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"Kejadian sindroma kompartemen akibat latihan atau aktivitas berlebihan (Exertional Compartment Syndrome ) yang biasa terjadi pada tungkai bawah, di Indonesia belum pernah dilaporkan. Ini bisa disebabkan memang tidak pernah terjadi atau sistem pendataan yang kurang baik.Dari pengukuran tekanan intrakompartemen anterior tungkai bawah pada siswa calon bintara Polri di SPN Pontianak, sebanyak 63 siswa didapatkan tekanan intrakompartemen sebelum exercise rata-rata 7,3 mmHg dan setekah exercise dengan Ian selama 20 merit didapatkan tekanan rata-rata 10,9 mmHg pada 1 menit setelah selesai lari, dan tekanan rata-rata 8,0 mmHg 5 menit setelah selesai lari.Peningkatan tekanan tersebut masih di bawah 15 mmHg yang merupakan batas tekanan sebelum exercise pada orang yang potensial terjadi exertional compartment syndrome kraals sesuai kriteria dari Pedowitz.Dengan demikian dapat diperldrakan bahwa orang Indonesia memiliki batas anibang yang cukup tinggi untuk terjadinya sindroma kompartemen yang disebabkan oleh latihan atau aktivitas berlebihan.

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Incident of the Exertional Compartment Syndrome of the lower leg, there is no case had been report in Indonesia. May be threre is no case or no data in Indonesia.

Pre and post exercise pressure of the anterior compartment of the lower leg has been measure from 63 students in military basic training Indonesian Police Department at Pontianak Police Training. Mean pre exrcise pressure is 7,3 mmHg ; one minute post exercise pressure is 10,9 mmHg ; five minute post exercise pressure is 8,0 mmHg.

The result is under value from Pedowitz criteria of Exertional Compaertinent Syndrome. Pre or post exercise still at 15 mmHg lowest than Pedowitz criteria I was assumed Indonesian people had high critical value to be exertional compartment syndrome."

"During exercise, levels of several hormones are acutely increased in the blood. We previously reported that pre-exercise ingestion of a specific combination of amino acids (arginine, alanine, and phenylalanine; A-mix) increases fat mobilization and ketone body synthesis by increasing secretion of adrenalin and glucagon in healthy active young men. Herein, we sought to determine whether this acute hormone response could be induced upon administration of A-mix combined with exercise in patients with obesity during periods of low-intensity exercise. We performed a randomized crossover study of eleven middle-aged men with obesity without regular exercise habits, administered either A-mix (3 g/dose) or a placebo (3 g of dextrin/dose). Thirty minutes after ingestion, each subject subsequently performed workload tests on a cycle ergometer at 40% of peak oxygen consumption for 1 h. Following oral intake of A-mix, the concentration of plasma ketone bodies was significantly increased during exercise. This was accompanied by a significant increase in the area under the concentration-time curve for glucagon. Taken together, these results indicate that pre-exercise ingestion of the A-mix supplement significantly accelerated hepatic ketone body synthesis via stimulation of glucagon secretion during exercise in men with obesity."