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(qū)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(fā)基底核及前額葉的投射部分出現(xiàn)問題,而導(dǎo)致執(zhí)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(qū)皮層表面誘發(fā)出一個局部場電位,其潛伏期僅為l 2ms ,表明這可能是經(jīng)由單突觸直接投射的結(jié)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(fù)合體可通過杏仁基底核與視皮層直接的神經(jīng)聯(lián)系調(diào)制視皮層神經(jīng)元的電活動特性,也可能經(jīng)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(xí)5 )的視1區(qū)神經(jīng)元自發(fā)放電水平發(fā)生改變,其中23神經(jīng)元發(fā)放水平在刺激后一段時間內(nèi)受到抑制, 9的神經(jīng)元電活動顯著增強。作)電刺激杏仁基底核對兔視1區(qū)25加《 0 )的神經(jīng)元運動敏感性產(chǎn)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(jīng)元光反應(yīng)被抑制, 17神經(jīng)元光反應(yīng)被易化;杏仁復(fù)合體影響的潛伏期為2 20ms ,時程為10 78ms ,其中10的神經(jīng)元光反應(yīng)影響潛伏期小于sins , 77的影響潛伏期分布在10 20ms范圍內(nèi)。