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1 spatchers, quality improvement director, and paramedics).
2 ult specialists, dieticians, pharmacists and paramedics.
3 ng the process of endotracheal intubation by paramedics.
4  and adults in status epilepticus treated by paramedics.
5 e breaths along with a single 100-J shock by paramedics.
6 receive amiodarone, lidocaine, or placebo by paramedics.
7  minutes from collapse to The arrival of the paramedics.
8 f 22 emergency medical technicians (EMTs) or paramedics.
9 elevation-myocardial infarction diagnosed on paramedic 12-lead ECG.
10 icipants (nurses (18), physiotherapists (2), paramedics (2) and a pharmacist (1)) were interviewed si
11                                A total of 20 paramedics (3 female, 17 male) participated in this stud
12 us groups: 26 firefighters/EMTs (66%) and 13 paramedics (33%).
13     Seventy-four of the 104 (71.2%) eligible paramedics agreed to take part and 54 completed their tr
14 ecember 2006 through July 31, 2011, in which paramedics, aided by electrocardiograph (ECG)-based deci
15 xternal defibrillators by persons other than paramedics and emergency medical technicians is advocate
16 fully-powered trial based on: recruitment of paramedics and patients; delivery of the intervention; r
17               Shared decision making between paramedics and primary care physicians can prevent trans
18          Patients underwent resuscitation by paramedics and were enrolled between February 8, 2018, a
19 neurologist trained in emergency medicine, a paramedic, and a technician.
20 6 (92%) were recognised as eligible by study paramedics, and 118 were randomised (74% of eligible pat
21 is a major public health problem, individual paramedics are rarely exposed to these cases.
22 ers/emergency medical technicians [EMTs] and paramedics) are critical to high-quality care and have b
23 d life support was then provided, simulating paramedic arrival.
24  minutes and who were still convulsing after paramedics arrived were given the study medication by ei
25 tion (0.8%, n = 60) were rarely performed by paramedics as final rescue airway strategies.
26 , which was given via bolus injection by the paramedics as soon as possible during active resuscitati
27 We defined exposure as the number of times a paramedic attended an OHCA where resuscitation was attem
28                                              Paramedics attended 15 113 OHCA patients of which 46.3%
29 onwide cross-sectional study, a total of 430 paramedics attending 10 out of the 13 training groups of
30 community with police first responders and a paramedic-based emergency medical system.
31              A loading dose was initiated by paramedics before the patient arrived at the hospital, a
32  randomly assigned to receive treatment from paramedics by means of an intraosseous-first or intraven
33  reported positive effects including reduced paramedic call outs, decreased unconscious episodes and
34 rtaining to creating an environment in which paramedics can operate AAIs more effectively.
35                                     Although paramedics can use adrenaline autoinjectors (AAIs) durin
36 years; 101 men [67.3%]; mean [SD] time since paramedic certification, 8.0 [6.2] years) participated i
37                                        These paramedics conducted 1-on-1 risk assessments, provided h
38 on models to account for confounders such as paramedics' demographics, job tenure, and details of the
39                 The study also revealed that paramedics do not have an adequate training environment
40     During the study period, there were 4151 paramedics employed and 48 291 OHCAs (44% with resuscita
41                               Over 12 weeks, paramedics employed by the city of San Francisco identif
42 l complexity of prehospital EMS patients and paramedics' (EMT-P's) perceived task load during their m
43                                              Paramedics enrolled patients at 10 North American sites.
44  In this study, we examined whether previous paramedic exposure to OHCA resuscitation is associated w
45                                    Increased paramedic exposure was associated with reduced odds of a
46  with clinical observations filled in by EMS paramedics for each acute stroke code enabling reconstru
47  are safe and effective when administered by paramedics for out-of-hospital status epilepticus in adu
48  intravenous benzodiazepines administered by paramedics for the treatment of out-of-hospital status e
49                            We included adult paramedics from an observational cohort study who receiv
50        Patients successfully resuscitated by paramedics from out-of-hospital cardiac arrest often hav
51                                          Few paramedics have experience in administering AAI, althoug
52 ntly increases with the number of OHCAs that paramedics have previously treated.
53 o laryngoscopy (VL)] were compared by n = 20 paramedics holding a diving certificate in a randomized
54 MS provider (emergency medical technician or paramedic) impression, vital signs, and interventions pe
55 post-COVID conditions among fully vaccinated paramedics in Canada.
56                             To be useful for paramedics in daily prehospital clinical practice, evalu
57               A 54-year-old man was found by paramedics in his home face-down at his computer desk wi
58       History A 54-year-old man was found by paramedics in his home face-down at his computer desk wi
59 hospital cardiac arrest patients attended by paramedics in Seattle, Washington from 1988 to 1999 (n=1
60 er decontamination, either in the home or by paramedics in the field.
