不朽情缘理仪公司产光合作用测定仪数据被SCI杂志选取

    2013年，科研杂志 Plant Biotechnology Journal(2013)11,pp 380-389，颁发了题为Increased expression of phospholipase Da1 in guard cells decreases water loss with improved seed production under drought in Brassica napus 的钻研汇报。该钻研汇报中有关植物叶片气孔导度（stomatal conductance）和水分传输（Water transpiration）两项丈量所选取的仪器为不朽情缘研发和造作的Yaxin-1102便携式光合蒸腾仪。

      这一事实讲了然我公司光合仪类产品的整体设计机能和造作水平达到了相对的水准。其数据的靠得住性和真实性被科研界所认可。该型号仪器目前在中科院各有关尝试室，各省市农林科研单元和各类高档大专院校中得到利用。

文章提要：

   The activation of phospholipase Da1 (PLDa1) produces lipid messenger phosphatidic acid and promotes stomatal closure in Arabidopsis. To explore the use of the PLDa1-mediated signalling towards decreasing water loss in crop plants, we introduced Arabidopsis PLDa1 under the control of a guard cell–specific promoter AtKatIpro into two canola (Brassica napus)c*rs.Multiple AtKatIpro::PLDa1 lines in each c*r displayed decreased water loss and improved biomass accumulation under hyperosmotic stress conditions, including drought and high salinity.

  Moreover, AtKatIpro::PLDa1 plants produced more seeds than did WT plants in fields under drought. The results indicate that the guard cell–specific expression of PLDa1 has the potential to improve crop yield by enhancing drought tolerance.

   凭据2013年ISI颁布的JCR（Journal Citation Reports）数据，2012年Plant Biotechnology Journal 的影响因子为6.279，在总计197衷熠刊的植物科学（PLANT SCIENCES）学科中*9位；在总计160衷熠刊的生物工程和利用微生物（BIOTECHNOLOGY & APPLIED MICROBIOLOGY）学科中*12。

                                              不朽情缘

                                                 2014年11月7日