典型文献
Nano-confined superfluid-based highly efficient chemical reaction and signal transmission
文献摘要：
Biological systems are featured by ultralow energy-consumption and ultrahigh efficiency in terms of biosynthesis,energy conversion,and signal transmission(e.g.,signal propaga-tion along the neuronal axon).For example,enzymatic biosynthe-sis in yeast DNA polymerase achieves high flux,100％selectivity,and low reaction activation energy under mild physiological condi-tions[1].Another example,human brains rapidly handle a huge amount of neural data with an ultralow energy consumption(～60 W).The remarkable phenomena aforementioned are attribu-ted to the ultrafast collective transport of molecules/ions through the biological nanochannels[2].For example,the transport rates of potassium ions and water molecules through potassium channel and water channel are about 108 ions/s and 3.9×109 molecules/s per channel(Fig.1a)[3,4],respectively.Here,the nanoconfinement refers to nanoscaled channels with confined spaces for ions/-molecules to transport,whereas superfluid is recently introduced to define the ultrafast and efficient ion/molecule fluid[2].
文献关键词：
中图分类号：
作者姓名：
Linfeng Chen;Dicky Pranantyo;Fan Xia
作者机构：
State Key Laboratory of Biogeology and Environmental Geology,Engineering Research Center of Nano-Geomaterials of Ministry of Education,Faculty of Material Science and Chemistry,China University of Geosciences,Wuhan 430074,China;Antimicrobial Resistance Interdisciplinary Research Group,Singapore-MIT Alliance for Research and Technology,Singapore 138602,Singapore
文献出处：
引用格式：
[1]Linfeng Chen;Dicky Pranantyo;Fan Xia-.Nano-confined superfluid-based highly efficient chemical reaction and signal transmission)[J].科学通报（英文版）,2022(15):1509-1512
A类：
biosynthe,attribu,nanoscaled
B类：
Nano,confined,superfluid,highly,efficient,chemical,reaction,signal,transmission,Biological,systems,are,featured,by,ultralow,energy,consumption,ultrahigh,efficiency,terms,biosynthesis,conversion,propaga,along,neuronal,axon,For,example,enzymatic,yeast,polymerase,achieves,flux,selectivity,activation,under,mild,physiological,condi,tions,Another,human,brains,rapidly,handle,huge,amount,neural,data,remarkable,phenomena,aforementioned,ted,ultrafast,collective,transport,molecules,through,biological,nanochannels,rates,potassium,water,about,Fig,1a,respectively,Here,nanoconfinement,refers,spaces,whereas,recently,introduced,define
AB值：
0.569747
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