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1 th desirable antitumor capabilities prior to patient transfer.
2 tments, however, may be limited by delays in patient transfer.
3 acilities when ties represented at least one patient transfer.
4 approach that may necessitate interhospital patient transfers.
5 ons of critically ill patients, 2) premature patient transfers, 3) temporary delivery of critical car
6 works to all 2007 annual adult and pediatric patient transfers among the healthcare facilities in Ora
7 lly throughout healthcare facilities through patient transfer and cause difficult-to-treat infections
8 long-term care facilities were connected by patient transfers and further added many connections to
9 han ST92, which may be spreading by means of patient transfer between health care facilities within t
10 oordination and continuity of health care as patients transfer between different locations or differe
12 After multivariable logistic regression, patients transferred directly to the cath lab also had l
13 n delay were present in 11%, 15%, and 28% of patients transferred first to the emergency department/w
17 We performed medical chart review for STEMI patients transferred for PPCI during a 6-month period (O
20 s a prospective, observational study of 2034 patients transferred for primary PCI at a single center
21 s was observed in only a small proportion of patients transferred for primary PCI but was associated
23 their initial hospital; yet more than 95% of patients transferred for primary PCI in the U.S. exceed
24 ian first door time to balloon time time for patients transferred for primary PCI was 118 minutes (Q1
32 mpared with directly admitted patients, MICU patients transferred from another hospital had significa
35 utes, P = .002), and door-in to door-out for patients transferred from non-PCI hospitals (120 to 71 m
41 or effective and adaptable prehospital care, patient transfer, in-hospital care and rehabilitation sy
42 f interrelated data from 336 prostate cancer patients transferred into 19 TMA blocks with 5451 TMA bi
46 ts suggest that it is prudent to account for patient transfer status when comparing hospital outcomes
47 creation and ongoing evaluation of dedicated patient transfer strategies and better early invasive ca
48 eral obstacles have hindered the adoption of patient-transfer strategies in the U.S., including great
50 factors for higher mortality and benefits of patient transfer to higher volume centers is warranted.
51 rize and determine the extent and pattern of patient transfers to, from, and between long-term care f
55 th any of the 5 diagnoses, the percentage of patients transferred to another acute care hospital vari
57 he lowest-volume category, the proportion of patients transferred to larger hospitals was 81% for hos
58 but spend time in a critical care unit, and patients transferred to our intensive care units from ot
59 Sex disparities are more pronounced among patients transferred to percutaneous coronary interventi
60 irst to the emergency department/ward, STEMI patients transferred to the cath lab had significantly l
61 ecord variables from a convenience sample of patients transferred to the Comprehensive Supportive Car
62 with an increased risk of hospital death in patients transferred to the ICU from the regular ward, o
63 rgin of dollar 7 million per year related to patients transferred to the institution primarily for cr
65 tocol to all consecutive respiratory failure patients transferred to the respiratory intensive care u
67 ecialist and specialist retrieval teams; and patients transferred to their nearest PICU and those who
68 storical control group of 254 consecutive ED patients transferred with outside hospital CDs between A
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