61  records of every cardiac arrest attended by paramedics in the network region) to identify all out-of
62 5% glucose placebo (n = 460) administered by paramedics in the out-of-hospital setting and continued
63                                              Paramedics in this system have the capability to adminis
64 ing County, Washington, were identified from paramedic incident reports from October 1988 to July 199
65 For faster and more reliable administration, paramedics increasingly use an intramuscular route.
66 her the administration of benzodiazepines by paramedics is an effective and safe treatment for out-of
67                     Therefore, rather than a paramedic, it will likely be a physician who is first fa
68                       In total, 150 advanced paramedics (mean [SD] age, 35.6 [7.2] years; 101 men [67
69 tor (n=2), nurse (n=15), dentist (n=11), and paramedic (n=1).
70 ients with severe sepsis were transported by paramedics (n = 7,114; 54%) or received pre-hospital int
71 urvival, we measured the association between paramedic OHCA exposure and patient survival to hospital
72 conds (range, 50 to 87 seconds) for the EMTs/paramedics (P<0.0001).
73 was correlated with a 0.14-point increase in paramedics' perceived global TLX (95% CI: 0.02-0.25) aft
74  older patients is associated with increased paramedics' perceived task load.
75 5 adult; Child and Mental Health Nursing and Paramedic Practice programmes.
76 33 child and 34 mental health nursing and 34 paramedic practice students).
77  child, mental health nursing, midwifery and paramedic practice students.
78          EMS advanced life support rescuers (paramedics, prehospital nurses, and EMS physicians) who
79                                              Paramedics providing emergency medical services followed
80                     If sepsis was suspected, paramedics randomly allocated patients to intervention o
81    We aimed to assess the feasibility of (1) paramedics recognising and screening patients for severe
82                                      Seventy paramedics responded to the survey.
83                                              Paramedic response times were similar (mean [SD] time to
84 sts under 3 pathways: (1) existing care, (2) paramedic risk stratification and point-of-care troponin
85                                              Paramedic risk stratification and point-of-care troponin
86       Prehospital point-of-care troponin and paramedic risk stratification for patients with acute ch
87 ehospital point-of-care troponin testing and paramedic risk stratification might improve the efficien
88 using prehospital point-of-care troponin and paramedic risk stratification was lower compared with ex
89 hat the addition of out-of-hospital ETI to a paramedic scope of practice that already includes BVM di
90 e strategy that was randomly assigned to the paramedic service.
91 ized trial with crossover among six Canadian paramedic services to evaluate DSED and VC defibrillatio
92 of registered AEDs (March 2015) from Toronto Paramedic Services.
93 terviews with parents, medical, nursing, and paramedic staff.
94                                  Evidence on paramedics' task load is limited despite the growth of p
95 ological ill-health for nurses, midwives and paramedics: the Care Under Pressure 2 realist review.
96 atewide STEMI referral strategy that advises paramedics to bypass local hospitals and transport STEMI
97                  Patients were randomized by paramedics to receive oxygen titration to achieve an oxy
98 G and 80 min for patients who arrive without paramedic transport and a pre-hospital ECG.
99 anical compression device in cardiac arrest (PARAMEDIC) trial was a pragmatic, cluster-randomised ope
100                                              Paramedics used a rapid sequence intubation strategy on
101 ctive study, we compared serology results of paramedics vaccinated with mRNA vaccines at the recommen
102 ute care at home, including in-home nurse or paramedic visits, intravenous medications, remote monito
103 care at home, including in-home nurse and/or paramedic visits, remote physician care, intravenous med
104 tempted, the median exposure of the treating paramedics was 11 (interquartile range 6-17) OHCAs.
105                   The median exposure of all paramedics was 2 (interquartile range 1-3) OHCAs/year.
106 ehospital cardiac arrest and resuscitated by paramedics were eligible and 1359 patients (583 with VF
107                            Eleven percent of paramedics were not exposed to any OHCA cases.
108                                              Paramedics were trained in using a sepsis screening tool
109 g for age, sex, location, time to arrival of paramedics, whether the event was witnessed, and receipt
110 n program led by specially trained community paramedics who held weekly drop-in sessions in social ho
111       A web-based survey was conducted among paramedics who participated in a web-based training sess
112                       We included vaccinated paramedics who provided blood sample and questionnaire d
113 survival were higher for patients treated by paramedics with >6 to 11 (12%, adjusted odds ratio 1.26,
114            Compared with patients treated by paramedics with a median of </=6 exposures during the pr
115 n time is 60 min for patients transported by paramedics with a pre-hospital ECG and 80 min for patien
116 ps were conducted with firefighters/EMTs and paramedics with all levels of experience from urban area
117 ablish a training environment to familiarize paramedics with anaphylaxis and an environment that enab
118           The participants were 150 advanced paramedics with drug preparation autonomy.
119                                              Paramedic years of experience were not associated with s

 
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