brassica oleracea 中文意思是什麼

According to the research of physiological and biochemical indicators or index, components of soluble proteins, substrate protein of phosphorylation and the activity of protein kinase in low - temperature stress in the leaves of brassica oleracea l., we tried to find the law of the physiological and biochemical response of brassica oleracea l. leaf to low temperature. at the same time, discussion on the signal transduction can also provide further evidences for revealing the mechanism of low - temperature stress. the results are showed as follows : malondialdehyde ( mda ), superoxide dismutase ( sod ), ascorbate peroxidase ( asp ) and peroxidase ( pod ) activities were changed greatly after 0 ~ 30min ' s treating with low temperature

本文以甘藍葉片為材料，通過對低溫5脅迫下甘藍生理生化指標、可溶性蛋白組分以及磷酸化底物蛋白、蛋白激酶活性的研究，以期找出甘藍葉片對低溫脅迫的生理生化響應規律，為甘藍露地越冬栽培防範寒害提供理論指導，同時對低溫脅迫下甘藍逆境信號傳導進行了探討，從而為徹底弄清低溫脅迫機理提供進一步的證據，研究的主要結果如下：丙二醛含量（ mda ） 、超氧化物歧化酶（ sod ） 、抗壞血酸過氧化物酶（ asp ）和過氧化物酶（ pod ）活性在低溫處理0 30min發生顯著變化，低溫處理3min后，甘藍葉片內mda含量基本沒有變化，處理5min時出現第一個峰值，達到對照的104 . 10 ， 10min出現低谷，僅為對照的86 . 27 ，隨后再次上升， 30min時超過第一峰值，為對照的113 . 93 。

Taizhou is the nation - wide largest scale base for production of brassica oleracea l. var. italica piench. the growing acreage in taizhou is up to 6, 600 hektare and the total production occupied one - third yield in china

臺州是全國規模最大的冬春季西蘭花生產基地，種植面積達6600多公頃，整個產量佔全國的三分之一。

The effects of nitrogen and zinc nutrition on nucleic acid andcalmodulin during the growth and development of curd in broccoli brassica oleracea l. var. italica planch

鋅營養與青花菜花球發育過程中核酸及鈣調素的關系

Experimental studies on the anther culture of brassica oleracea var. botrytis

觀賞與食用兩用型羽衣甘藍的組培快繁試驗

In thl1 gene, there are some famililar enzyme digest sites including bamh i, hind, sac i and sal i. the sequence of thl1l from brassica oleracea l. shows 99 % identity to the sequence of thll from brassica napus l. there are some phosphorylation sites and an active site of thoiredoxin h members consisting of cppc in thll protein

甘藍和油菜thl1基因序列有5個堿基的差異，而氨基酸僅有2個氨基酸的變異，同源性達99 。在thl1蛋白的氨基酸序列中發現了一個硫氧還蛋白家族的活性位點（ cppc ）和多個磷酸化位點。

As an export - oriented industry, the production of brassica oleracea l. var. italica piench was affected dramatically by the fluctuation of international trade

作為一種出口導向型產業，西蘭花生產強烈地受到國際貿易波動的影響。

Italica piench industry in taizhou city, this article point out that taizhou has advantages in natural sources or in economy and technology for the development of brassica oleracea l. var. italica piench industry, and has formed great comprehensive competitiveness

論文首先分析了我國西蘭花的出口態勢和臺州西蘭花產業的比較優勢，指出臺州發展西蘭花產業具有自然資源優勢和經濟技術優勢，形成了很強的綜合競爭力。

A study on the regulating self - incompatibility of brassica oleracea l. by inhibitor or activitor of protein kinase

利用蛋白激酶抑制劑和激活劑調控甘藍自交不親和性

Effect of processing time on the transformation efficiency of brassica oleracea mediated by agrobacterium tume faciens

處理時間對農桿菌介導甘藍轉化中抗性芽分化率的影響

Thl1 gene was also amplified by pcr with template genomic dna and cdna from roots, leaves, petals, stigmas and ovaries during bud stage in brassica oleracea l. ( 200110197 ) and brassica napus l. ( y578 - 2 )

採用pcr和rt - pcr技術，從甘藍和油菜基因組dna和柱頭總rna中擴增獲得了719bp的thl1基因和430bp的cdna序列。

The cdna of thl2 from brassica napus l. is 447 bp. thl2 gene contains two introns with wide divergences between brassica oleracea l. and brassica napus l. however, the deduced amino acid sequence of thl2 protein from brassi

5ug的總rna為模板，進行定量rt pcr ，結果分析表明am基因在甘藍中的表達特異性和油菜一樣，均是在花柱柱頭表達的。

Thl2 gene was finally amplified by pcr with template genomic dna and cdna from roots, leaves, petals, stigmas and ovaries during bud stage in brassica oleracea l. ( 200110197 ) and brassica napus l. ( y578 - 2 ). the dna sequencing result shows that the genomic gene of thl2 is approximately 900 bp from brassica oleracea l. in contrast to that of 850 bp from brassica napus l.

採用阿r和rtpcr技術，從甘藍和油菜基因組和柱頭總則a中擴增獲得了thlz基因，基因組中得到的基因大約為900hp和850hp ， cdna大約為477hp 。在thlz基因中首次發現了兩個內含于，並且甘藍和油菜thlz基因的內含于序列同源性低於ich ，並且大小也有差異。

The method of ctab was specifically improved for the extraction of genomic dna and total rnas from brassica oleracea l. and brassica napus l. 2. arclboler gene was amplified by pcr with template genomic dna and cdna from roots, leaves, petals, stigmas and ovaries during bud stage in brassica oleracea l. ( 200110197 ) and brassica napus l. ( y578 - 2 )

以甘藍（ 200110197 ）和油菜（ y578 - 2 ）自交不親和系的植株為材料，提取幼苗中的gdna及花蕾期的柱頭、子房、花瓣、葉片、根的mrna ，並對mrna進行反轉錄合成cdna ，然後分別以gdna與cdna為模板擴增arc1蛋白編碼序列。