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1 upporting both early diagnosis and long-term postoperative care.
2 s a hallmark of surgical competence and safe postoperative care.
3 litates early hand mobilization with reduced postoperative care.
4 ery were observed for a total of 659 days of postoperative care.
5 ations for patients with directives limiting postoperative care.
6 ntensive care unit and received standardized postoperative care.
7 , intraoperative image-based treatments, and postoperative care.
8 o operate on patients whose directives limit postoperative care.
9 ients and in counseling patients on pre- and postoperative care.
10 isk for such events may help guide peri- and postoperative care.
11  newborn treatment, surgical correction, and postoperative care.
12  meticulous preoperative, perioperative, and postoperative care.
13 ed included preoperative, perioperative, and postoperative care.
14 on, surgical planning, and perioperative and postoperative care.
15 ocate for patient and family, and coordinate postoperative care.
16  whereas the control group received standard postoperative care.
17 of current trends and recent developments in postoperative care after cataract surgery.
18 rce utilization and contain costs, immediate postoperative care after noncardiac thoracic surgery is
19 field of cardiac surgery as a triage tool in postoperative care and as a selection criterion in resea
20 ctomy, Laryngology, Familial Thyroid Cancer, Postoperative Care and Complications, Cancer Management,
21 roaches Laryngology Familial Thyroid Cancer, Postoperative Care and Complications, Cancer Management,
22 ive-year period of data collection regarding postoperative care and complications.
23 with additional time required for subsequent postoperative care and data collection.
24 ital stay, perhaps reflecting more efficient postoperative care and discharge planning in those facil
25 res will improve the reliability of surgical postoperative care and have the potential to reduce hosp
26 ion of at-risk patients would allow tailored postoperative care and improve survival.
27 approach, monitoring, conduct of surgery and postoperative care and outcomes are variable in this pat
28 stemic/access, (4) clinical quality, and (5) postoperative care and rehabilitation-related factors.
29 d and controlled when possible; 4) Stringent postoperative care and subsequent supportive periodontal
30 1.5-2 h, with approximately 2 h of immediate postoperative care, and animals should be monitored dail
31 tice-changing improvements, identify gaps in postoperative care, and establish a large-scale benchmar
32 or admission were respiratory insufficiency, postoperative care, and heart failure.
33 arole, access to consistent preoperative and postoperative care are major challenges, as is sustainin
34  population and advances in preoperative and postoperative care are reflected in an increasing number
35 ve evaluation, operative reconstruction, and postoperative care, are each unique and vitally importan
36               Process failures are common in postoperative care, are highly preventable, and frequent
37            The primary challenge is managing postoperative care as we report a high rate of uveitis r
38 mplications," "preoperative screening," and "postoperative care" as key words was performed for Engli
39 eons negotiate with patients a commitment to postoperative care before undertaking high-risk surgical
40 s commitment to an operation and all ensuing postoperative care, before surgery.
41  is a variation in the quality and safety of postoperative care between institutions.
42 alist-Orthopedic Team compared with standard postoperative care by orthopedic surgeons with medical c
43 otably, early recognition and enhancement of postoperative care can improve patient satisfaction and
44 procedures (from preoperative preparation to postoperative care) can be completed within ~1.5 h, and
45 dds of adjuvant delay for patients with high postoperative care density (OR, 0.77; 95% CI, 0.69-0.87)
46 ity (OR, 0.77; 95% CI, 0.69-0.87) and medium postoperative care density (OR, 0.85; 95% CI, 0.77-0.94)
47                 Compared with those with low postoperative care density, there were lower odds of adj
48                     The standard-of-care for postoperative care following elective craniotomy has his
49 al package, which includes pre-, intra-, and postoperative care for a time after surgery.
50 raw definitive conclusions regarding non-ICU postoperative care for elective craniotomy.
51  findings support using the mHELP to advance postoperative care for older patients undergoing major a
52 e the best preoperative, intraoperative, and postoperative care for these youngest patients are param
53 suggest the urgency revising the protocol of postoperative care for this specific population.
