IGF1 and IGFBP3 increased after oral zinc supplementation.
In 3-week-old rats maintained on Mg-deficient fodder for 12 d the weight
gain was reduced by about 34%, compared with pair-fed controls.
This was accompanied by a 44% reduction in s-IGF-1,
while s-insulin showed no decrease. After 3 weeks on Mg-deficient fodder,
growth had ceased while serum Mg (s-Mg) and s-IGF-1 were reduced
by 76 and 60% respectively.
餵食缺鎂飼料12天,與配對對照組相比,IGF-1減少44%;餵食缺鎂飼料3週後,
IGF-1減少60%。
In 3-week-old rats maintained on Zn-deficient fodder for 14 d weight
gain was reduced by 83% compared with pair-fed controls. Serum Zn (s-Zn)
and s-IGF-1 were reduced by 80 and 69% respectively, while s-insulin
was reduced by 66%.
after 17 d on Zn-deficient fodder s-IGF-1 was reduced by 83%.
餵食缺鋅飼料14天,與配對對照組相比,IGF-1減少69%;餵食缺鋅飼料17天後,
IGF-1減少83%。
early growth response gene 2 ( EGR2 )
早期生長反應基因2(EGR2)
In contrast to age-matched Controls, RTT and autism postmortem
cortex samples showed significant reduction in EGR2.
與年齡匹配的對照相比,RTT和自閉症死後皮質樣本顯示EGR2顯著降低。
Early growth response gene-2, a zinc-finger transcription factor
早期生長反應基因-2,鋅指轉錄因子
Here we show that in hippocampal neurons, nuclear calcium signaling
controls synaptic activity-induced phosphorylation of MeCP2 on serine 421.
這裡我們表明,在海馬神經元中,核鈣信號控制突觸活性誘導
的絲氨酸 421上MeCP2的磷酸化。
The calcium-dependent modulation of MeCP2 function suggests that
its role in neural circuit development
MeCP2功能的鈣依賴性調節表明其在神經迴路發育中的作用