In experimental study with mice, the expression of zinc transporter ge terjemahan - In experimental study with mice, the expression of zinc transporter ge Bahasa Indonesia Bagaimana mengatakan

In experimental study with mice, th

In experimental study with mice, the expression of zinc transporter gene, which plays a critical role in the hypozincemia, was upregulated by inflammation [46], and in an experiment with HL-60 cells, the oxidative stress released zinc from metallothionein, one of cellular zinc buffering systems, and increased the availability of cellular zinc, therefore, it resulted in a cellular zinc deficiency [47], suggesting that as part of MetS, chronic inflammation or oxidative
stress negatively affect to body zinc status, and then, the decreased zinc status may play an important role in the development or aggravation of MetS. To date, studies on the effects of zinc intake in adults with MetS are scarce, and have reported inconsistent results; therefore, further studies on the dietary intake or supplementation of zinc are warranted to associate with the status of chronic inflammation or oxidative stress, and to help reduce the prevalence or improve the manifestation of MetS. The strengths of this study were that the data were collected through a representative nationwide survey of the South Korean population and that this is the first study in Korean adults to investigate the associations among serum zinc levels, MetS, and its metabolic risk factors. However, this study had certain limitations. First, it was conducted using a cross-sectional design. Second, dietary patterns and the kind of food as sources of zinc intake were
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In experimental study with mice, the expression of zinc transporter gene, which plays a critical role in the hypozincemia, was upregulated by inflammation [46], and in an experiment with HL-60 cells, the oxidative stress released zinc from metallothionein, one of cellular zinc buffering systems, and increased the availability of cellular zinc, therefore, it resulted in a cellular zinc deficiency [47], suggesting that as part of MetS, chronic inflammation or oxidativestress negatively affect to body zinc status, and then, the decreased zinc status may play an important role in the development or aggravation of MetS. To date, studies on the effects of zinc intake in adults with MetS are scarce, and have reported inconsistent results; therefore, further studies on the dietary intake or supplementation of zinc are warranted to associate with the status of chronic inflammation or oxidative stress, and to help reduce the prevalence or improve the manifestation of MetS. The strengths of this study were that the data were collected through a representative nationwide survey of the South Korean population and that this is the first study in Korean adults to investigate the associations among serum zinc levels, MetS, and its metabolic risk factors. However, this study had certain limitations. First, it was conducted using a cross-sectional design. Second, dietary patterns and the kind of food as sources of zinc intake were
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Dalam studi eksperimental dengan tikus, ekspresi gen seng transporter, yang memainkan peran penting dalam hypozincemia tersebut, adalah diregulasi oleh peradangan [46], dan dalam percobaan dengan HL-60 sel, stres oksidatif dirilis seng dari metallothionein, salah satu sistem seng penyangga selular, dan meningkatkan ketersediaan seng selular, oleh karena itu, mengakibatkan kekurangan zinc selular [47], menunjukkan bahwa sebagai bagian dari Mets, peradangan kronis atau oksidatif
stres negatif mempengaruhi status seng tubuh, dan kemudian, menurun Status seng dapat memainkan peran penting dalam pengembangan atau kejengkelan Mets. Sampai saat ini, penelitian tentang efek asupan zinc pada orang dewasa dengan Mets langka, dan telah melaporkan hasil yang tidak konsisten; Oleh karena itu, penelitian lebih lanjut pada asupan makanan atau suplemen seng dijamin kaitkan dengan status peradangan kronis atau stres oksidatif, dan untuk membantu mengurangi prevalensi atau memperbaiki manifestasi dari Mets. Kekuatan dari penelitian ini adalah bahwa data dikumpulkan melalui survei nasional mewakili populasi Korea Selatan dan bahwa ini adalah studi pertama pada orang dewasa Korea untuk menyelidiki asosiasi antara tingkat serum seng, Mets, dan faktor-faktor risiko metabolik. Namun, penelitian ini memiliki keterbatasan tertentu. Pertama, dilakukan dengan menggunakan desain cross-sectional. Kedua, pola diet dan jenis makanan sebagai sumber asupan zinc yang
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