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"Tatalaksana nutrisi pada pasien cedera kepala sedang dan berat mencakup pemberian makronutrien mikronutrien nutrien spesifik pengelolaan cairan dan elektrolit serta pemantauan dan evaluasi Dukungan nutrisi yang adekuat perlu diberikan pada pasien cedera kepala agar meningkatkan perbaikan kondisi optimal pasien Sebagian besar pasien cedera kepala memiliki status gizi yang baik sebelum terjadinya trauma Pemenuhan nutrisi yang optimal dapat turut menunjang perbaikan inflamasi metabolisme dan menjaga tidak terjadi penurunan status gizi Pasien pada serial kasus ini seluruh pasien laki laki mempunyai rentang usia 19 sampai 49 tahun Adanya penyakit penyerta mempengaruhi luaran akhir pasien cedera kepala Terapi nutrisi diberikan sesuai dengan kebutuhan setiap pasien Kebutuhan energi total dihitung berdasarkan perkiraan kebutuhan energi basal menggunakan persamaan Harris Benedict dikalikan faktor stres 1 4 1 6 dan pemberiannya disesuaikan dengan kondisi klinis pasien Kebutuhan protein 1 5 2 g kg BB hari dan lemak 20 30 Pemantauan mencakup tanda klinis toleransi asupan makanan kapasitas fungsional keseimbangan cairan parameter laboratorium dan antropometri Pemberian nutrisi pada pasien cedera kepala berat dengan sakit kritis bersifat individual dan mencakup semua aspek Tatalaksana nutrisi yang baik dan dilanjutkan dengan edukasi pada pasien dan keluarga diharapkan dapat meningkatkan kualitas hidup pasien cedera kepala dengan meminimalkan komplikasi yang dapat terjadi

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Nutrition therapy in patients with moderate and severe traumatic brain injury includes the provision of macronutrient micronutrient specific nutrition fluid and electrolyte management with monitoring and evaluation Adequate nutrition support should be given in traumatic brain injury to optmalyze outcome patient Three from four this case series have a normoweight before trauma Nutritional support can improve metabolism decrease inflammation and manage nutritional status Patients in this case series all male have an age range from 19 to 49 kg years Their comorbid condition influence outcome of traumatic brain injury patient Nutritional support is given according to each patient rsquo s requirement which is calculated with basal energy requirement using Harris Benedict equation with stress factor 1 4 1 6 and the administration starts with individual condition which gradually increased to reach the total energy expenditure Protein requirement 1 5 2 g kg day and lipid requirement is calculated 20 30 total energy requirement Patient rsquo s monitoring include clinical signs food intake tolerance functional capacity fluid balance laboratory and anthropometric parameter were taken With the management of good nutrition expected quality of life of patients with moderate and severe traumatic brain injury various comorbidities would be better "

