Introduction: AKI (Acute Kidney Injury) complications in sepsis patients generally occur 24 hours after admission to ICU. Creatine Serum Concentration is a standard parameter to diagnose AKI. Unfortunately, the changes in creatine serum concentration will only be seen several days after the decrease of renal function to 50%.  The low detection ability has been linked with time loss before preventive therapy is commenced. Furthermore, this instigates the need for biomarkers to ensure early detection. Objective: This study aimed to identify cut-off points of urine syndecan-1 and to measure the prediction ability of urine syndecan-1 towards the AKI occurrence in pediatric sepsis patients. Materials and methods: This study was a prospective cohort study performed at a single center in Dr. Soetomo General Hospital, Surabaya. The inclusion criterion was all children admitted to the resuscitation room from October until December 2019. Furthermore, urine sampling is carried out at 0, 6, 12, and 24 hours for a syndecan-1 urine examination, and every procedure performed on the patient will be recorded. This action was continued up to the third day and aimed to evaluate some factors related to AKI at 48-72 hours of admission. Result and Discussion: Out of 41 pediatric sepsis patients, 30 patients fulfilled the inclusion criteria and 57% had AKI. The value of urine syndecan-1 at hour-0 and hour-6 was significantly featured a cut-off point. Conclusion: The value of urine syndecan-1 at hour-0 and hour-6 are valid parameters to predict the occurrence of AKI grades 1, 2, and 3 in pediatric septic patients at 48-72 hours after their hospital admission. The best cut-off value of urine syndecan-1 at the 0th hour was 0.67 ng/ml.

Introduction: Intracranial hemorrhage in inherited bleeding disorders is a medical emergency. The location of bleeding in most children is subdural and the most common cause is hemophilia. Although intracranial bleeding that occurs in people with hemophilia ranges from less than 5% of events, it is a life-threatening medical emergency so appropriate treatment is needed. Case Report: A boy patient 11 years old, 20kg weights have a seizure at home and followed by a decrease in consciousness. It was founded abnormalities in the form of anemia, prolonged FH (PPT 4x and APTT 4x), and hypocalcemia. The patient then was given main therapy; FVIII 100 IU/dL according to the FVIII target level calculated. The therapy continued with 500IU/12 hours according to the daily target of FVIII 50IU/dL. Discussion: The patient’s condition was getting better day by day. The patient’s consciousness started to improve after 14 days of postoperative. One month after that, the patient received koate treatment as the episodic handler. Diagnosing the exact cause in patients who have intracranial hemorrhage provides appropriate management so that the patients could be helped. Conclusion: Good collaboration between anesthesiologists, neurosurgeons, and pediatrics will increase the probability of successful management of critical bleeding without major sequelae.

Introduction: Intracranial hemorrhage in inherited bleeding disorders is a medical emergency. The location of bleeding in most children is subdural and the most common cause is hemophilia. Although intracranial bleeding that occurs in people with hemophilia ranges from less than 5% of events, it is a life-threatening medical emergency so appropriate treatment is needed. Case Report: A boy patient 11 years old, 20kg weights have a seizure at home and followed by a decrease in consciousness. It was founded abnormalities in the form of anemia, prolonged FH (PPT 4x and APTT 4x), and hypocalcemia. The patient then was given main therapy; FVIII 100 IU/dL according to the FVIII target level calculated. The therapy continued with 500IU/12 hours according to the daily target of FVIII 50IU/dL. Discussion: The patient’s condition was getting better day by day. The patient’s consciousness started to improve after 14 days of postoperative. One month after that, the patient received koate treatment as the episodic handler. Diagnosing the exact cause in patients who have intracranial hemorrhage provides appropriate management so that the patients could be helped. Conclusion: Good collaboration between anesthesiologists, neurosurgeons, and pediatrics will increase the probability of successful management of critical bleeding without major sequelae.