54 n of a bowel management program to patients' postoperative care has increased dramatically the number
55        Refinements in surgical technique and postoperative care have been achieved, reducing the over
56 prevalent as both the surgical technique and postoperative care have improved resulting in a reduced
57                Advances in device design and postoperative care have made implantation of BK2 a viabl
58  techniques, and improved intraoperative and postoperative care have resulted in the successful world
59 al technique, recipient and donor selection, postoperative care, immunosuppression, short- and long-t
60 y in patients after organ transplantation or postoperative care in the intensive care unit (ICU).
61 is now possible, creating new challenges for postoperative care in the intensive care unit.
62 orn, and, along with this, new challenges to postoperative care in the intensive care unit.
63 ty in patients with CED and fewer visits for postoperative care in the later years of the decade comp
64                                 The focus of postoperative care in the pediatric patient with congeni
65 d testing, perioperative considerations, and postoperative care in this unique patient population and
66                All patients received routine postoperative care, including instructions for deep brea
67                                    Effective postoperative care is a crucial determinant of patient o
68           Engaging all providers involved in postoperative care is necessary to understand prescribin
69 ons can be achieved, but intensive proactive postoperative care is required.
70 ictable results if adequate preoperative and postoperative care is taken.
71 ve surgical techniques and sophistication of postoperative care, it appears that an "optimal" surgica
72 ating TWL percentile monitoring into routine postoperative care may support timely detection, enablin
73 ent-centered care, new methods of delivering postoperative care must be developed and evaluated.
74 naesthesia delivery, surgical technique, and postoperative care, now enable the surgeon to safely ope
75 : Corticosteroids are frequently used in the postoperative care of children with congenital heart dis
76 suggest that there is room for improving the postoperative care of patients in SNFs early in their st
77 ve assessment, intraoperative management and postoperative care of patients with intraocular foreign
78  patient monitoring platforms to support the postoperative care of solid organ transplant recipients
79                                          (6) Postoperative care of the frail patient: is rescue the i
80                                              Postoperative care of the neonate and child following a
81 hotopic cardiac xenotransplantation, and the postoperative care of the primate recipient, both in the
82 ive Care Unit (ITU) physician involvement in postoperative care (P < 0.05).
83   Thus, hospitals began implementing non-ICU postoperative care pathways for elective craniotomy.
84 g study design, patient characteristics, and postoperative care pathways were extracted independently
85                              Including a 5-d postoperative care plan, this protocol takes 7 d to comp
86 sk and guide therapy, and intraoperative and postoperative care plans that target optimal outcomes.
87                      I COUGH, a standardized postoperative care program emphasizing patient education
88 studies varied greatly in patient selection, postoperative care protocol, and outcomes reporting.
89                       Therefore, accelerated postoperative care protocols appear well aligned with th
90 l, and psychological effects, as well as the postoperative care, rehabilitation, and follow-up period
91  patients, but rather to define the level of postoperative care required to minimize risk.
92                                              Postoperative care should include prevention and treatme
93          Problems can arise from inattentive postoperative care, so ophthalmologists should train sta
94 iac surgery, cardiology, anesthesiology, and postoperative care summarizes the existing evidence on d
95                         In addition to usual postoperative care, the compression group received two c
96 ment from the patient to abide by prescribed postoperative care, "This is a package deal, this is wha
97 allogeneic blood transfusion; and meticulous postoperative care to again avoid the need for blood tra
98  to develop protocols for intraoperative and postoperative care to minimize complications.
99 cts of the TAP block and PILA on pain in the postoperative care unit (PACU) (median [IQR], 1 [0-5] an
100 uscitative efforts during surgery and in the postoperative care unit only if the adverse events are b
101                                              Postoperative care was standardized.
102 ng conflict with intensivists about goals of postoperative care were 40% lower for surgeons who prima
103 Pediatric Risk of Mortality III-24 score and postoperative care were associated with 2, 6, and 1.5 ti
104                                  Surgery and postoperative care were performed according to the surge
105                    The LASIK surgery and the postoperative care were performed based on the usual pra
106 rplugs and eye masks in addition to standard postoperative care, whereas the control group received s
107 ibiotic prophylaxis, surgical technique, and postoperative care with SSIs was assessed using univaria
108 s anatomic reconstruction, and comprehensive postoperative care with the goal of having a child who i
109    Concurrently preoperative, inpatient, and postoperative care within 90 days was packaged into a fi

 
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