Helmstetter

基本解釋

Helmstetter's work has already shown how memories are stored in certain neurons.
Helmstetter的研究工作已經(jīng)闡明記憶怎麼儲(chǔ)存在特定的神經(jīng)元內(nèi)。
It would be impossible to track all the neural adjustments marking eery new condition, Helmstetter concedes.
Helmstetter承認(rèn)儅神經(jīng)元每做一個(gè)變化，都追蹤神經(jīng)調(diào)節(jié)是不可能的。
Unraeling the differences between kinds of memories, Helmstetter beliees, depends on understanding the chemical changes that happen in the brain at the molecular leel.
區(qū)分各種記憶的不同依賴(lài)於理解在大腦分子水平的化學(xué)變化。
"When you first learn something, such as how to ride a bike, there is an actual physical change in the brain ?the cells make proteins they didn't make before," Helmstetter says.
Helmstetter說(shuō)：“儅你第一次學(xué)習(xí)東西，如怎麼騎自行車(chē)，在大腦有實(shí)質(zhì)的變化？
Using functional magnetic resonance imaging (fMRI), Helmstetter can "map" the anatomy of plasticity because it allows him to actually see, in real time, where cells are more actie and use more energy.
用磁共振成像Helmstetter能畫(huà)出可塑性的解剖，因爲(wèi)它能讓他實(shí)實(shí)在在的看到，哪裡細(xì)胞更活躍，用更多能量。