基底 basalia; base course; base of foundation; basement rock; basement-cover relationship; basis; bm; body; floor; foundation base; foundation bed; fundamental complex; fundus; ground; infrastructrue; infrastructure; planting; radical; radix; su trate; subbottom; subbase; substrate; substratum
海底核電站 nuclear power station on seabed; ocean based nuclear plant; seabed nuclear plant; undersea nuclear plant; undersea nuclear power station; underwater nuclear power station
These neurons normally work to shut off excitatory signals from the motor cortex , the part of the brain that dictates movement 紋狀體是深藏于腦中的一個區域,屬于基底核的一部份(參見上方插圖) 。
Data regarding longitudinal outcomes and biological , psychosocial , and functional correlates increasingly support the notion that minor and subsyndromal depressions are part of a spectrum of depressive illness severity 老年憂郁癥常并發基底核及前額葉的投射部分出現問題,而導致執行功能障礙。
( 4 ) the light evoked loca1 field potential with latency 20 ms could be recorded on the surface of visual area l of the rabbit . it was inhibited with latency l0 ms and duration 20 ms after electrical stimulation of the basal amygdala O )電刺激杏仁基底核可在兔視1區皮層表面誘發出一個局部場電位,其潛伏期僅為l 2ms ,表明這可能是經由單突觸直接投射的結果。
In 48 orientation neurons , l9o / o neurons changed their orientation selectivity by disappearing , narrowing orientation range , widening orientation range , shifting preferred orientation or appearing orientation selectivity after electrical stimulation of the basal amygdala 杏仁復合體可通過杏仁基底核與視皮層直接的神經聯系調制視皮層神經元的電活動特性,也可能經由其他途徑對其施加影響。
( 7 ) in addition , the spontaneous discharge rate of 32 % ( n = 35 ) neurons was innuenced by the basal amygdaloid stimulation , 23 % and 9o / of them was inhibited and facilitated respectively ( 8 ) foiiowing electricai stimulation of the basal amygdal " the movement sensitivity of 25 % neurons ( n = 20 ) in visual area l was altered )杏仁基底核的興奮性活動可使32 h習5 )的視1區神經元自發放電水平發生改變,其中23神經元發放水平在刺激后一段時間內受到抑制, 9的神經元電活動顯著增強。作)電刺激杏仁基底核對兔視1區25加《 0 )的神經元運動敏感性產生影響。
The proportion of the inhibited and facilitated cells ( n = 89 ) was 30 % and l7 % . the latency of the amygdaloid infiuence was 2 ~ 20 ms and the duration ranged from l0 to 78 ms . the latency of l0 % cells was shorter than 5 ms and in 77 % cells it varied from l0 ms to 20 ms 在電刺激杏仁基底核時30 … 89 )的神經元光反應被抑制, 17神經元光反應被易化;杏仁復合體影響的潛伏期為2 20ms ,時程為10 78ms ,其中10的神經元光反應影響潛伏期小于sins , 77的影響潛伏期分布在10 20ms范圍內。