Exemplos de uso de Need for transfusion em Inglês e suas traduções para o Português
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The need for transfusion was evaluated.
There was no intraoperative haemorrhage, no need for transfusion.
The need for transfusion should be evident.
The association between severe sickness and the need for transfusion has been described previously.
The need for transfusion is even rarer 0.1% to 0.2.
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However, there was largest need for transfusion in group thrombectomy.
In this sense, there is an association with diseases, surgical procedures andcritical situations that lead to the need for transfusion.
Bleeding was defined as the need for transfusion of at least two erythrocyte concentrates.
The estimated bleeding was approximately 800 mL and there was no need for transfusion of blood products.
It reduces the need for transfusion in premature babies and in cancer patients receiving chemotherapy.
Clinical examination and laboratory tests had indicated the need for transfusion of packed red blood cells to treat the patient.
Although less need for transfusion in the MUF group and less postoperative bleeding, we observed no clinical differences between both groups.
However, additional studies are needed to assess its impact on the need for transfusion of blood and blood products.
The reduction in the need for transfusion observed in the group that used tranexamic acid was not significant for the number of patients involved.
Age and the need for blood transfusion were positively correlated, i.e., the higher the age, the greater the need for transfusion.
In classic study performed by Yerdel et al., the need for transfusion was higher in patients with PVT that in the group without, 10U and 5U respectively p.
Release of the ischemia before closing the wound does not have any benefit if the blood loss and need for transfusion is considered.
The need for transfusion in the EACA group was lower with statistically significant difference EACA group 185,90±342,07 x placebo group 439,42±349,07 ml; P=0,016.
Minor complications urinary tract infection, solid organ damage, atelectasis, pneumonia,bleeding without the need for transfusion occurred in approximately 15% of patients.
Despite the higher incidence of bleeding and need for transfusion in patients undergoing crossover, association or causality could not be established, as these crossovers occurred after randomization.
Blood transfusion was required for 47.4% of the control group and 28.6% of the group that received the drug,i.e. the drug reduced the need for transfusion by 18.8.
Several authors studied tranexamic acid to establish its effect in reducing bleeding and need for transfusion of blood and blood products in primary total knee replacement.
The bleeding rate was higher with enoxaparin using the TIMIcriteria 9.1% versus 7.6%; p=0.008, however without statistically significant difference using the GUSTO criteria or greater need for transfusion.
It should be emphasized that other patients with postoperative hemoglobin counts lower than 8.8 g/dL did not have the need for transfusion, since they did not present clinical symptoms of hypoperfusion Table 1.
Since it is believed that Aprotinin reduces bleeding and need for transfusion by dose-dependent mechanism[2-5], we chose by the use of the pioneer protocol Hammersmith Hospital, entitled as a high-dose, proportional to body surface, in order to improve clinical benefit.
Although most of the cases have evolved without neurological damage, there was extension of the hospital stay, with injury and patient dissatisfaction,as well as need for transfusion of packed red blood cells.
In this study, we propose to evaluate the use of tranexamic acid in reducing bleeding, need for transfusion of blood and blood products, and prevalence of postoperative deep venous thrombosis in primary total knee replacement.
Minor complications related to the procedure: respiratory, acute respiratory distress syndrome ARDS, wound infection, pneumonia, sepsis, peripheral vascular disease,postoperative atrial fibrillation, need for transfusion in the postoperative period;
Lower rates of severe bleeding in the arterial puncture site and less need for transfusion are the mechanisms responsible for the reduced mortality observed in the radial access, when compared with the femoral access.
These considerations gave rise to this investigation in acyanotic children undergone on-pump surgery,on whom no benefit was observed regarding bleeding and need for transfusion, but an interesting quantitative preservation of platelets.