英语翻译Achieving desired plant growth regulator levels in liquid plant tissueThis paper is part of a series considering the impactof activated carbon (AC) on the composition of planttissue culture media.Using liquid culture media for initiationo

英语翻译Achieving desired plant growth regulator levels in liquid plant tissueThis paper is part of a series considering the impactof activated carbon (AC) on the composition of planttissue culture media.Using liquid culture media for initiationo
英语翻译
Achieving desired plant growth regulator levels in liquid plant tissue
This paper is part of a series considering the impact
of activated carbon (AC) on the composition of plant
tissue culture media.Using liquid culture media for initiation
of Norway spruce embryogenic tissue and eight different
ACs,we present a method for achieving target plant
growth regulator (PGR) levels in AC-containing medium
based on sorption isotherms for individual PGRs.Linear
relationships were found between PGR adsorption and specific
BET (Brunauer,Emmett,Teller theory) surface area
and specific total pore volume of AC.When using a new
AC,this linear relationship allows one to achieve multiple
PGR levels similar to historic levels through adjustment
of the mass of AC based on its relative BET surface area
or relative total pore volume.Target levels of PGRs and
an initiation success similar to that in medium without AC
were achieved with several different AC types when AC
mass was adjusted on the basis of pore volume.

英语翻译Achieving desired plant growth regulator levels in liquid plant tissueThis paper is part of a series considering the impactof activated carbon (AC) on the composition of planttissue culture media.Using liquid culture media for initiationo
在植物组织中获得所需植物生长调节剂的指标
这篇论文是一系列关于植物组织培养基混合物中活性碳（AC ）影响研究的一部分.对挪威云杉的初期胚性组织使用液体培养基和八种不同的活性碳.对特殊的植物生长调节剂,我们以等温吸附作用为基准对于在含有在植物生长调节剂的吸收作用、特有的BET（Brunauer ,Emmett ,Teller 理论)面积和具体的活性碳孔隙容量总数之间发现具有线性关系.当使用一种新的活性碳时,这种线性关系允许我们以活性碳的相关BET面积或者相关总的孔隙容量为基准,对大量的活性碳进行微调,可以达到类似于历史指标的多样的PGR指标.基获取植物生长调节剂(PGR )指标介绍了一种方法.当活性碳块根据孔隙容量进行微调时PGRs 的目标指标和初始成果类似于在没有活性碳的培养基中获得几种不同类型的活性碳.