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Published 05/28/2024
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Gulsen Meral , Elif S. Aslan , Verda Tunaligil , Neval Burkay , Esma Gökcen Alper Acar , Muhammed Yunus Alp
Published 06/26/2024
Our findings revealed a notable reduction in foxp3 gene methylation levels among HT patients who adhered to a diet excluding casein and gluten. The control maintained normal dietary guidelines and showed no significant alterations in methylation levels.
Elif S. Aslan , Gulsen Meral , Ece Aydin , Sinan Caglayan , Aytug Altundag , Seyda Demirkol , Gizem Gormus , Mustafa Solak , Furkan Ayaz
Published 08/15/2024
Background: Nutrigenetics explores how genetic variations influence an individual's responses to nutrients, enabling personalized nutrition. As dietary supplements gain popularity, understanding genetic factors in their metabolism and effectiveness is crucial for optimal health outcomes. This study examines the role of genetic differences in the metabolism and effects of nutraceuticals, underscoring the significance of personalized nutrition within precision health. It aims to reveal how individual genetic profiles influence responses to dietary supplements, highlighting the value of nutrigenetics in optimizing health interventions. The study explores how genetic variations affect the absorption and effects of nutraceuticals, focusing on personalized supplement choices based on nutrigenetics.
Gulsen Meral , Elif S. Aslan , Neval Burkay , Esma Gökcen Alper Acar , Mustafa Fevzi Karagöz , Merve Özkaya , Esra Sahin , Muhammed Yunus Alp