ライフサイエンスコーパス: hemodilution

1 evaluated in healthy volunteers subjected to hemodilution.

2 ron deficiency, abnormal iron metabolism and hemodilution.

3 pigs was given to assess effects of THAM and hemodilution.

4 concentrations among obese men may be due to hemodilution.

5 t was no longer present after correction for hemodilution.

6 erative cell salvage, and acute normovolemic hemodilution.

7 nd apparent blood viscosity after isovolemic hemodilution.

8 ects of thiazolidinediones include edema and hemodilution.

9 and CDO2 was decreased at lesser degrees of hemodilution.

10 erformed in <15 mins) followed by isovolemic hemodilution (3:1, Ringer's lactate to the volume of who

11 izing only intraoperative acute normovolemic hemodilution (872 participants) did not substantially ch

12 eight animals received a single treatment of hemodilution after subarachnoid hemorrhage; and, for eig

13 of 37 anemic patients, 17 patients (46%) had hemodilution and 20 patients (54%) had a true anemia.

14 To determine the association between hemodilution and PSA concentration in obese men with pro

15 Hemodilution and volume loading were modeled using a two

16 One drawback of ICSI is hemodilution and volume loading.

17 enhance brain cooling with ICSI and minimize hemodilution and volume loading.

18 n sensitivity in the absence of weight gain, hemodilution, and anemia characteristics of treatment wi

19 ypertension, hypotension, hemoconcentration, hemodilution, and hypercoagulable states.

20 ompensatory cerebral blood flow increases to hemodilution, and neither hydroxyethyl starch nor 3.0% h

21 tive autologous donation, acute normovolemic hemodilution, and perioperative blood recovery are routi

22 fect on heart and lung weights, weight gain, hemodilution, and plasma volume.

23 ma factor VIIa concentrations, corrected for hemodilution, and ratios of factor VIIa to factor VII we

24 of new techniques such as acute normovolemic hemodilution (ANH) and the novel erythropoiesis-stimulat

25 was to determine whether acute normovolemic hemodilution (ANH), an established blood conservation te

26 study was to determine if acute normovolemic hemodilution (ANH), an established blood conservation te

27 erative cell salvage, and acute normovolemic hemodilution are essential.

28 Although sepsis and hemodilution are more common etiologies of thrombocytope

29 system that accounted for marker clearance, hemodilution, blood loss, and transfusion.

30 delivery more than hetastarch, likely due to hemodilution caused by its high colloid oncotic pressure

31 on was less for rats that received sustained hemodilution compared with their respective groups in th

32 ssage, anterior chamber paracentesis, and/or hemodilution (conservative treatment).

33 Nine patients with hemodilution died or underwent urgent transplant compare

34 One rationale for hemodilution during hypothermic cardiopulmonary bypass (

35 Normovolemic hemodilution effectively normalized the hematocrit and d

36 aintaining perfusion in conditions of severe hemodilution followed by hypovolemia.

37 aocular pressure lowering agents, isovolemic hemodilution, globe massage, and anticoagulation with ac

38 (3) TBI+ EPO group (n=6); and (4) TBI+ EPO+ hemodilution group (n=7).

39 one of the following groups (n = 16 in each hemodilution group; eight animals received a single trea

40 he five coronal brain sections for the DCLHb hemodilution groups and in all five sections for the alb

41 , the area of hypoperfusion was less in both hemodilution groups than in the control group (p<.05).

42 ups and in all five sections for the albumin hemodilution groups, the area of hypoperfusion was less

43 ow promotion by hypertensive reperfusion and hemodilution has resulted in improved outcome in dogs, a

44 ood to the group-specific endpoint: Sham (no hemodilution), Hb4 (hemoglobin 4.3 g/dL), Hbcrit (2.7 g/

45 Severe hemodilution (Hct 10%) results in evidence of inadequate

46 However, severe hemodilution (Hct 10%) was associated with a significant

47 degrees C CPB with progressive normovolemic hemodilution (hematocrit 0.39 to 0.9) in eight anestheti

48 ude transient volume expansion, natriuresis, hemodilution, immunomodulation, and improved pulmonary g

49 mperature and after progressive normovolemic hemodilution in 3 groups of 8 anesthetized animals.

50 Multiple causes (pseudothrombocytopenia, hemodilution, increased consumption, decreased productio

51 , erythropoietic support, acute normovolemic hemodilution, individualized assessment of anemia tolera

52 , but the oxygen delivery decreased due to a hemodilution-induced decrease in hematocrit.

53 a and the clinical syndrome of HF, including hemodilution, inflammatory activation, renal insufficien

54 Among its clinical applications, hemodilution is a procedure that is used to treat variou

55 r subarachnoid hemorrhage and that sustained hemodilution is more effective than singular treatment.

56 ce and clinical outcome of CHF patients with hemodilution is unknown.

57 Lastly, we show that hemodilution leads to a restoration of flow in secondary

58 MI was associated with higher plasma volume; hemodilution may therefore be responsible for the lower

59 The effect of hemodilution on cerebral blood flow (CBF), cerebral meta

60 The effect of hemodilution on cerebral blood flow (CBF), cerebral meta

61 ld not be performed, patients were underwent hemodilution only (control group).

62 r the combined treatment, but not when using hemodilution only.

63 ncentration [Hb], hence may be the result of hemodilution or true red blood cell volume (RBCV) defici

64 may result from an increased plasma volume (hemodilution) or from reduced red blood cell volume (tru

65 utologous blood donation, acute normovolemic hemodilution, or cell saver systems are available, they

66 a provide a physiological foundation for our hemodilution practice and offer an explanation why low h

67 a provide a physiological foundation for our hemodilution practice and provide some guidance for mana

68 ween the DCLHb and Alb groups within a given hemodilution protocol.

69 However, the optimal degree of hemodilution remains unclear.

70 Patients with hemodilution tend to do worse than patients with true an

71 In these patients, hyperbaric oxygen and hemodilution therapy had been administered routinely (ox

72 While we do not advocate hemodilution to a hematocrit of 15% during "warm" CPB, t

73 CPB hemodilution to hematocrit <24% is associated with a sys

74 Although we do not advocate hemodilution to these extreme values, we find that these

75 unlike the transfusion threshold trials, the hemodilution trials did not reduce the proportion of pat

76 Reversible hemodilution was apparent in laboratory findings and wei

77 The prevalence of hemodilution was assessed in a subset of 37 ambulatory a

78 In each temperature group, hemodilution was associated with a reciprocal rise in CB

79 Hemodilution was associated with a reciprocal rise in CB

80 These data support the hypothesis that hemodilution with molecular hemoglobin decreases hypoper

81 retractor muscle before and after isovolemic hemodilution with three different hemodilutents: a non-o