文章摘要
GRP1.8-antisense pt4CL1 changes the content of lignintransformed Eucalyptus grandis E. ophylla
  
DOI:
Author NameAffiliation
靳玉蕾1,魏振宝2,周利建1,赵艳玲1, 华侨大学化工学:福建厦门3610212.中国科学:城市环境研究所福建厦门361021 
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Abstract:
      Eucalyptus is one of the main raw material for pulp. 4-coumarate: coenzyme A ligase is one of the key enzymes in the biosynthesis of lignin monomer. Inhibited the expression of 4CL gene can effectively reduce the content of the lignin in plants. The plant expression binary vector with glycine rich protein (GRP1.8) fused antisense 4-coumarate: CoA ligase (4CL1) gene from Populus tomentosa was transformed to Eucalyptus grandisE. ophylla. Nine transgenic plants were obtained by kanamyic resistant selection and PCR amplification selection. The 4CL1 enzyme activity of transgenic plants in tissue culture decreased up to 44% compared with wild-type plants. The klason lignin content of regenerated Eucalyptus seedlings in greenhouse decreased up to 16%.
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