Nesfatin-1'in anoreksijenik fonksiyonunun gün içinde değişimi sirkadiyen ritimle ilişkili olabilir mi?

Year 2022, , 111 - 116, 30.09.2022

Zafer Şahin

https://doi.org/10.55665/troiamedj.1108125

Cited By: 1

Abstract

Beslenme, organizmanın metabolik ihtiyaçlarını karşılamak için sergilenen bir vücut fonksiyonudur. Beslenme davranışının regülasyonu homeostatik mekanizmalar tarafından sağlanmaktadır. Bireylerin gıda tüketimi, yaklaşık 24 saatlik sirkadiyen döngü boyunca beyin tarafından zamana bağlı olarak koordine edilir. Vücuttaki biyolojik saatler gıda tüketiminin sirkadiyen ritimde meydana gelebileceği günlük aralıkları ayarlamaktadır. Bu zaman dilimleri genellikle aktif periyot evresinde yer almaktadır. Besin alımının sirkadiyen kontrolünü sağlayan biyolojik saatler, hipotalamusun suprakiazmatik nükleusunda ışıkla sürüklenen (entrain) bir ana saat ile beyinde ve vücudun diğer dokularında yer alan çok sayıdaki sekonder osilatörlerdir. Nesfatin-1, nükleobindin 2 öncü proteininden türetilen ve iştah üzerinde güçlü etkiler gösteren bir hormondur. Nesfatin-1’in anoreksijenik etkisi özellikle günün karanlık periyodunda daha belirgindir. Bu durum söz konusu hormonun sirkadiyen ritme sahip olup olmadığı sorusunu akıllara getirmektedir. Derlememizde konuyla ilgili çalışmalardan elde edilen bulgular kesitsel olarak ele alınarak, nesfatin-1’in beslenme davranışının regülasyonu ile etkilerinin sirkadiyen ritimle muhtemel ilişkisi değerlendirilmektedir.

Keywords

nesfatin-1, sirkadiyen ritim, diürnal ritim, beslenme, anoreksijenik

Could the change of anorexigenic function of nesfatin-1 during the day be associated with circadian rhythm?

Abstract

Nutrition is a body function exhibited to provide the metabolic needs of the organism. The regulation of feeding behavior is provided by homeostatic mechanisms. Food consumption of individuals is time-dependently coordinated by the brain throughout the approximately 24-hour circadian cycle. The biological clocks in the body set the daily intervals in which food consumption can occur in the circadian rhythm. These time zones are usually in the active period phase. The biological clocks that provide circadian control of food intake are a light-entrained master clock in the suprachiasmatic nucleus of the hypothalamus and numerous secondary oscillators in the brain and other tissues of the body. Nesfatin-1 is a hormone derived from the precursor protein of nucleobindin 2 and has strong effects on appetite. The anorexigenic effect of Nesfatin-1 is more pronounced, especially in the dark period of the day. This raises the question of whether the hormone in question has a circadian rhythm. In our review, the findings obtained from the studies on the subject are discussed cross-sectionally, and the possible relationship between the regulation of feeding behavior and the effects of nesfatin-1 with the circadian rhythm is evaluated.

Keywords

nesfatin-1, circadian rhythm, diurnal rhythm, nutrition, anorexigenic

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