山东农业科学
山東農業科學
산동농업과학
SHANGDONG AGRICULTURAL SCIENCES
2014年
4期
69-71
,共3页
赵康%杨正友%孙红炜%李凡%杨淑珂%路兴波
趙康%楊正友%孫紅煒%李凡%楊淑珂%路興波
조강%양정우%손홍위%리범%양숙가%로흥파
转植酸酶基因玉米%土壤氮磷钾
轉植痠酶基因玉米%土壤氮燐鉀
전식산매기인옥미%토양담린갑
Transgenic phytase maize%N,P and K in soil
研究了转植酸酶基因玉米10 TPY005、蠡玉35、郑单958生育期根际土壤和秸秆还田后氮磷钾含量的变化，结果表明，转植酸酶玉米在不同生育期及秸秆还田后对土壤氮、磷、钾含量没有明显影响。
研究瞭轉植痠酶基因玉米10 TPY005、蠡玉35、鄭單958生育期根際土壤和秸稈還田後氮燐鉀含量的變化，結果錶明，轉植痠酶玉米在不同生育期及秸稈還田後對土壤氮、燐、鉀含量沒有明顯影響。
연구료전식산매기인옥미10 TPY005、려옥35、정단958생육기근제토양화갈간환전후담린갑함량적변화，결과표명，전식산매옥미재불동생육기급갈간환전후대토양담、린、갑함량몰유명현영향。
The variation of nitrogen , phosphorus and potassium ( NPK) contents in soil after cultivation of transgenic maize 10TPY005 with PhyA2 gene, Liyu 35 and Zhengdan 958 were studied in different growth periods.The results showed that planting transgenic phytase maize and straw returning had no significant effects on soil NPK contents .