"[ABSTRAKPendahuluan:Pada traumatic brain injury (TBI) dapat terjadi peningkatan metabolisme sehingga pasien rentan mengalami malnutrisi. Tatalaksana nutrisi yang adekuat sesuai dengan kondisi klinis dan komorbiditas berperan dalam mencegah terjadinya malnutrisi, menurunkan morbiditas dan mortalitas, serta mengoptimalkan outcome neurologis.Presentasi Kasus:Keempat pasien dalam serial kasus ini adalah laki-laki berusia antara 31?60 tahun dengan TBI dan berbagai faktor penyulit. Pasien pertama dengan obesitas dan mengalami hiponatremia berulang selama perawatan, pasien kedua memiliki status gizi malnutrisi, pasien ketiga dengan riwayat kemoradiasi pada astrositoma, amiloid angiopati dan disfagia, sementara pasien keempat dengan hipertensi dan fibrilasi atrium. Skrining gizi dengan MST pada keempat pasien menunjukkan skor dua. Pemberian energi pada keempat pasien adalah sebesar 140?150% dari kebutuhan energi basal yang dihitung dengan Harris-Benedict, dengan target pemberian protein sebesar 1,5?1,9 g/kg BB/hari atau setara dengan 20% energi. Selama pemantauan asupan protein pada keempat pasien adalah sebesar 0,55?1,67 g/kg BB/hari atau setara dengan 13,1?19,5% energi. Restriksi cairan dilakukan pada pasien pertama sebagai tatalaksana hiponatremia yang diperkirakan terjadi akibat SIADH. Pemberian natrium pada pasien keempat tidak direstriksi meskipun pasien mengalami hipertensi karena hipertensi adalah salah satu mekanisme kompensasi pada TBI. Pasien ketiga mengalami disfagia jika mengasup air putih sehingga dilakukan latihan menelan. Asupan per oral dimulai pada hari ke 6?15 pasca trauma.Hasil:Keempat pasien menunjukkan perbaikan outcome neurologis yang tampak berdasarkan peningkatan skor GCS disertai peningkatan kapasitas fungsional. Kesimpulan: Tatalaksana nutrisi yang adekuat pada pasien TBI dengan mempertimbangkan komorbiditas pasien diperlukan untuk menunjang penyembuhan dan memperbaiki outcome pasien.

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ABSTRACTBackground:Hypermetabolism in traumatic brain injury (TBI) increase the risk of malnutrition. Adequate nutritional management based on clinical status and comorbidity reduces the risk of malnutrition, therefore reduces morbidity and mortality rate and improves neurological outcomes.Case Presentation:The four patients included in this serial case were male, 31?60 years old. All patients were diagnosed with TBI complicated by various comorbidities.The first patient was obese with reccurrent episode of hyponatremia during hospitalization, the second patient was malnourished, the third patient had history of chemoradiation due to astrocytoma and was diagnosed with angiopathy amyloid and dysphagia, while the fourth patient was diagnosed with hypertension and atrial fibrilation. The MST scores in all four patients were two. Target of energy provision were between 140?150% of predicted basal energy requirement and target of protein provision were 1,5?1,9 g/kg BW/day or equal to 20% of energy. The protein intake during monitoring were 0,55?1,67 g/kg BW/day or equal to 13,1?19,5% energy. The fluid intake was restricted in first patient due to SIADH- related hyponatremia. Sodium intake was not restricted for the forth patient eventhough the patient was diagnosed with hypertension. In TBI, hypertension could occur due to compensational mechanism. The third patient was having difficulties consuming water due to dysphagia, and was conducted to multiple swallowing therapy exercises. Oral intake in four patients were initiated in day 6? 