Citas bibligráficas
Chunga, L., (2021). Predicción de reacciones adversas en las transfusiones sanguíneas del paciente receptor basado en redes neuronales [Universidad de Lima]. https://hdl.handle.net/20.500.12724/13838
Chunga, L., Predicción de reacciones adversas en las transfusiones sanguíneas del paciente receptor basado en redes neuronales []. PE: Universidad de Lima; 2021. https://hdl.handle.net/20.500.12724/13838
@misc{renati/236044,
title = "Predicción de reacciones adversas en las transfusiones sanguíneas del paciente receptor basado en redes neuronales",
author = "Chunga Huaylinos, Luis Diego",
publisher = "Universidad de Lima",
year = "2021"
}
Blood transfusion is a life-saving therapeutic procedure that requires the provision of safe blood to patients. Hemovigilance is the process from blood collection to blood transfusion. Hemovigilance allows the identification of adverse effects on recipients in order to implement improvements in transfusion processes. The objective of the study is to predict adverse reactions occurring during the 24 hours after transfusion to the recipient, evidenced by signs and symptoms such as fever, cyanosis, hives, hemoglobinura, facial edema, nausea, low back pain, chest pain, itching and chills. The method is based on a cross-sectional and exploratory study. It uses backpropagation neural networks consisting of three layers: input, output and hidden. For the design of the neural network, the ten output variables were used by means of the backpropagation multilayer neural network type as it will allow the result of the prediction of the study object to be adjusted. Knowing about adverse reactions was a social contribution to improving health care in the transfusion chain, from the collection of blood from donors to the transfusion of blood to recipients.
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