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1 ion loss, despite treatment with topical and systemic steroids.
2 sceration was required in patients receiving systemic steroids.
3 diagnoses but influenza predicted receiving systemic steroids.
4 tases or active autoimmune disease requiring systemic steroids.
5 treat and frequently requires high doses of systemic steroids.
6 mptoms that persisted after being started on systemic steroids.
7 st 6 months, and had had limited exposure to systemic steroids.
8 es is greatest in those men using continuous systemic steroids.
9 treal, systemic, and topical antibiotics and systemic steroids.
10 inflammation resolved following topical and systemic steroids.
11 five (11%) patients with two (5%) requiring systemic steroids.
12 The patient was given a brief course of systemic steroids.
13 usually responds to a course of topical and systemic steroids.
14 ated adverse events requiring treatment with systemic steroids (0.61, 0.46-0.81, p=0.00051), and immu
15 mptomatic; 24 (25.8%) were using therapeutic systemic steroids (16 [67%] of whom were on replacement
16 ients recovered with supportive measures and systemic steroids, 2 fatalities occurred and were attrib
17 dard post-operative medications, a course of systemic steroids (40 mg per day of Prednisolone tablets
18 emale 56.0%) and found 11.8% were prescribed systemic steroids (46.1% parenteral, 47.3% oral, 6.6% bo
19 1.48-41.56], P = .02) and concurrent use of systemic steroids (aHR 5.31 [95% CI 1.18-24.00], P = .03
20 educed the number of exacerbations requiring systemic steroid and the annual exacerbation rate compar
24 ses, age at diagnosis, sex, and early use of systemic steroids and methotrexate were significantly as
25 comparing the sixteen patients that received systemic steroids and the sixty-seven that did not; howe
26 as worsening respiratory symptoms requiring systemic steroids and/or antibiotics (moderate to severe
27 had severe respiratory symptoms resistant to systemic steroids, and 1 patient died of severe intersti
28 eived bronchodilators, 59,240 (85%) received systemic steroids, and 59,053 (85%) were given antibioti
31 itors (SSRIs), monoclonal antibodies (MABs), systemic steroids, and other anti-inflammatory drugs (AD
32 ory symptoms requiring either antibiotics or systemic steroids, and severe events by the need for hos
33 rapies in the form of intravitreal steroids, systemic steroids, and systemic antibiotics were used in
40 relate with cystic fibrosis genotype, use of systemic steroids, blood pressure, liver enzymes, C-reac
41 nvasive mechanical ventilation also received systemic steroids, but Black veterans were less likely t
42 edication reconciliation, and categorized as systemic steroids, calcineurin inhibitors, antimetabolit
44 ]; 9394 White patients [76.9%]) who received systemic steroids during ICI treatment and 7942 patients
46 vidence and guidelines do not support use of systemic steroids for acute respiratory tract infections
47 postextubation stridor, and be administered systemic steroids for at least 4 hours before extubation
48 I, 1.39-287; P = .03) and those treated with systemic steroids for eye disease (OR, 10.1; 95% CI,1.60
51 into 3 cohorts: those receiving no steroids, systemic steroids for irAEs, and steroids for non-irAE-a
52 erapy may be considered as an alternative to systemic steroids for treatment of orbital benign lympho
56 cipants received systemic therapy, including systemic steroids, immunosuppressants, or biologics.
57 urgery, and initiation or dose escalation of systemic steroids, immunosuppressants, small molecules,
58 sed meta-analysis to investigate the role of systemic steroid in the recovery of efferent dysfunction
59 nts received infliximab (n = 40 [87%]), with systemic steroids in 28 cases (61%) and immunosuppressan
61 se of this study was to evaluate the role of systemic steroids in post-procedural endophthalmitis as
62 d if they were taking or expected to receive systemic steroids in the immediate postoperative period
66 ssation of topiramate along with topical and systemic steroids is required to prevent serious complic
67 edication for acute and chronic OME, such as systemic steroids, is most likely used globally in an un
68 cus-related ophthalmoplegia (HZORO) in which systemic steroid led to complete resolution of external
70 be treated with antimicrobials, and local or systemic steroids may be used depending on the severity
73 cedural endophthalmitis that either received systemic steroids or did not around the time of diagnosi
74 , had no active autoimmune disease requiring systemic steroids or immunosuppressive agents, had no ac
76 k-back and ceased follow-up at initiation of systemic steroids or oral quinolones, external injury, h
77 n 60 mL per min, treatment for osteoporosis, systemic steroids, or oestrogen-replacement therapy.
79 operly and treated with intensive topical or systemic steroids, possibly combined with interface irri
80 vidence-based COVID-19 treatments, including systemic steroids, remdesivir, and immunomodulatory drug
84 over the roles of surgical decompression and systemic steroid therapy for TON, these interventions ha
85 apy and achieving only moderate success with systemic steroid therapy, he was ultimately treated with
89 icosteroid therapy; however, the efficacy of systemic steroid treatment is under debate and serious a
90 d a previous history of weight gain and 2 of systemic steroid treatment; these can be referred to as
91 7, P = .032]; [beta = -0.44, P = .028]), and systemic steroid use ([beta = -0.066, P = .032]; [beta =
93 e to a strong association between continuous systemic steroid use and vertebral fractures: age-adjust
98 tes were tested for association with current systemic steroid use using generalized linear mixed mode
99 ate, oxygen use on admission, mental status, systemic steroid use, activities of daily living, and th
103 For the subsequent 30 procedures (35.3%), systemic steroids were administered intravenously or ora
104 us SCH and greater percent of eyes receiving systemic steroids were associated with greater improveme