15 post trauma.Result:There were improvement of neurological outcome shown by the higher GCS score and improvement of the functional capacity in all four patients Conclusion: Adequate nutritional management in TBI patient can support the recovery and improve patient?s outcome. Nutritional management should consider patient?s comorbidities.;Background:Hypermetabolism in traumatic brain injury (TBI) increase the risk of malnutrition. Adequate nutritional management based on clinical status and comorbidity reduces the risk of malnutrition, therefore reduces morbidity and mortality rate and improves neurological outcomes.Case Presentation:The four patients included in this serial case were male, 31–60 years old. All patients were diagnosed with TBI complicated by various comorbidities.The first patient was obese with reccurrent episode of hyponatremia during hospitalization, the second patient was malnourished, the third patient had history of chemoradiation due to astrocytoma and was diagnosed with angiopathy amyloid and dysphagia, while the fourth patient was diagnosed with hypertension and atrial fibrilation. The MST scores in all four patients were two. Target of energy provision were between 140–150% of predicted basal energy requirement and target of protein provision were 1,5–1,9 g/kg BW/day or equal to 20% of energy. The protein intake during monitoring were 0,55–1,67 g/kg BW/day or equal to 13,1–19,5% energy. The fluid intake was restricted in first patient due to SIADH- related hyponatremia. Sodium intake was not restricted for the forth patient eventhough the patient was diagnosed with hypertension. In TBI, hypertension could occur due to compensational mechanism. The third patient was having difficulties consuming water due to dysphagia, and was conducted to multiple swallowing therapy exercises. Oral intake in four patients were initiated in day 6– 15 post trauma.Result:There were improvement of neurological outcome shown by the higher GCS score and improvement of the functional capacity in all four patients Conclusion: Adequate nutritional management in TBI patient can support the recovery and improve patient’s outcome. Nutritional management should consider patient’s comorbidities., Background:Hypermetabolism in traumatic brain injury (TBI) increase the risk of malnutrition. Adequate nutritional management based on clinical status and comorbidity reduces the risk of malnutrition, therefore reduces morbidity and mortality rate and improves neurological outcomes.Case Presentation:The four patients included in this serial case were male, 31–60 years old. All patients were diagnosed with TBI complicated by various comorbidities.The first patient was obese with reccurrent episode of hyponatremia during hospitalization, the second patient was malnourished, the third patient had history of chemoradiation due to astrocytoma and was diagnosed with angiopathy amyloid and dysphagia, while the fourth patient was diagnosed with hypertension and atrial fibrilation. The MST scores in all four patients were two. Target of energy provision were between 140–150% of predicted basal energy requirement and target of protein provision were 1,5–1,9 g/kg BW/day or equal to 20% of energy. The protein intake during monitoring were 0,55–1,67 g/kg BW/day or equal to 13,1–19,5% energy. The fluid intake was restricted in first patient due to SIADH- related hyponatremia. Sodium intake was not restricted for the forth patient eventhough the patient was diagnosed with hypertension. In TBI, hypertension could occur due to compensational mechanism. The third patient was having difficulties consuming water due to dysphagia, and was conducted to multiple swallowing therapy exercises. Oral intake in four patients were initiated in day 6– 15 post trauma.Result:There were improvement of neurological outcome shown by the higher GCS score and improvement of the functional capacity in all four patients Conclusion: Adequate nutritional management in TBI patient can support the recovery and improve patient’s outcome. Nutritional management should consider patient’s comorbidities.]"

