查询词典 spring wheat

The chromosome composition of Yuan Zhong 2, a common wheat-Ag.intermedium partial amphiploid (2n=54), was analyzed with the genomic in situ hybridization,in which the biotinylated total DNA of Ag.intermedium as the probe and the total DNA of common wheat cv.Chinese Spring as blocking DNA were used to hybridize with the chromosome DNA of Yuan Zhong 2 at mitotic metaphase in root tip cells.

为分析普通小麦-天兰冰草部分双二倍体-远中2号(2n=54)的染色体构成，用生物素(biotin-16-dUTP)标记天兰冰草染色体组DNA作为探针，以普通小麦品种中国春染色体组DNA为封闭DNA，与远中2号的有丝分裂中期染色体DNA进行了分子原位杂交。

The artist reprents Spring represents spring with 2 young people in love. A woman holding wheat is Summer summer .

艺术家用两位恋爱中的年轻人来代表春天，用手握麦穗的女人代表了夏天。

Thinopyrum intermedium,one of the relative species of common wheat,is a kind of dominant wheat germplasm resource for the resistance to stripe rust in wheat genetic improvement. With using Chinese spring phlb as recurrent parents and awnless Zhong 4(a partial chromosome of Thinopyrum intermedium)as donor parents,that is backcross selection,the offspring BC_2F_(7～9)were acquired.Cytology check and genome in situ hybridization, were used for the translocation lines and substitution lines detection.

本研究采用常规杂交并辅抗性鉴定等方法，以中国春phlb突变体为轮回亲本，利用无芒中4，转育中间偃麦草的抗条锈性，并通过细胞学和DNA原位杂交检测，鉴定和筛选普通小麦—中间偃麦草的抗条锈病异代换系或易位系。

The barley chromosome in wheat was identified by genomic in situ hybridization in which biotin labelled total genomic DNA of barley betzes was used as probe and the unlabelled total DNA of common wheat Chinese Spring as blocking DNA. A series of wheat materials were tested as follows; two disomic alien substitution and monosomic alien addition lines, 2n=43; two monosomic alien substitution lines.

用生物素(Biotin-16-dUTP)标记的大麦Betzes基因组DNA作探针，以普通小麦中国春总DNA作封阻进行基因组原位杂交(Genome in situ hybridiz ation，简称GISH)，从13株小麦-大麦杂交后代中鉴定出2个含有3条大麦B etzes2H染色体的材料(2n=43)；2个2H单体异代换系(2n=42)；7个2H二体异代换系(2n=42)。

Improved high ionic strength medium was adopted to extract the cpDNAs of Yunnan wheat,Tibet semiwild wheat and two cultivars of common wheat (Chinese Spring and Een 1).Restriction fragment analysis of cpDNAs was carried out with the use of 7 restriction enzymes.

亚种。我们采用改进的高离子强度法，提取云南小麦、西藏半野生小麦、普通小麦的两个品种(中国春和鄂恩1号)的叶绿体DNA，并用7种限制性内切酶对它们的叶绿体DNA进行了酶切图谱分析。

In the west of China.Improved high ionic strength medium was adopted to extract the cpDNAs of Yunnan wheat,Tibet semiwild wheat and two cultivars of common wheat (Chinese Spring and Een 1).Restriction fragment analysis of cpDNAs was carried out with the use of 7 restriction enzymes.

亚种。我们采用改进的高离子强度法，提取云南小麦、西藏半野生小麦、普通小麦的两个品种(中国春和鄂恩1号)的叶绿体DNA，并用7种限制性内切酶对它们的叶绿体DNA进行了酶切图谱分析。

Measurement of some physiological factors related to salt-tolerance in wheat cultivars SW12 Using HPLC-ESI-MS technique, Glycinebetaine, proline and malondialdehyde in leaves, which collected from wheat cultivars SW12, Ningchun 4 and Chinese Spring exposed to salt treatments with concentration ranges of NaCl s of 0, 100, 200, 300, 400 and 500 mmol/L and sampling for 1, 3, 5, 10, 20 and 30 days, respectively, were measured.

小麦SW12耐盐种质生理指标测定 HPLC-ESI-MS分析表明，SW12和两个对照品种宁春4号和中国春在6个不同盐浓度（0、100、200、300、400和500mmol/L NaCl）和6个不同的盐胁迫时段中（1、3、5、10、20和30d），随着盐胁迫强度的增加，它们叶片组织中甜菜碱、脯氨酸和丙二醛的含量均有不同程度的增加，3个品种在5种不同盐浓度下，甜菜碱和丙二醛的含量存在很大差异。

These two varieties with strong salt-tolerance are suggested being used directly for wheat production in salinity regions.2. Measurement of some physiological factors related to salt-tolerance in wheat cultivars SW12Using HPLC-ESI-MS technique, Glycinebetaine, proline and malondialdehyde in leaves, which collected from wheat cultivars SW12, Ningchun 4 and Chinese Spring exposed to salt treatments with concentration ranges of NaCl s of 0, 100, 200, 300, 400 and 500 mmol/L and sampling for 1, 3, 5, 10, 20 and 30 days, respectively, were measured.

中国农业科学院博士学位论文摘要3、小麦SW12耐盐相关基因Ta一LDH的克隆利用eDNA一AFLP和RACE等技术，从430 mmol/L盐胁迫下的小麦SW12中首次分离出了一个醛脱氢酶类似基因的全长eDNA，命名为儿胡LDHoTa一乙DH含有1 948个核营酸，编码一条由509个氨基酸组成的多肤，在其3'端，距离终止子约235 bp处有一个明显的加尾信号序列。

Well, there was once a great Soviet agronomist named Trofim Lysenko who had demonstrated that "environmental pressure" can effect eugenic changes (as that in the classical genetics of Gregor Mendel, 1822-1884) like the sowing of winter wheat in spring by first soaking the seeds in warm water and burying them in the snow for the winter for sowing in the spring, all to achieve a better crop and a 25% higher-yield harvest from season to season.

话前苏联有一个伟大的农学家名新科(主新科学的意思，原名 Trofim Lysenko)，发现孟德尔(Gregor Johann Mendel， 1822-1884)的古典遗传学是一翻废话，而〝环境压〞可快速达到基因的改造，如冬麦的春化，将冬麦的种籽用温水泡后，储於冰雪下过冬，春播的冬麦在秋割时即会丰收，但比春麦多收25％，而且基因即会优化，代接一代，成为种，这就是社会主义天堂的春化科学，应用於几乎整个天堂社会﹕包括教育、医学、政治宣传、军事等等。

Well, there was once a great Soviet agronomist named Trofim Lysenko who had demonstrated that "environmental pressure" can effect eugenic changes (as that in the classical genetics of Gregor Mendel, 1822-1884) like the sowing of winter wheat in spring by first soaking the seeds in warm water and burying them in the snow for the winter for sowing in the spring, all to achieve a better crop and a 25% higher-yield harvest from season to season.

话前苏联有一个伟大的农学家名新科(主学的意思，原名 Trofim Lysenko)，发现孟德尔(Gregor Johann Mendel， 1822-1884)的古典遗传学是一翻废话，而〝环境压〞可快速达到基因的改造，如冬麦的春化，将冬麦的种籽用温水泡后，储於冰雪下过冬，春播的冬麦在秋割时即会丰收，但比春麦多收 25％，而且基因即会优化，代接一代，成为种，这就是社会主义天堂的春化科学，应用於几乎整个天堂社会﹕包括教育、医学、政治宣传、军事等等。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。