Main Types of CMS and the Applications in Crucifer(Ⅰ);

Cloning and evolutionary analysis of homologous sequences of SAMDC gene in Cruciferae;

Cloning and Evolutionary Analysis of Homologous Sequences of CYP86MF Gene in Cruciferae;

Studies on the Cloning, Expression and Evolution Relationships of Homologous BcMF2 and BcMF4 Genes in Cruciferae;

Research Values and the Development and Utilization Prospects of Crucifer;

Uptake and accumulation of lead by five plants from colewort of Cruciferae;

Effect Test of Several Pesticides Controlling Plutella xylostella(L.) of Cruciferae;

Comparative Study on Some Biochemical Index of Three Cruciferae Plants;

Studies on the Leaf Epidermal Features of Lepidium (Brassicaceae) from China;

Analysis on Geographical Elements of Brassicaceae Area of Xinjiang;

The Phenology of Ephemeral Plants of Eight Brassicaceae and Its Adaptation to the Desert Environment;

Crucifer crops are sensitive to sulphur, the output of crucifer crops can be enhanced by applying sulphur fertilizer.

The clubroot disease of cruciferous plants is induced by Plasmodiophora brassicae Woronin, plasmodium fungus.

Wu39-1(Eruca sativa),Wu43-1(Brassica rapa) and Wu50-2 (Brassica napus) were used to develop a handy extraction method of mtDNA in crucifers on the basis of the sucrose-bedding method of mtDNA extraction and by means of four combinations of different centrifugal forces,differential centrifugation,and composition adjustment and dosage increase of buffer solution A.