"ABSTRAKLatar Belakang Biomarker dapat digunakan untuk memprediksi derajat keparahan trauma kepala Tujuan Mengetahui hubungan antara kadar S100B dengan derajat keparahan trauma kepala dan kelainan CT scan kepala Metode Penelitian Penelitian potong lintang di IGD RSUPN Cipto Mangunkusumo RSUP Fatmawati dan RS Permata Cibubur selama Juli Desember 2015 Subjek adalah anak usia 1 18 tahun yang mengalami trauma kepala dengan onset

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ABSTRACTBackground Biomarker has ability to predict the severity of TBI and abnormal CT scan Objectives To determine the association between S100B level with the severity of pediatric TBI and intracranial injury Methods A cross sectional study at Emergency Department of RSUPN Cipto Mangunkusumo RSUP Fatmawati and Permata Cibubur Hospital on July December 2015 Subjects were 1 18 year old children with TBI onset within 24 hours before admission We measured SKG score serum S100B level and performed cranial CT scan if indicated Results Twenty subjects had mild TBI and 18 subjects had moderate TBI were included S100B levels were higher in children with moderate TBI as compared to children with mild TBI 0 173 0 054 0 812 g L vs 0 067 0 039 0 084 g L p;Background Biomarker has ability to predict the severity of TBI and abnormal CT scan Objectives To determine the association between S100B level with the severity of pediatric TBI and intracranial injury Methods A cross sectional study at Emergency Department of RSUPN Cipto Mangunkusumo RSUP Fatmawati and Permata Cibubur Hospital on July December 2015 Subjects were 1 18 year old children with TBI onset within 24 hours before admission We measured SKG score serum S100B level and performed cranial CT scan if indicated Results Twenty subjects had mild TBI and 18 subjects had moderate TBI were included S100B levels were higher in children with moderate TBI as compared to children with mild TBI 0 173 0 054 0 812 g L vs 0 067 0 039 0 084 g L p;Background Biomarker has ability to predict the severity of TBI and abnormal CT scan Objectives To determine the association between S100B level with the severity of pediatric TBI and intracranial injury Methods A cross sectional study at Emergency Department of RSUPN Cipto Mangunkusumo RSUP Fatmawati and Permata Cibubur Hospital on July December 2015 Subjects were 1 18 year old children with TBI onset within 24 hours before admission We measured SKG score serum S100B level and performed cranial CT scan if indicated Results Twenty subjects had mild TBI and 18 subjects had moderate TBI were included S100B levels were higher in children with moderate TBI as compared to children with mild TBI 0 173 0 054 0 812 g L vs 0 067 0 039 0 084 g L p;Background Biomarker has ability to predict the severity of TBI and abnormal CT scan Objectives To determine the association between S100B level with the severity of pediatric TBI and intracranial injury Methods A cross sectional study at Emergency Department of RSUPN Cipto Mangunkusumo RSUP Fatmawati and Permata Cibubur Hospital on July December 2015 Subjects were 1 18 year old children with TBI onset within 24 hours before admission We measured SKG score serum S100B level and performed cranial CT scan if indicated Results Twenty subjects had mild TBI and 18 subjects had moderate TBI were included S100B levels were higher in children with moderate TBI as compared to children with mild TBI 0 173 0 054 0 812 g L vs 0 067 0 039 0 084 g L p"

"Latar Belakang: Cedera kepala dikaitkan dengan aktivasi kaskade koagulasi dapat menyebabkan koagulopati. Hal ini berhubungan dengan hasil akhir atau keluaran yang tidak baik pada pasien. Deteksi dini dan evaluasi berkala faktor hemostasis dibutuhkan pada pengelolaan pasien cedera kepala sedang dan berat dalam memperbaiki hasil keluaran perawatan pasien cedera kepala.Tujuan: Diketahuinya angka kejadian prevalensi koagulopati pada pasien cedera kepala sedang berat dan hubungan gangguan hemostasis tersebut dengan hasil keluarannya.Metode Penelitian: Penelitian ini merupakan studi ?nested case control?. Studi ini bersarang pada penelitian awal yang berupa studi komparasi potong lintang. Data hemostasis diperiksa pada hari pertama(<24 jam dari kejadian) saat di Instalasi Gawat Darurat(IGD) RSCM. Pasien cedera kepala sedang dan berat ini nantinya akan diikuti sampai akhir perawatan inap dan dinilai hasil keluaran perawatannya. Koagulopati adalah gangguan status koagulasi, dapat berupa hiperkoagulasi atau hipokoagulasiHasil: Terdapat 76 sampel, 38 sampel memiliki keluaran baik dan 38 sampel memiliki keluaran buruk. Pria(81,6%) lebih banyak dari wanita. Sebagian besar subjek berusia 18-50 tahun(81,6%). Koagulopati terjadi pada 34,2% pasien. Koagulopati merupakan faktor prediksi keluaran buruk pada cedera kepala (OR 4,429; 95%IK 1,569 ? 12,502; p=0,004). Hasil analisis multivariat menunjukkan urutan prioritas kemaknaan faktor yang mempengaruhi keluaran subjek cedera kepala yang terkuat berturut-turut di penelitian ini adalah usia (50,271), derajat cedera kepala (46,522), dan koagulopati (5,409). Terdapat hubungan bermakna antara beratnya derajat cedera kepala dengan terjadinya koagulopati p= 0,009.Kesimpulan: Prevalensi koagulopati pada cedera kepala sedang berat cukup tinggi. Pasien dengan koagulopati memiliki keluaran yang lebih buruk

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Background: Brain injury is associated with activation of the coagulation cascade, contributing to coagulopathy. This condition is correlated with unfavorable outcome. Early detection and evaluation of hemostatic factors are needed in treatment of moderate-severe traumatic brain injury (TBI) to improve patient outcome.

