Summary: The efficiency of cold storage red blood cells (CSRBC) or whole blood at -80 ℃ used in 27 Rh(D) negative patients during surgical operation was reported. The Rh(D) negative patients received the transfusion...Summary: The efficiency of cold storage red blood cells (CSRBC) or whole blood at -80 ℃ used in 27 Rh(D) negative patients during surgical operation was reported. The Rh(D) negative patients received the transfusion of CSRBC or whole blood stored at -80 ℃ for 180 to 360 days. The changes in the indexes, such as blood TB, DB, K +, Na +, BUN, Cr, urine protein (URPO), UOB, Hb, HCT, serum total protein, relative to hemolytic reaction and blood volume before and after transfusion were observed. The results showed that after transfusion of CSRBC or whole blood 27 cases were negative for urine protein and UOB, and the levels of BUN and Cr were normal (P>0.05). Blood TB, DB, Hb, and HCT were increased, while pH, blood K + and blood Na + was normal with the difference being not significant before and after operation (P>0.05). Plasma protein was decreased, but there was no significant difference before and after operation (P>0.05). It was suggested that CSRBC or whole blood at -80 ℃ could be safely infused to the Rh(D) negative patients without side effects during the surgical operation.展开更多
Haemoglobinopathies are very serious clinical conditions caused by genetic mutations. They belong to autosomal recessive disorders and the most frequent genetic inherited diseases seen, specifically and above all amon...Haemoglobinopathies are very serious clinical conditions caused by genetic mutations. They belong to autosomal recessive disorders and the most frequent genetic inherited diseases seen, specifically and above all among Mediterranean countries. Thalassaemia syndromes (included Beta Thalassaemia and Sickle Cell Disease) have been the first diagnosed diseases since in intrauterine life using reccombinant DNA techniques. So, the better understanding of their pathophysiology has given a spectacolar improvement and a considerable impact on these conditional managements. Every year there are nearly 300,000 children born with haemoglobinopathies globally, and there are 60,000 - 70,000 children with Beta Thalassemia among them. Nowadays in Albania like everywhere, there is a significant increase of survival in these patients. As a result of life longevity and improvement of patients life quality, we can see that these patients may suffer from other concomitant illnesses. In our country, there are registered approximately 500 patients with haemoglobinopathies. We studied 50 pediatric patients at random ranging from age 2 until 18 years old. We excluded other pathologies among them. We found high values of biochemical indicators in blood (Ca 15-3 was found elevated in 75% of our patients, Lactate Dehydrogenases was found elevated in 70% of cases, Indirect Bilirubin was found elevated in 66% of cases). All three parameters are indicators of hemolysis. We found a correlation between high values of Ca 15-3 marker and high levels of LDH, Indirect Bilirubin and low level of hemoglobin (p < 0.05). Ca 15-3 is much elevated among patients non regularly transfused and in those who take an unsufficient amount of blood. Continuous monitoring of these biochemical parameters is going to help in the more effective follow up of patients with haemoglobinopathies.展开更多
文摘Summary: The efficiency of cold storage red blood cells (CSRBC) or whole blood at -80 ℃ used in 27 Rh(D) negative patients during surgical operation was reported. The Rh(D) negative patients received the transfusion of CSRBC or whole blood stored at -80 ℃ for 180 to 360 days. The changes in the indexes, such as blood TB, DB, K +, Na +, BUN, Cr, urine protein (URPO), UOB, Hb, HCT, serum total protein, relative to hemolytic reaction and blood volume before and after transfusion were observed. The results showed that after transfusion of CSRBC or whole blood 27 cases were negative for urine protein and UOB, and the levels of BUN and Cr were normal (P>0.05). Blood TB, DB, Hb, and HCT were increased, while pH, blood K + and blood Na + was normal with the difference being not significant before and after operation (P>0.05). Plasma protein was decreased, but there was no significant difference before and after operation (P>0.05). It was suggested that CSRBC or whole blood at -80 ℃ could be safely infused to the Rh(D) negative patients without side effects during the surgical operation.
文摘Haemoglobinopathies are very serious clinical conditions caused by genetic mutations. They belong to autosomal recessive disorders and the most frequent genetic inherited diseases seen, specifically and above all among Mediterranean countries. Thalassaemia syndromes (included Beta Thalassaemia and Sickle Cell Disease) have been the first diagnosed diseases since in intrauterine life using reccombinant DNA techniques. So, the better understanding of their pathophysiology has given a spectacolar improvement and a considerable impact on these conditional managements. Every year there are nearly 300,000 children born with haemoglobinopathies globally, and there are 60,000 - 70,000 children with Beta Thalassemia among them. Nowadays in Albania like everywhere, there is a significant increase of survival in these patients. As a result of life longevity and improvement of patients life quality, we can see that these patients may suffer from other concomitant illnesses. In our country, there are registered approximately 500 patients with haemoglobinopathies. We studied 50 pediatric patients at random ranging from age 2 until 18 years old. We excluded other pathologies among them. We found high values of biochemical indicators in blood (Ca 15-3 was found elevated in 75% of our patients, Lactate Dehydrogenases was found elevated in 70% of cases, Indirect Bilirubin was found elevated in 66% of cases). All three parameters are indicators of hemolysis. We found a correlation between high values of Ca 15-3 marker and high levels of LDH, Indirect Bilirubin and low level of hemoglobin (p < 0.05). Ca 15-3 is much elevated among patients non regularly transfused and in those who take an unsufficient amount of blood. Continuous monitoring of these biochemical parameters is going to help in the more effective follow up of patients with haemoglobinopathies.
