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1 mRNA, and cAMP production induced by dDAVP (desmopressin).
2 d a lack of data on the newer formulation of desmopressin.
3 patients prescribed the older formulation of desmopressin.
4 fter water restriction and administration of desmopressin.
5 03 target genes, but only in the presence of desmopressin.
6 cortisone, sex steroids, growth hormone, and desmopressin.
7 onfirmed by treatment with the AC6 stimulant desmopressin.
8 binding assay, and no or partial response to desmopressin.
9 eibel-Palade body (WPB) secretagogues except desmopressin.
10 ical control in vivo, rats were treated with desmopressin.
11 d to patients prescribed this formulation of desmopressin.
12 c surgery can benefit from administration of desmopressin.
13 e treatment of patients unresponsive to this desmopressin.
14 d with more sustained improvements seen with desmopressin.
15 elective vasopressin type 2 receptor agonist desmopressin (1 nmol.kg(-1)) or continuous intravenous i
19 to vehicle-infused animals (3 +/- 2%) in the desmopressin (40 +/- 6%, p < .001) and arginine vasopres
20 tay of therapy for most patients with vWD in desmopressin, a pharmacologic agent that stimulates the
21 oratory test accurately predicts response to desmopressin, a trial test should always be performed in
23 l regulation of ECV transfer and report that desmopressin, a vasopressin analogue, stimulated the upt
25 d formulation, the main active ingredient is desmopressin acetate, but the new formulation also conta
27 ants randomized to receive both exercise and desmopressin achieved normal (>50%) FVIII:C, 75 and 135
28 e first included two studies and showed that desmopressin administered to brain-dead patients was not
32 udy arms (desmopressin followed by exercise, desmopressin alone, exercise followed by desmopressin, a
35 Some patients will require treatment with desmopressin and it is important to avoid 'overshoot' ia
36 ified 3,137 adults who were newly prescribed desmopressin and matched them to 3,137 adults who were n
37 tment of bleeding in VWD involves the use of desmopressin and plasma-derived VWF concentrates and a v
38 ng von Willebrand factor (VWF) concentrates, desmopressin, and anti-fibrinolytic agents as main tools
40 verage of 86%, 100%, and 75% for octreotide, desmopressin, and the structural analogue of desmopressi
42 per 1,000 person-years for adults prescribed desmopressin compared to 11 per 1,000 person-years for a
43 e enough to require replacement therapy with desmopressin (DDAVP) and/or von Willebrand factor (VWF)/
44 commendation to consider a single dose of IV desmopressin (DDAVP) for antiplatelet-associated intracr
48 10 to 50 micro M) potentiated the effects of desmopressin (DDAVP), prostaglandin E(2) (PGE(2)), and i
54 cells to the synthetic vasopressin analogue, desmopressin, did not affect exosomal flotillin-1 or TSG
56 sensitivity of renal tubules, a reduction in desmopressin dose might be necessary in patients with ce
57 nd out whether patients who can benefit from desmopressin during cardiac surgery can be identified by
59 18.4%) were randomized to 1 of 4 study arms (desmopressin followed by exercise, desmopressin alone, e
60 ge effect was observed for the initiation of desmopressin for nocturnal enuresis (negative control ou
61 nts occurred in 12 (44%) participants in the desmopressin group and 13 (48%) participants in the plac
62 stroke (four [15%] of 27 participants in the desmopressin group and six [22%] of 27 participants in t
63 neumonia (one [4%] of 27 participants in the desmopressin group and six [22%] of 27 participants in t
64 urred in six (22%) of 27 participants in the desmopressin group and ten (37%) of 27 participants in t
65 ith the placebo group, patients who received desmopressin had less blood loss in 24 h (mean 624 [SD 2
66 potential risks facing adult patients taking desmopressin has taken on added importance because a new
67 need for a definitive trial to determine if desmopressin improves outcomes in patients with intracer
69 in; and combined infusion of selepressin and desmopressin increased fluid accumulation to levels simi
72 inhibit ristocetin induced aggregation after desmopressin infusion compared to baseline (p < 0.001).
85 et aggregation (Multiplate) before and after desmopressin or endotoxin infusions in healthy volunteer
86 cludes increasing endogenous VWF levels with desmopressin or infusion of exogenous VWF concentrates (
87 ith spontaneous intracerebral haemorrhage to desmopressin or placebo to reduce the antiplatelet drug
89 tients, particularly those not responding to desmopressin or requiring a sustained hemostatic correct
90 eating monosyptomatic enuresis refractory to desmopressin, prevalence of enuresis when screening larg
92 n a patient with central diabetes insipidus, desmopressin reduced the excretion of ECVs derived from
97 y/VWF:Ag or VWF propeptide/VWF:Ag ratios; or desmopressin responses between low VWF and normalized ty
99 but the heterogenous biological response to desmopressin, showing large interindividual variation, m
100 racked exosomal AQP2 upregulation induced by desmopressin stimulation of kidney collecting duct cells
102 by exosomes was demonstrated: exosomes from desmopressin-treated cells stimulated both AQP2 expressi
103 in exosomal AQP2 concentration that followed desmopressin treatment of mice and a patient with centra
105 findings of a randomized trial of intranasal desmopressin vs a standardized, moderate-intensity aerob
112 ts newly prescribed the older formulation of desmopressin were propensity-score (PS)-matched to patie
113 e care, clot ratios in patients who received desmopressin were similar to those in the untreated cont
115 rate of hyponatremia was also observed with desmopressin when tamsulosin was the comparator (HR 12.1