Objectives: To determined the number of prevelence coagulopathy in moderate severe TBI and the relationship of the hemostatic disorder with outcome.

Materials and Method: We did the nested case control study. Hemostatic parameters were recorded from emergency departement (ED) not exceeding 24 hours from onset of accident. Moderate-severe TBI patients were followed until the patients discharged and we assessed the outcome. Coagulopathy was defined as hypocoagulopathy or hypercoagulopathy.

Results: From 76 subjects, 38 subjects were favorable outcome and 38 subjects had unfavorable outcome. Men were higher than women (81,6%), mostly subjects were in range 18-50 years(81,6%). Coagulopathy occured in 36% of all patients. Coagulopathy was the predictor of unfavorable outcome for TBI (OR 4,429; 95%CI 1,569 ? 12,502; p=0,004). From the multivariate analysis, the priority level for TBI outcome, in order of strongest to weakest correlation, were age (50,271), severity of traumatic brain injury(46,522) and coagulopathy(5,409). There was significant correlation between severity of traumatic brain injury and coagulopathy (p= 0,009).

Conclusions: Our study confirmed a quite high prevalence of coagulopathy in patients with moderate-severe TBI. Patients with coagulopathy had poorer outcome compared to non-coagulopathy"

"A comprehensive introduction to evaluating and treating patients with traumatic brain injuries, this second edition of a bestseller features new information regarding the epidemiology and pathophysiology of brain injury as well as structural and functional imaging in the assessment of traumatic brain injury, including functional MRI, PET scanning, and magnetic resonance spectroscopy. With expanded discussions of brain-injury malingering and family dynamics, this revised and updated text gives an overview of state-of-the-art techniques and discusses new pharmacological treatments, acquired psychopathy, and test instruments for assessing behavior."

"Latar BelakangCedera otak traumatis atau traumatic brain injury (TBI) merupakan salah satu penyebab kematian dan kecacatan yang umum terjadi pada anak-anak, orang dewasa hingga umur 24 tahun, dan lansia dengan umur >75 tahun.1–3 Di Amerika Serikat terdapat sekitar 2,87 juta kasus pasien cedera otak traumatis, dimana 2,5 juta pasien masuk ke Instalasi Gawat Darurat, termasuk lebih dari 812.000 pasien anak-anak. Di Indonesia sendiri, menurut Riskesdas 2018, prevalensi kejadian cedera kepala di Indonesia berada pada angka 11,9%.2 Pada penelitian ini, akan dilakukan pengumpulan serta pengolahan data terkait profil diagnosis cedera kepala yang dioperasi. Data yang terkumpul dapat digunakan oleh pihak terkait untuk menilai resiko, prevalensi, diagnosis, dan tatalaksana operatif cedera kepala.MetodeMetode penelitian melibatkan data retrospektif terhadap pasien yang menjalani tatalaksana operatif akibat cedera kepala di Rumah Sakit Cipto Mangunkusumo pada tahun 2016 hingga 2020. Desain penelitian ini menggunakan desain deskriptif observasional dengan metode consecutive sampling.HasilPopulasi yang masuk dalam kriteri studi berjumlah 219 pasien. Terdiri dari, 176 pria (80,37%) dan 43 wanita (19,63%) dengan rata-rata umur 28,66. Kelompok umur terbanyak adalah kelompok umur remaja akhir (17-25 tahun) (Tabel 1 & 2). Diagnosis tersering yang ditemukan adalah epidural hematoma sebesar 54,34% (n = 119). Jenis tatalaksana tersering adalah kraniotomi (54,74%; n = 120). Dari 219 mengenai GCS dan penyebab trauma tersedia untuk 80 pasien. GCS 14-15 atau mild TBI adalah pasien terbanyak (43,59%; n = 34), dengan penyebab terbanyak adalah kecelakaan lalu lintas (63,75%; n = 51)KesimpulanPasien cedera kepala yang dioperasi di RSCM pada tahun 2016-2020, umumnya mengalami mild TBI (GCS 14-15). Peneybab tersering adalah akibat kecelakaan lalu lintas. Jumlah pasien laki-laki dibandingkan perempuan adalah 4 : 1. Rata-rata umur pasien adalah 28,66. Kelompok umur terbanyak adalah kelompok umur 17-25 tahun. Epidural hematoma adalah diagnosis yang tersering yang ditemukan pada populasi studi. Kemudian jenis tatalaksana yang tersering adalah kraniotomi.

