［2］ James B，Matthew B. Germin-like proteins( GLPs) in cereal genomes:Gene clustering and dynamic roles in plant defence［J］.Functional ＆ Integrative Genomics，2010，10( 4) : 463-476.
［3］ Banerjee J，Maiti M K. Functional role of rice germin-like protein1in regulation of plant height and disease resistance［J］. Biochemicaland Biophysical Ｒesearch Communications，2010，394( 1) : 178-183.
［4］ Lane B G，Dunwell J M，Ｒay J A，et al. Germin，a protein markerof early plant development，is anoxalate oxidase［J］. The Journalof Biological Chemistry，1993，268( 17) : 12239-12242.
［5］ Peng M，Kuc J. Peroxidase-generated hydrogen peroxide as asource of antifungal activity in vitro and on tobacco leaf disks［J］.Phytopathology，1992，82( 6) : 696-699.
［6］ 李莹，柳参奎. 植物类萌发素蛋白研究进展［J］. 中国农学通报，2014，30( 30) : 246-254. ( Li Y，Liu C K，Ｒesearch progresson plant germin-like proteins ［J］. Chinese Agricultural ScienceBulletin，2014，30( 30) : 246-254. )［7］ Bolwell G P，Butt V S，Davies D Ｒ，et al. The origin of the oxidativeburst in plants［J］. Free Ｒadical Ｒesearch，1995，23( 6) :517-532.
［8］ Greenberg J T，Guo A，Klessig D F，et al. Programmed cell deathin plants: A pathogen-triggered response activated coordinatelywith multiple defense functions ［J］. Cell，1994，77 ( 4 ) :551-563.
［9］ 吕春梅，赵月，赵雪，等. 大豆品种Maple Arrow 耐菌核病生化机制［J］. 中国油料作物学报，2014，36( 5) : 630-634. ( LyuC M，Zhao Y，Zhao X，et al. Biochemical resistance mechanismof soybean cultivar Maple Arrow to Sclerotinia sclerotiorum［J］.Chinese Journal of Oil Crop Sciences，2014，36( 5) : 630-634. )
［10］ 赵雪，韩英鹏，李海燕，等. 大豆主要品质性状资源评价及分3 期张宇航等: 大豆GmGLP10 基因的克隆及生物信息学分析393子标记分析［J］. 东北农业大学学报，2014，45 ( 5 ) : 1-7.( Zhao X，Han Y P，Li H Y，et al. Evaluation and molecularmarker analysis of soybean germplasm in main quality traits ［J］.Journal of Northeast Agricultural University，2014，45( 5) : 1-7. )
［11］ 孙晶，盛碧涵，韩英鹏，等. 大豆基因组WＲKY31 同源基因的生物信息学分析［J］. 大豆科学，2014，33 ( 5) : 642-647.( Sun J，Sheng B H，Han Y P，et al. Bioinformatics analysis ofWＲKY31 homologs in soybean genome［J］. Soybean Science，2014，33( 5) : 642-647. )
［11］ Orozcocrdenas M L，Narvezvsquez J，Ｒyan C A. Hydrogen peroxideacts as a second messenger forthe induction of defense genes intomato plants in response to wounding，systemin，and methyl jasmonate［J］. The Plant Cell Online，2001，13( 1) : 179-191.
［12］ 李红丽，刘迪秋，何华，等. 类萌发素蛋白在植物防卫反应中的作用［J］. 植物生理学报，2013，49( 4) : 331-336. ( Li H L，Liu D Q，He H，et al. The role of germin-like protein in plant defenseresponses［J］. Plant Physiology Journal，2013，49 ( 4 ) :331-336. )
［13］ 孟红岩，杜雄明，张春义，等. 棉花转录因子基因GhMS3 的克隆及其启动子功能的鉴定［J］. 中国农业科学，2010，43( 17) : 3489-3498. ( Meng H Y，Du X M，Zhang C Y，et al. Cloningand promoter function identification of cotton transcription factorGhMS3［J］. Scientia Agricultura Sinica，2010，43 ( 17 ) :3489-3498. )
［14］ Li H Y，Jiang J，Wang S，et al. Expression analysis of ThGLP，anew germin-like protein gene，in Tamarix hispida［J］. Journal ofForestry Ｒesearch，2010，21( 3) : 323-330.
［15］ Zimmermann G，B Umlein H，Mock H P，et al. The multigenefamily encoding germin-like proteins of barley. Ｒegulation andfunction in basal host resistance［J］. Plant Physiology，2006，142( 1) : 181-192.
［16］ Lane B G，Cuming A C，Fregeau J，et al. Germin isoforms arediscrete temporal markers of wheat development［J］. FEBS Journal，1992，209( 3) : 961-969.
［17］ Christensen A B，Thordal-christensen H，Zimmermann G，et al.The germinlike protein GLP4 exhibits superoxide dismutase activityand is an important component of quantitative resistance in wheatand barley［J］. Molecular Plant Microbe Interactions，2004，17( 1) : 109-117.
［18］ Ohmiya A，Tanaka Y，Kadowaki K，et al. Cloning of genes encodingauxin-binding proteins( A-BP19 /20) from peach: Significantpeptide sequence similarity with germin-like proteins［J］. Plant ＆Cell Physiology，1998，39( 5) : 492-99.