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1 l training of the reviewer (ie, physician or nurse practitioner).
2 CBE was performed on all patients by a nurse practitioner.
3 s compared to usual care without access to a nurse practitioner.
4 ediatrics, adolescent medicine, or pediatric nurse practitioner.
5 a telephone follow-up after discharge from a nurse practitioner.
6 4% of physicians who reported working with a nurse practitioner.
7 by 16 pediatric gastroenterologists and one nurse practitioner.
8 ced by attendings, fellows, residents, and a nurse practitioner.
9 ish the internist from family physicians and nurse practitioners.
10 s were taken at the discretion of the school nurse practitioners.
11 hemotherapy nurses and those run by advanced nurse practitioners.
12 atients, and earning higher incomes than did nurse practitioners.
13 physicians and 1.74 (95% CI, 1.68-1.79) for nurse practitioners.
14 of pediatric oncologists, endocrinologists, nurse practitioners, a urologist, and a radiation oncolo
15 cy Department study who were photographed by nurse practitioners after <30 minutes of training follow
16 l colleague, the properly trained nephrology nurse practitioner, allows the nephrologist to provide c
18 eived integrated medical care on-site from a nurse practitioner and a full-time nurse care manager su
19 nefits of LTC staff about having access to a nurse practitioner and benefits of the pain team, along
20 nurse practitioner care, six focused on both nurse practitioner and physician assistant care, and fiv
21 45 articles were reviewed on the role of the nurse practitioner and physician assistant in acute and
22 d 2 years of home-based care management by a nurse practitioner and social worker who collaborated wi
23 ugh 135 of these schools (19%) also approved nurse practitioners and 244 schools (34%) allowed athlet
24 ergo prophylactic mastectomy, whereas 12% of nurse practitioners and 34% of physicians would be likel
25 ecommendation about testing, but only 43% of nurse practitioners and 68% of physicians would do so.
26 In light of the limited discordance between nurse practitioners and consumers, nurse practitioners c
27 presence of a fracture between the emergency nurse practitioners and emergency physicians was 0.83.
29 here were no significant differences between nurse practitioners and junior doctors in the accuracy o
30 d accident and emergency research registrar, nurse practitioners and junior doctors made clinically i
36 Provider Survey, administered to physicians, nurse practitioners and physician assistants from June-S
37 of care is needed to promote optimal use of nurse practitioners and physician assistants in acute an
38 though existing research supports the use of nurse practitioners and physician assistants in acute an
40 Further research that explores the impact of nurse practitioners and physician assistants in the inte
41 glish-language literature of publications on nurse practitioners and physician assistants utilizing O
44 al solutions include expanded utilization of nurse practitioners and physician assistants, telemedici
46 eve that advanced practice clinicians (APCs [nurse practitioners and physician assistants]) provide c
50 located treatment, but patients, clinicians, nurse practitioners, and other health-care professionals
51 ter visits, clinicians--physicians, fellows, nurse practitioners, and physician assistants--were inte
53 epted the need for compliance and instituted nurse practitioner antiemetic prescribing, with almost c
56 hysician providers (physician assistants and nurse practitioners) are being used with increasing freq
57 clinical and diagnostic skills of emergency nurse practitioners assessed in the interpretation of is
59 tioner-led pain team (full intervention); 2) nurse practitioner but no pain management team (partial
60 e between nurse practitioners and consumers, nurse practitioners can play an increasing role in educa
63 omplications were entered prospectively by a nurse practitioner directly involved in patient care.
66 quality examination and consultation than do nurse practitioners during the same type of primary care
67 articipants were also encouraged to attend 3 nurse practitioner-facilitated peer support group sessio
68 tings led by a palliative care physician and nurse practitioner for surrogates of patients in medical
69 medical history and fewer patients seen by a nurse practitioner had to seek unplanned follow-up advic
70 ocation was also significantly higher in the nurse practitioner-ICU (31.7% in nurse practitioner-staf
73 ach year, utilizing physician assistants and nurse practitioners in greater numbers, and improving pr
74 past two decades, the role of critical care nurse practitioners in neonatal and adult settings has d
75 viral conjunctivitis underwent evaluation by nurse practitioners in Occupational Health and rapid dia
77 information on the practice of critical care nurse practitioners in tertiary care centers is lacking.
