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1 1, which supports the decision to administer prophylactic antibiotics.
2 reoperative wIRA as a supportive addition to prophylactic antibiotics.
3 locyte colony-stimulating factor support and prophylactic antibiotics.
4 ; controversy remains with respect to use of prophylactic antibiotics.
5 re are associated with improved provision of prophylactic antibiotics.
6 aboratory employee was pregnant and declined prophylactic antibiotics.
7 rtion, with or without the administration of prophylactic antibiotics.
8                    Few participants received prophylactic antibiotics.
9 sociated infections, despite the use of oral prophylactic antibiotics.
10 aused by treatments such as chemotherapy and prophylactic antibiotics.
11 o reconsider routine applications of topical prophylactic antibiotics.
12  combating SSI, alone or in combination with prophylactic antibiotics.
13 ients with severe acute pancreatitis receive prophylactic antibiotics?
14 phthalmic injuries received more intravenous prophylactic antibiotics (18% vs 1%, P < .001), wound cl
15                                              Prophylactic antibiotics administered before incision fo
16                              Continuation of prophylactic antibiotics after incision closure.
17             We recommend that routine use of prophylactic antibiotics after IVT injection be discoura
18 stresuscitation oxygenation and ventilation, prophylactic antibiotics after resuscitation, postresusc
19 the risks of extrinsic factors by the use of prophylactic antibiotics and best clinical practices.
20 ticulous planning with regard to appropriate prophylactic antibiotics and body position will maximize
21           Several studies have reported that prophylactic antibiotics and imaging studies after first
22                                              Prophylactic antibiotics and interferon gamma have reduc
23        The recommendations also suggest that prophylactic antibiotics and surgery should be avoided i
24 nt need to study the role of post-procedural prophylactic antibiotics and understand antibiotic presc
25 omplication of craniotomy despite the use of prophylactic antibiotics and universal sterile precautio
26    This study reports the effect of systemic prophylactic antibiotics (and their route) on the risk o
27  interval [CI], 2.3-21.7) additional days of prophylactic antibiotics, and each emergency department
28 py home support included intravenous fluids, prophylactic antibiotics, and granulocyte colony-stimula
29 haematological malignancies and/or receiving prophylactic antibiotics, and in the development of fact
30  treatment of rejection episodes, the use of prophylactic antibiotics, and the schedule for cardiac b
31 iver Disease score or diabetes, those taking prophylactic antibiotics, and those with prior HE were m
32                                      Routine prophylactic antibiotics are not indicated in infants wi
33 can Dental Society states that "in general," prophylactic antibiotics are not recommended to prevent
34  American Dental Society states "in general" prophylactic antibiotics are not recommended to prevent
35      Avoiding total parenteral nutrition and prophylactic antibiotics, avoiding overly aggressive flu
36                            Administration of prophylactic antibiotics before incision.
37                 It is still unproven whether prophylactic antibiotics can reduce mortality from acute
38                Recent research confirms that prophylactic antibiotics decrease febrile neutropenia an
39 s with mechanical ventilation for over 48 h, prophylactic antibiotics delivered via the respiratory t
40                 Compared with control group, prophylactic antibiotics delivery via the respiratory tr
41                                              Prophylactic antibiotics did not affect the incidence of
42 uld require the routine use of postoperative prophylactic antibiotics following eyelid surgery.
43 d the units (1:1) by computer to give either prophylactic antibiotics for 7 days plus standard stroke
44 rted the year of policy change to administer prophylactic antibiotics for caesarean section before in
45                              The benefits of prophylactic antibiotics for hospitalized patients with
46              A strict policy, since 1991, of prophylactic antibiotics for the first 6 months has halv
47 analysis of a randomized controlled trial of prophylactic antibiotics for the prevention of infection
48                               Alternative to prophylactic antibiotics for the treatment of recurrent
49 asures in leptospirosis, and the efficacy of prophylactic antibiotics has not been confirmed in clini
50 patient morbidity, and the benefits of using prophylactic antibiotics have not been proven.
51 rols and in the three trials with concurrent prophylactic antibiotics in both treatment arms.
52 ptococcal (iGAS) infection, and the need for prophylactic antibiotics in close contacts, remains cont
53    INTRODUCTIONDespite the widespread use of prophylactic antibiotics in high-risk individuals, Pneum
54 ive decontamination, short-course parenteral prophylactic antibiotics in high-risk patients) and the
55 es have further underlined the usefulness of prophylactic antibiotics in severe acute pancreatitis.
56 after chemotherapy are resistant to standard prophylactic antibiotics in the USA.
57 se procedures that are resistant to standard prophylactic antibiotics in the USA.
58                                   The use of prophylactic antibiotics in these patients and the mecha
59 f further studies, provide an alternative to prophylactic antibiotics in this type of surgery.
60                                              Prophylactic antibiotics including antiviral, antifungal
61                                 Antacids and prophylactic antibiotics (intravenous penicillin, topica
62 portive care that included administration of prophylactic antibiotics, management of neutropenic feve
63 emotherapy is active in B-precursor ALL, and prophylactic antibiotics may be useful in reducing morta
64 ith bleeding related to portal hypertension, prophylactic antibiotics may decrease the risk of infect
65 decrease PPI use and changes in the class of prophylactic antibiotics may impact CDI incidence and wa
66       Controversy exists about the impact of prophylactic antibiotics on bacteremia after invasive de
67                   Patients were treated with prophylactic antibiotics on days 5 through 15.
68                                              Prophylactic antibiotics or aspirin can reduce but not p
69  after colectomy, including SCIP-2-compliant prophylactic antibiotics, postoperative normothermia, gl
70 in subjects in the RIVUR Study randomized to prophylactic antibiotics, providing evidence that copy n
71                 Enhanced supportive care and prophylactic antibiotics should be considered in high-ri
72 es in infection control practices, including prophylactic antibiotics, surgical site infections (SSIs
73      The main current strategy is the use of prophylactic antibiotics targeted at specific subpopulat
74  residents received pneumococcal vaccine and prophylactic antibiotics, there were no additional cases
75 om aggressive imaging studies and the use of prophylactic antibiotics to a more restrictive and targe
76                                   The use of prophylactic antibiotics to decrease the incidence of SB
77                 These results do not support prophylactic antibiotics to improve survival in patients
78 nal tract, necessitating the rational use of prophylactic antibiotics to improve treatment outcomes a
79                               Routine use of prophylactic antibiotics to prevent infection of sterile
80 rs with sickle cell disease (SCD) take daily prophylactic antibiotics to prevent pneumococcal infecti
81 questioned the traditional approach of using prophylactic antibiotics to prevent recurrence of UTI an
82 ry disease worldwide due to reduced usage of prophylactic antibiotics under consumer preferences and
83 sis within 48 hours, recognition of SBP, and prophylactic antibiotics upon discharge.
84  costs incurred during 1-year treatment with prophylactic antibiotics vs. no prophylaxis in patients
85  age, weight group, risk stratification, and prophylactic antibiotics was used to estimate the impact
86                    Of the 32,459 operations, prophylactic antibiotics were administered at a median o
87    Granulocyte colony-stimulating factor and prophylactic antibiotics were administered for all eight
88 e procedures, antacids, enteral feeding, and prophylactic antibiotics were administered.
89                                   Early life prophylactic antibiotics were associated with changes in
90                                              Prophylactic antibiotics were associated with less VAP (
91  born by caesarean section when pre-incision prophylactic antibiotics were recommended compared with
92                                              Prophylactic antibiotics were required.
93                                     Standard prophylactic antibiotics with the addition of topical 0.