甘肃农业大学学报
甘肅農業大學學報
감숙농업대학학보
JOURNAL OF GANSU AGRICULTURAL UNIVERSITY
2014年
6期
151-156
,共6页
甘肃红豆草%肌动蛋白基因%克隆%序列分析
甘肅紅豆草%肌動蛋白基因%剋隆%序列分析
감숙홍두초%기동단백기인%극륭%서렬분석
Onobrychis viciifolia ‘Gansu’%Actin gene%cloning%sequence and analysis
以‘甘肃红豆草’叶片总 RNA 为模板,通过 RT-PCR 方法扩增出肌动蛋白(Actin)基因片段,并克隆到pMD18-T载体,阳性克隆经PCR鉴定后测序.结果表明:序列分析表明,该片段长258 bp,编码86个氨基酸,所得序列与 GenBank中注册的Actin基因核苷酸序列的相似性在88%以上,与其他肌动蛋白的氨基酸序列的相似性达92%以上.注册该基因到 GenBank中,注册号为KP159623.采用半定量 RT-PCR方法,分析Actin基因在甘肃红豆草不同组织器官中的表达量相对恒定,而编码花青素还原酶的BAN基因在器官间的表达量差异较大,表明其可作为研究其它重要功能基因在‘甘肃红豆草’中的表达和调控的内参基因.
以‘甘肅紅豆草’葉片總 RNA 為模闆,通過 RT-PCR 方法擴增齣肌動蛋白(Actin)基因片段,併剋隆到pMD18-T載體,暘性剋隆經PCR鑒定後測序.結果錶明:序列分析錶明,該片段長258 bp,編碼86箇氨基痠,所得序列與 GenBank中註冊的Actin基因覈苷痠序列的相似性在88%以上,與其他肌動蛋白的氨基痠序列的相似性達92%以上.註冊該基因到 GenBank中,註冊號為KP159623.採用半定量 RT-PCR方法,分析Actin基因在甘肅紅豆草不同組織器官中的錶達量相對恆定,而編碼花青素還原酶的BAN基因在器官間的錶達量差異較大,錶明其可作為研究其它重要功能基因在‘甘肅紅豆草’中的錶達和調控的內參基因.
이‘감숙홍두초’협편총 RNA 위모판,통과 RT-PCR 방법확증출기동단백(Actin)기인편단,병극륭도pMD18-T재체,양성극륭경PCR감정후측서.결과표명:서렬분석표명,해편단장258 bp,편마86개안기산,소득서렬여 GenBank중주책적Actin기인핵감산서렬적상사성재88%이상,여기타기동단백적안기산서렬적상사성체92%이상.주책해기인도 GenBank중,주책호위KP159623.채용반정량 RT-PCR방법,분석Actin기인재감숙홍두초불동조직기관중적표체량상대항정,이편마화청소환원매적BAN기인재기관간적표체량차이교대,표명기가작위연구기타중요공능기인재‘감숙홍두초’중적표체화조공적내삼기인.
Total RNA of Onobrychis viciaefolia ‘Gansu’was extracted from leaf.The RNA was used to clone Actin gene fragment by RT-PCR,then the gene fragment was cloned into pMD1 8-T vector.The gene was sequenced after identifying the positives clone by PCR.The results revealed that the actin gene fragment from Onobrychis viciaefolia ‘Gansu’contained 258 bp and encoded a sequence of 86 amion acids.Similarity comparison showed that it shared over 88% similarity of nucleotide sequence similarity and over 92% similarity of amino acid sequence with other actin in the GenBank.The gene was submitted to GenBank and was given the accession number KP159623.Semi-quantitative PCR analysis indicated that the expression quantity of Actin gene was similar in different organs,however,the expression quantity of BAN gene encoding anthocyanin reductase was different.The results show that Actin gene can be used as the reference for analysis of gene expression in Onobrychis viciifolia ‘Gansu’.