81 e integration of the pediatric critical care nurse practitioner into the health care team, definition
84 port (RPS) arm patients participated in a HF nurse practitioner-led goal setting group session, recei
85 A mixed method design was used to evaluate a nurse practitioner-led pain management team, including b
86 were allocated to one of three groups: 1) a nurse practitioner-led pain team (full intervention); 2)
87 ed over the intervention period for both the nurse practitioner-led pain team and nurse practitioner-
88 s from this study showed that implementing a nurse practitioner-led pain team can significantly impro
90 in the nurse care management arm attended a nurse practitioner-led session to address their HF care
91 valuated the effectiveness of implementing a nurse practitioner-led, inter-professional pain manageme
92 t Efficacy in Renal Patients with the Aid of Nurse Practitioners (MASTERPLAN) study after extended fo
93 unrealized for many reasons, but support by nurse practitioners may improve risk factor levels in th
94 t were enrolled and randomized with either a nurse practitioner (n = 806) or physician (n = 510).
95 or injuries were randomly assigned care by a nurse practitioner (n=704) or by a junior doctor (n=749)
96 ement team (partial intervention); or, 3) no nurse practitioner, no pain management team (control gro
98 ing primary care providers (PCPs), including nurse practitioners (NPs) and physician assistants (PAs)
100 ening and referral behaviors of primary care nurse practitioners (NPs) in relation to the periodontal
101 those with primary care physicians (PCPs) or nurse practitioners (NPs) in terms of reduced worrying a
102 This study examines 10 such disciplines: nurse practitioners (NPs), physician assistants (PAs), n
103 y of HCV treatment independently provided by nurse practitioners (NPs), primary care physicians (PCPs
104 of the impact of the pediatric critical care nurse practitioner on patient outcomes in the tertiary c
105 oth the nurse practitioner-led pain team and nurse practitioner-only groups; these changes did not oc
106 inicians: chiropractors, midwives, nurses or nurse practitioners, optometrists, podiatrists, physicia
107 ts with minor injuries who were managed by a nurse practitioner or a junior doctor in our accident an
109 ed to compare the clinical assessment of the nurse practitioner or junior doctor with the assessment
110 evalence of nonwhite residents, and lacked a nurse practitioner or physician assistant on staff.
112 uded residents (n = 9), fellows (n = 4), and nurse practitioners or physician assistants (n = 2).
115 Physicians, physician assistants, nurses, nurse practitioners, pharmacists, dentists, dental hygie
116 athic medicine), advance practice providers (nurse practitioner, physician assistant, nurses, pharmac
117 15, by 84 health care providers (physicians, nurse practitioners, physician assistants) from across t
118 and 470 APCs, including certified registered nurse practitioners, physician assistants, clinical nurs
120 thousand three hundred sixty-one physicians, nurse practitioners, physician assistants, respiratory t
122 The work environment was measured with the Nurse Practitioner Primary Care Organizational Climate Q
123 ractice, and outcomes to date of a pediatric nurse practitioner program in our pediatric critical car
124 wider range of health professionals such as nurse practitioners, registered nurses and other clinica
126 comes except for medical ICU length of stay (nurse practitioner-resident-staffed 7.9 +/- 7.5 d vs res
128 ure to date focuses on implementation of the nurse practitioner role in neonatal and adult critical c
129 the extensions to practice for the emergency nurse practitioner role is to appropriately order and in
130 tical aspects of testing, and physicians and nurse practitioners should pay more attention to the lim
131 ecutive medical ICU admissions including 221 nurse practitioner-staffed medical ICU admissions (19.1%
132 To compare usage patterns and outcomes of a nurse practitioner-staffed medical ICU and a resident-st
133 found no difference in mortality between an nurse practitioner-staffed medical ICU and a resident-st
134 gher in the nurse practitioner-ICU (31.7% in nurse practitioner-staffed medical ICU vs 23.9% in resid
136 ate to severe CKD were randomized to receive nurse practitioner support added to physician care (inte
137 xpanding the supply and scope of practice of nurse practitioners to address increased demand for prim
138 y care physicians, physician assistants, and nurse practitioners to effectively implement EHR systems
139 This article describes the successful use of nurse practitioners to extend the scope of nephrology ca
140 gular primary care providers (physicians and nurse practitioners) to improve care for depression.
141 greater use of physician-extenders, such as nurse practitioners, to provide enhanced access to speci
142 conducted with 391 internal medicine and 81 nurse practitioner trainees between 2007 and 2013 at the
150 Properly trained accident and emergency nurse practitioners, who work within agreed guidelines c
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