1.Lignin and plant disease resistance have a great mutuality, and cell wall lignification is an important mechanism to wheat slow rusting.
木质素与植物的抗病性有关，细胞壁木质化是小麦慢锈性的重要机制。
2.Birth later period, cauline stalk lignification, and the pith ministry inside the bine is formed hollow.
生育后期，茎秆木质化，而茎内的髓部则形成空心。
3.Fiber formation and lignification were also decreased.
同时纎维化和木质也被抑制。
4.Effect of peroxidase location in cell wall on lignification progress of secondary xylem cell of Populus tomentosa Carr .
细胞壁中过氧化物酶的分布对杨树木质化过程的影响。
5.The Relationship Between Lignification and Endogenous Hormone Content of Excised Bamboo Shoots
采后竹笋木质化与内源激素的关系
6.The Effects of Different Storage Temperatures on Lignification and Related Enzymes Activities in Loquat Pulp
不同贮藏温度对枇杷果肉木质化及相关酶活性的影响
7.Effects of Low Oxygen-Modified Atmosphere Packaging on Browning and Lignification of Peeled Bamboo Shoots
低氧气调包装对去壳雷笋褐变和木质化的影响
8.Effects of Sodium Sulfite Treatment on Cell Wall Material and Enzyme Activity Related to Lignification in Postharvest Bamboo Shoots
亚硫酸钠处理对与采后竹笋木质化作用有关的细胞壁物质及酶活性的影响
9.Effects of Relevant Enzymes on Lignification of Arachis hypogaea Gynophore
相关酶对花生果针木质化的影响
10.Effect of MA storage on endogenous hormone levels and enzyme activities related to lignification of postharvest bamboo shoots
气调贮藏对竹笋内源激素及木质化相关酶活性的影响