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Background

Traumatic brain injury (TBI) is a common cause of death and disability in children, adults up to 24 years of age, and elderly people aged >75 years. 1–3 In the United States there are approximately 2, 87 million cases of traumatic brain injury patients, of which 2.5 million patients were admitted to the Emergency Department, including more than 812,000 pediatric patients. In Indonesia itself, according to Riskesdas 2018, the prevalence of head injuries in Indonesia is 11.9%.2 In this research, data will be collected and processed regarding the diagnosis profile of head injuries that are operated on. The collected data can be used by related parties to assess the risk, prevalence, diagnosis and operative management of head injuries.

Methods

The research method involved retrospective data on patients who underwent operative treatment for head injuries at Cipto Mangunkusumo Hospital from 2016 to 2020. This research design used an observational descriptive design with a consecutive sampling method.

Results

The population included in the study criteria was 219 patients. Consisting of 176 men (80.37%) and 43 women (19.63%) with an average age of 28.66. The largest age group is the late teenage age group (17-25 years) (Table 1 & 2). The most common diagnosis found was epidural hematoma at 54.34% (n = 119). The most common type of treatment was craniotomy (54.74%; n = 120). Of the 219 questions regarding GCS and causes of trauma were available for 80 patients. GCS 14-15 or mild TBI was the most common patient (43.59%; n = 34), with the most common cause being traffic accidents (63.75%; n = 51).

Conclusion

Head injury patients operated on at RSCM in 2016-2020 generally experienced mild TBI (GCS 14-15). The most common cause is a traffic accident. The number of male patients compared to female is 4: 1. The average age of patients is 28.66. The largest age group is the 17-25 year age group. Epidural hematoma was the most common diagnosis encountered in the study population. Then the most common type of treatment is craniotomy."

