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1          We used neurocognitive assessments, intradialytic anatomical magnetic resonance imaging, dif
2 within a narrow normal range during both the intradialytic and interdialytic intervals.
3 with kidney failure treated by hemodialysis, intradialytic arterial oxygen saturation (SaO(2)) time s
4 Although heparin-free dialysis is performed, intradialytic blood entrapment can be problematic.
5 ested the hypothesis that availability of an intradialytic blood volume monitoring (IBVM) device impr
6 intradialytic ScO(2) improved when including intradialytic BP change and ultrafiltration rate to the
7        We hypothesize that CVR combined with intradialytic BP changes will be associated with decline
8  intradialytic cerebral oxygen desaturation, intradialytic BP, and CVR in different gray matter regio
9 dialysis is associated with stabilization of intradialytic BP, the effects of blood cooling on hemody
10 iovascular effect of dialysis sessions using intradialytic cardiac magnetic resonance imaging (MRI) t
11                                  We assessed intradialytic cardiovascular function and rSO2 using non
12                   This review focuses on the intradialytic cerebral hypoperfusion that can occur duri
13 bral ischemic injury and the relationship of intradialytic cerebral hypoperfusion to cognitive outcom
14           This pilot study demonstrates that intradialytic cerebral ischemia occurs frequently, is no
15                                              Intradialytic cerebral ischemia, but not hypotension, co
16 was used to examine the relationship between intradialytic cerebral oxygen desaturation, intradialyti
17  a review of current methods used to monitor intradialytic cerebral perfusion and the structural and
18                                Monitoring of intradialytic cerebral perfusion may become clinically r
19 utcomes will help inform the decision to use intradialytic cerebral perfusion monitoring in the clini
20 es that have been associated with changes in intradialytic cerebral perfusion.
21 nstrates for the first time that significant intradialytic changes in brain tissue volume, diffusion
22                                     We found intradialytic changes, including the development of mult
23                                              Intradialytic clinical symptoms and signs, urea reductio
24 ine in cerebral blood flow, correlating with intradialytic cognitive dysfunction.
25                 Thus, a six-month program of intradialytic cycling reduces left ventricular mass and
26 Percentage of decline in MFV correlated with intradialytic decline in cognitive function, including g
27 oling can be used to stabilize BP and reduce intradialytic events requiring staff intervention withou
28                                              Intradialytic exercise (ID) programs are effective and s
29                                     Although intradialytic exercise (IDE) induces favorable effects o
30 lysis, the authors explored effects of acute intradialytic exercise (IDE) on LV regional myocardial f
31                                              Intradialytic exercise does not compromise AA removal or
32                   Protein ingestion, but not intradialytic exercise, increased AA removal throughout
33 bility both at rest and during recovery from intradialytic exercise.
34                    Furthermore, we estimated intradialytic exposure to cerebral ischemia and hypotens
35 sus -4+/-4 mmHg), a reduction in the maximum intradialytic fall in mean arterial pressure (-10+/-2 ve
36                                              Intradialytic hemodynamic stress was quantified using th
37 hanges from T0 to T2 for cardiac loading and intradialytic hemodynamics did not account for the benef
38                                              Intradialytic hypotension (IDH) and peridialytic blood p
39                                              Intradialytic hypotension (IDH) is a common complication
40                   The intervention increased intradialytic hypotension (odds ratio [OR], 7.5; 95% con
41     In conclusion, more frequent episodes of intradialytic hypotension and lower predialysis systolic
42 nitions best capture the association between intradialytic hypotension and mortality.
43 fistula and graft thrombosis, independent of intradialytic hypotension and other covariates.
44  subjects to determine whether more frequent intradialytic hypotension and/or lower predialysis systo
45                                              Intradialytic hypotension continues to play a significan
46 nvestigate the associations of commonly used intradialytic hypotension definitions and mortality.
47                                              Intradialytic hypotension definitions that considered sy
48                                              Intradialytic hypotension definitions were selected a pr
49 ition, patients were characterized as having intradialytic hypotension if they met the corresponding
50 and (3) reduce interdialytic weight gain and intradialytic hypotension in ESRD.
51                                              Intradialytic hypotension is a serious and frequent comp
52 esult, coherent evaluation of the effects of intradialytic hypotension is difficult.
53                    The sudden development of intradialytic hypotension may respond to specific antago
54 onicity, reduced blood volume refilling, and intradialytic hypotension risk.
55 ovenous fistulas for the highest quartile of intradialytic hypotension was approximately twice that o
56      There was no significant association of intradialytic hypotension with prosthetic arteriovenous
57 nts encounter complications such as episodic intradialytic hypotension, abnormal perfusion to critica
58 is no evidence-based consensus definition of intradialytic hypotension.
59 sociated with a decrease in the frequency of intradialytic hypotension.
60                                        Using intradialytic magnetic resonance imaging (MRI) and spect
61 s needed to establish an association between intradialytic magnetic resonance imaging findings of bra
62  demonstrated to have significant effects on intradialytic morbidity and long-term cardiovascular com
63 or HD with cooled dialysate as assessed with intradialytic MRI.
64 wever, despite maintained ejection fraction, intradialytic myocardial strain worsened in pediatric he
65 ury, we also used echocardiography to assess intradialytic myocardial stunning.
66  nature of HD, evidence is accumulating that intradialytic nutritional supplementation may blunt its
67                      Long-term studies using intradialytic oral supplementation are needed for CHD pa
68  dietary counseling are usually ineffective, intradialytic parenteral nutrition (IDPN) has been propo
69                   A recent study showed that intradialytic parenteral nutrition (IDPN) improves whole
70                                              Intradialytic parenteral nutrition (IDPN) reverses the n
71                                              Intradialytic parenteral nutrition (IDPN), with or witho
72 tment of protein-energy malnutrition include intradialytic parenteral nutrition.
73 on testing protocol was performed during the intradialytic period.
74 the present study, we evaluate the impact of intradialytic protein ingestion at rest and following ex
75                          Model prediction of intradialytic ScO(2) improved when including intradialyt
76 egions negatively correlated with decline in intradialytic ScO(2).
77 l rsCVR measured in the brain and decline in intradialytic ScO(2).
78  activation of cellular and plasma elements, intradialytic signs and symptoms, adequacy of dialysis,
79 does not affect indices of blocompatibility, intradialytic symptoms and signs, adequacy of dialysis,