Incorporation of D-[U-^<14>C] glucose and ^<14>CO_2 into the Cell-Wall Polymers of Flax Hypocotyl, in the Course of the Fibre Differentiation

スポンサーリンク

概要

• 論文の詳細を見る

• Cellulose deposits in the fibres of flax hypocotyl were observed on transverse sections of the distal part, after several days of plant growth under continuous light. The secondary cellulose of the fibres was not labelled preferentially when a pulse of ^<14>CO_2 was given. Conversely, the D-[U-^<14>C]glucose was well incorporated into the fibre secondary cellulose, whatever the day of the pulse. The glucose was, first incorporated into storage polysaccharides (probably starch) and used when needed, for secondary cellulose deposits.

• 日本植物生理学会の論文

著者

• Martini Frencoise

  S.c.u.e.o.r Ura 203 C.n.r.s. Faculte Des Sciences Universite De Rouen

• GOUBET Florence

  S.C.U.E.O.R, URA 203 C.N.R.S., Faculte des Sciences, Universite de ROUEN

• THOIRON Bernard

  S.C.U.E.O.R, URA 203 C.N.R.S., Faculte des Sciences, Universite de ROUEN

• MORVAN Claudine

  S.C.U.E.O.R, URA 203 C.N.R.S., Faculte des Sciences, Universite de ROUEN

• Goubet F

  Univ. Rouen Mont Saint Aignan Fra

• Thoiron Bernard

  S.c.u.e.o.r Ura 203 C.n.r.s. Faculte Des Sciences Universite De Rouen

• Morvan Claudine

  S.c.u.e.o.r Ura 203 C.n.r.s. Faculte Des Sciences Universite De Rouen

• Morvan Claudine

  S.c.u.e.o.r

関連論文

• Incorporation of D-[U-^C] glucose and ^CO_2 into the Cell-Wall Polymers of Flax Hypocotyl, in the Course of the Fibre Differentiation
• Structure and Properties of Acidic Polysaccharides from Mung Bean Hypocotyls

スポンサーリンク