laticiferous

laticiferous

1. Effect of Ethrel Stimulation on Metabolism of Active Oxygen in Laticiferous Cell

乙烯利刺激对橡胶树乳管细胞活性氧代谢的影响

2. laticiferous tube

乳汁管

3. laticiferous tissue

乳汁组织

4. laticiferous cell

乳汁细胞

5. laticiferous canal

乳汁道

6. laticifer differentiation

乳管分化

7. Laticifer number

乳管数目

8. laticiferous plant

产乳植物, 产胶植物

9. simple laticifer

单乳汁器

10. nonarticulate laticifer

单乳管

11. There were no F-W complexes but normal proplastids in laticifer at the initial stage of its development.

在乳管分化初期,乳管细胞中不存在具有特殊结构的F-w复合体,只有许多与分生组织中的原质体相同的质体。

12. compound laticifer

复乳汁管

13. laticiferous coenocyte

多核乳汁细胞

14. Laticifer Differentiation of Hevea brasiliensis

巴西橡胶树乳管分化的研究进展

15. Actin Cytoskeleton in Laticiferous Cells of Hevea brasiliensis in Relation to Latex Exploitation

巴西橡胶树乳管肌动蛋白细胞骨架与采胶的关系

16. Primary Laticifer Differentiation of Hevea brasiliensis in Relation to Shoot Growth

巴西橡胶树初生乳管分化与苗生长的关系

17. non-articulate laticifer

无孔材

18. non-articulate laticiferous tube

无节乳汁管

19. articulate laticifer

有节乳汁管

20. Localized Effects of Mechanical Wounding and Exogenous Jasmonic Acid on the Induction of Secondary Laticifer Differentiation in Relation to the Distribution of Jasmonic Acid in Hevea brasiliensis

机械伤害和外施茉莉酸对巴西橡胶树次生乳管分化的局部效应及其与茉莉酸分布的关系

21. Distributed Regularity and Anatomic Feature of Laticiferous Canals of Toxicodendron vernicifluum(Stokes) F.A.Barkley

漆树各器官中乳汁道的分布与结构特征研究

22. The results showed that the prime symptoms of the TPD include laticifer necrosis and cambium-like meristem formation that occurs around the necrotic laticifer in the inner bark.

结果表明该病的基本症状是在树皮内层发生乳管坏死和在坏死的乳管周围产生形成层状分生组织。

23. There were highest content of hevein and chintinase in the concretionary latex on laticifer wounds but no distinct change in the content of those in the bark without latex flow.

而胶塞以下不排胶树皮在排胶过程中橡胶素和几丁质酶含量均无明显变化。

24. laticiferous vessel

胶乳受器 有节乳汁管

25. Plenty of laticiferous tubes were included in roots, stems and leaves.Intraxylary phloem formed around the pith.

髓的外围形成一环内生韧皮部，这些结构特征使罗布麻能更好的适应干旱、盐碱等恶劣环境。