Biography
Extensive and diverse experience in vascular Anesthesia and vascular service development. A special interest in regional Anesthesia in vascular patients aiming for a better perioperative care and an enhanced recovery, with appropriate training and experience with quality improvement projects. International and national experience in education, management and leadership.
Abstract
Background: How common is Anaemia? Anaemia accounts for 8.8% of disability from all conditions. In the elderly, 11% of males and 10.2% of females aged > 65 years, rising to 26.1% and 20.1% respectively in those > 85 years old. Most of these patients are elderly, have IHD, diabetics, and have chronic kidney disease. Partridge J, Harari D, Gossage J, Dhesi J. Anaemia in the older surgical patient: a review of prevalence, causes, implications and management. Journal of the Royal Society of Medicine. Target: When using a restrictive red blood cell transfusion threshold, consider a threshold of 70 g/litre (80 for ACS) and a haemoglobin concentration target of 70–90 g/litre (80-100 for ACS) after transfusion. Alternatives to blood transfusion for patients having surgery: Erythropoietin Intravenous and oral iron & Cell salvage and tranexamic acid. Consider intraoperative cell salvage with tranexamic acid for patients who are expected to lose a very high volume of blood (for example in cardiac and complex vascular surgery, major obstetric procedures, and pel vic reconstruction and scoliosis surgery). Conclusion: Preoperative Anaemia is a common finding in vascular surgical patients. Preoperative Anaemia is associated with intraoperative and postoperative autologous blood transfusion as well as increased hosp LOS CoCH preoperative anaemia in vasc surg pts is mostly treated with blood transfusion. NG24 recommends using oral and intravenous Fe++ for Rx preoperative anaemia and adopting a restrictive transfusion protocol – we are not compliant (based on data here)
Biography
Muhammad Aulia Arifahmi has completed his first degree at the age of 25 and now a resident of Department of Anesthesiology and Intensive care at Faculty of Medicine, Brawijaya University. This is the first paper to submit at international meeting as a student.
Abstract
Brain abscesses secondary to heart disease are the most frequent etiology with an incidence reported of 5 to18 %, commonly found in developing countries.[1] Any patient with congenital heart disease, particularly cyanotic, the development of focal neurologic abnormalities or evidence of increased intracranial pressure must be considered as indicative of the possible presence of a brain abscess until proved otherwise.[2] In this case, a 5 year old male children with Atresia Pulmonal, Ventricular Septal Defect, Patent Ductus Arteriosus, Overriding Aorta, Mayor Aorto Pulmonary Collateral Artery had history of multiple generalized seizure, altered mental state E3V3M5 and fever. Head CT scan imaging shown multiple cystic lession at right temporoparietal lobe with subfalcine and trantentorial herniation suggesting brain abcess. We diagnosed this patient had a brain abscess and start the initial antibiotic treatment with ceftriaxone and metronidazole. Then, the neurosurgery team decided to evacuate the abscess via surgical boorhole. The surgical procedure had done with general anesthesia was succesfully performed without altered hemodynamic condition and followed by post operative care management in PICU for two days. The patient fully recovered 20 days after surgery. Anesthetic management in patient with brain abscess and cyanotic congenital heart disease is very challenging because we will face multiple problems. The patients tends to fall further to hipoxic condition, with hypercoagulable states, possibility of cyanotic spell and cardioplumonary circulation instability along with increased intracranial pressure and its complication, and how to maintain the balance of brain protection anesthesia and its impact on already impaired cardiopulmonary system.