiologic features were extracted from
medical charts over a mean follow-up of 9 years.
70 l weight measurements were available through
medical chart record abstraction (6727 weight measuremen
71 However, without the ability to review
medical charts,
researchers must carefully decide which
72 A retrospective
medical chart review (cohort study) was conducted.
73 ruly bacteremic and/or candidemic based on a
medical chart review and analytical metrics.
74 D) follow-up of 9.3 (1.9) years, verified by
medical chart review and compared by genotype.
75 o a comprehensive 27-variable model based on
medical chart review and least similar to models based o
76 es with the ability to validate diagnoses by
medical chart review can use a combination of many ICD-9
77 Medical chart review follow-up was available in 86 patie
78 ospective cohort that included comprehensive
medical chart review for deliveries between January 2002
79 We performed
medical chart review for STEMI patients transferred for
80 dromic vs nonsyndromic) was done via blinded
medical chart review in mGluR positive and randomly sele
81 Information was extracted from
medical chart review into a cataract outcomes database.
82 A
medical chart review of 547 potential diagnoses resulted
83 Medical chart review of all pediatric patients who under
84 A retrospective
medical chart review of all PLC visits at an academic de
85 A
medical chart review of clinical practice in 2 tertiary
86 A retrospective
medical chart review of clinically diagnosed new retinob
87 Medical chart review suggested that most of these later-
88 74 self-reported glaucoma cases confirmed by
medical chart review to have primary open-angle glaucoma
89 Medical chart review to obtain information about the use
90 To this end, we implemented a systematic
medical chart review to obtain more detailed information
91 Medical chart review was conducted from November 22, 202
92 Medical chart review was performed to obtain demographic
93 Medical chart review was the only source of information
94 iodemographic and PTSD status obtained using
medical chart review, and measured anxiety, cognition, d
95 Registry, the Dutch Pathology Registry, and
medical chart review.
96 ALU) study was a multicenter, retrospective,
medical chart review.
97 vity was determined by laboratory testing or
medical chart review.
98 ch Nationwide Pathology Databank (Palga) and
medical chart review.
99 racteristics were collected by interview and
medical chart review.
100 2008 were identified through a retrospective
medical chart review.
101 ed 474 self-reported POAG cases confirmed by
medical chart review.
102 All cases were confirmed as CKD by
medical chart review.
103 s, was obtained by psychological autopsy and
medical chart review.
104 formation was collected by questionnaire and
medical chart review; all cases described were laborator
105 and institutional review board approved for
medical chart review; the requirement for informed patie
106 Medical chart reviews and tracing activities with partne
107 es used to ascertain maternal injuries using
medical chart reviews as the gold standard.
108 We conducted patient interviews and
medical chart reviews to obtain demographic information,
109 Patient interviews and
medical chart reviews were conducted on 10 men who becam
110 xaminations of ill and convalescent persons,
medical chart reviews, and laboratory testing.
111 ions, and investigations through interviews,
medical chart reviews, liver enzymes, and the results of
112 linkage with national health databases, and
medical chart reviews.
113 ed a structured implicit review of patients'
medical charts to determine whether patient refusal, out
114 sults of these interviews plus the patients'
medical charts to generate a best-estimate DSM-IV psychi
115 Each patient's
medical chart was reviewed by two independent investigat
116 Detailed information from
medical charts was entered into a clinical registry, whi
117 Using
medical charts,
we collected data on 272 patients who we
118 Medical charts were abstracted for 3,065 of 3,246 eligib
119 Medical charts were abstracted for demographic informati
120 Medical charts were abstracted for hospitalized UC.
121 ngs at screening US, all imaging studies and
medical charts were also reviewed.
122 Among enrolled patients whose
medical charts were available for review post-discharge,
123 Medical charts were retrospectively reviewed for elevate
124 All 72 underwent arteriography, and their
medical charts were retrospectively reviewed.
125 Medical charts were reviewed and regression analyses com
126 Medical charts were reviewed for a depression diagnosis.
127 Medical charts were reviewed for US indication, underlyi
128 Center-specific protocols and
medical charts were reviewed on-site.
129 Medical charts were reviewed to determine the eventual d
130 Medical charts were reviewed to obtain demographic, labo
131 Medical charts were reviewed to obtain information on th
132 Medical charts were reviewed to verify disease and treat
133 he study patients were interviewed and their
medical charts were reviewed using a pretested structure
134 ography (SD-OCT) in adulthood, and perinatal
medical charts were reviewed.
135 reflectance (NIR), color fundus images, and
medical charts were reviewed.
136 No individual
medical charts were reviewed.
137 Data from the patients'
medical charts were used to calculate QI performance sco