CAJ | 학술논문

利用Agilent甘蔗4×44k（perarray）芯片分析甘蔗叶片在甘蔗成熟期的差异表达基因，并通过生物信息学手段对基因芯片杂交结果进行分析。芯片杂交结果符合质控标准，并且杂交数据重复性良好，结果可靠。在甘蔗生长过程中8个时间点上，共筛选出相关差异在2倍以上的基因20个，其中上调表达基因17个，下调表达基因3个。这些候选基因分别涉及不同水平分子进程和多种代谢途径。
이용Agilent감자4×44k（perarray）심편분석감자협편재감자성숙기적차이표체기인，병통과생물신식학수단대기인심편잡교결과진행분석。심편잡교결과부합질공표준，병차잡교수거중복성량호，결과가고。재감자생장과정중8개시간점상，공사선출상관차이재2배이상적기인20개，기중상조표체기인17개，하조표체기인3개。저사후선기인분별섭급불동수평분자진정화다충대사도경。
In this study, Agilent sugarcane 4 ×44k （per array） genechip was used to identify the differentially expressed genes in the leaves of mature sugarcane, and bioinformatics tools were used for genechip hybridization analysis. Microarray hybridization re- sults met the quality standards, the data showed excellent reproducibility and the results were reliable. The differentially expressed genes were screened from the large number genes based on the bioinformatics analysis and microarray by ratio value≥2 during the 8 periods of sugarcane growth. The common differentially expressed genes were 20 ESTs including 17 of Up-regulated and 3 of downregulated ESTs genes. These genes involved in different molecular processes and a variety of metabolic pathways.