"[ABSTRAK Nama Hendra SamantaProgram Studi Pendidikan Dokter Spesialis NeurologiJudul Protein S 100B sebagai prediktor tingkat keparahan cedera kepala Latar Belakang Cedera kepala merupakan salah satu masalah kesehatan masyarakat yang serius yang dapat menyebabkan kematian kecacatan fisik dan kecacatan mental Cedera kepala dapat menyebabkan sel astrosit rusak sehingga mengeluarkan protein S 100B yang dapat dideteksi didalam darah perifer sehingga dapat dipakai untuk memprediksi tingkat keparahan cedera kepala yang terjadi Penelitian ini bertujuan untuk mencari hubungan antara kadar protein S 100B dengan tingkat keparahan cedera kepala Metode Desain penelitian adalah potong lintang untuk mengetahui kadar protein S 100B pada pasien cedera kepala akut onset kurang dari 24 jam Subyek penelitian sejumlah 85 pasien yang datang berobat ke Instalasi Gawat Darurat RSCM sejak bulan maret ndash juni 2015 Dilakukan penilaian GCS lamanya tidak sadarkan diri lamanya amnesia pasca trauma dengan bantuan alat TOAG pemeriksaan CT Scan dan pemeriksaan serum protein S 100B Hasil Didapatkan kadar rerata protein S 100B serum 0 77 g L rerata durasi amnesia 21 22 jam rerata nilai GCS 13 Terdapat perbedaan kadar protein S 100B pada CKR rerata 0 4175 dibandingkan dengan pada CKS dan CKB 1 0722 p 0 020 nilai titik potong kadar protein S 100B pasien yang meninggal 0 765 g L p 0 002 Simpulan Kadar rerata protein S 100B pada cedera kepala ringan lebih rendah dibandingkan dengan kadar protein S 100B pada cedera kepala sedang dan berat semakin tinggi kadar protein S 100B akan semakin tidak baik keluaran pasien cedera kepala ABSTRACT Name Hendra SamantaStudy program Neurology Specialization Educational ProgrammedTitle Protein S 100B as Predictor Severity Traumatic Brain Injury Background Traumatic brain injury is still a serious community health problem can cause death physical and mental disability Protein S 100B release from destructive astrocyte from brain injury and detected in the peripheral blood so that protein S 100B can serve as predictor of severity traumatic brain injury This research aimed to find association between protein S 100B with traumatic brain injury severity Method This was a cross sectional study focusing to protein S 100B value from acute traumatic brain injury patients with onset 24 hours Eighty five patients were recruited from emergency room RSCM GCS value duration of post traumatic amnesia with TOAG tools duration loss of consciousness brain CT scan and concentration serum protein S 100B were record Results The mean concentration serum Protein S 100B were 0 77 mean PTA duration were 21 22 hours and the mean GCS were 13 There is a significant differentiation value of concentration protein S 100B from mild trumatic brain injury compare moderate and severe traumatic brain injury p 0 020 cut off point for death patients was 0 765 g LConclusion The mean serum Protein S 100 B from mild trumatic brain injury lower than moderate and severe traumatic brain injury higher consentration of protein S 100B have bad outcome ;ABSTRACT Name Hendra SamantaStudy program Neurology Specialization Educational ProgrammedTitle Protein S 100B as Predictor Severity Traumatic Brain Injury Background Traumatic brain injury is still a serious community health problem can cause death physical and mental disability Protein S 100B release from destructive astrocyte from brain injury and detected in the peripheral blood so that protein S 100B can serve as predictor of severity traumatic brain injury This research aimed to find association between protein S 100B with traumatic brain injury severity Method This was a cross sectional study focusing to protein S 100B value from acute traumatic brain injury patients with onset 24 hours Eighty five patients were recruited from emergency room RSCM GCS value duration of post traumatic amnesia with TOAG tools duration loss of consciousness brain CT scan and concentration serum protein S 100B were record Results The mean concentration serum Protein S 100B were 0 77 mean PTA duration were 21 22 hours and the mean GCS were 13 There is a significant differentiation value of concentration protein S 100B from mild trumatic brain injury compare moderate and severe traumatic brain injury p 0 020 cut off point for death patients was 0 765 g LConclusion The mean serum Protein S 100 B from mild trumatic brain injury lower than moderate and severe traumatic brain injury higher consentration of protein S 100B have bad outcome , ABSTRACT Name Hendra SamantaStudy program Neurology Specialization Educational ProgrammedTitle Protein S 100B as Predictor Severity Traumatic Brain Injury Background Traumatic brain injury is still a serious community health problem can cause death physical and mental disability Protein S 100B release from destructive astrocyte from brain injury and detected in the peripheral blood so that protein S 100B can serve as predictor of severity traumatic brain injury This research aimed to find association between protein S 100B with traumatic brain injury severity Method This was a cross sectional study focusing to protein S 100B value from acute traumatic brain injury patients with onset 24 hours Eighty five patients were recruited from emergency room RSCM GCS value duration of post traumatic amnesia with TOAG tools duration loss of consciousness brain CT scan and concentration serum protein S 100B were record Results The mean concentration serum Protein S 100B were 0 77 mean PTA duration were 21 22 hours and the mean GCS were 13 There is a significant differentiation value of concentration protein S 100B from mild trumatic brain injury compare moderate and severe traumatic brain injury p 0 020 cut off point for death patients was 0 765 g LConclusion The mean serum Protein S 100 B from mild trumatic brain injury lower than moderate and severe traumatic brain injury higher consentration of protein S 100B have bad outcome ]"