1) Huangzaosi Ht2
黄早四Ht2
1.
RT-PCR analysis showed that the expression of gene ZmQM was up-regulated in Huangzaosi Ht2 at 12 h after inoculation with race 1 of E.
利用cDNA-AFLP和5′RACE技术在玉米自交系黄早四Ht2上分离并克隆了QM(编码核糖体蛋白L10)同源基因(命名为ZmQM)。
2) Huangzao 4
黄早四
1.
The establishment of DNA standard fingerprint in maize variety Huangzao 4 by SSR markers;
用SSR标记建立玉米黄早四DNA标准指纹图谱的方法研究
2.
It is founded that Hudan 1’s white tip-grain is a co-effectiveresult of its parents , and white tip-grains of Huangzao 4 are inheritable, but affected by Mo17.
通过对分别具有黄早四、Ｍｏ１７或同时具有两者血缘的三组不同杂交组合Ｆ＿１果穗上白顶籽粒的研究分析，发现户单１号的籽粒白顶性状是其双亲共同作用的结果，自交系黄早四的籽粒白顶可遗传给后代，而Ｍｏ１７对其表现起一定作用，当杂交种同时具有两者血缘时，果穗上正常籽粒与白顶籽粒相间着生。
3) Huangzaosi
黄早四
1.
Inheritance Relation of Maize Resistant Genes Among Foundation Parent Huangzaosi and Its Derivative Lines and Hybrids;
玉米骨干亲本黄早四抗病基因遗传传递规律的初步研究
2.
cDNA-AFLP was applied to analyze the differential expression induced by SCMV-BJ in a resistant maize inbred line Huangzaosi which was widely grown in China.
本文以国内广泛应用的抗甘蔗花叶病毒玉米自交系黄早四为材料,利用cDNA-AFLP差异显示方法,分析其接种病毒后的基因表达差异模式。
3.
After the introduction of Huangzaosi which is the representative of Tangsepingtou Germplasm,according to the disadvantages of Huangzaosi in Jilin province,we had done a lot of work to improve the resistance to maize head smut and other diseases,the production and the grain quality.
塘四平头种质代表系黄早四引入吉林省后,针对黄早四在吉林省的缺点进行大量的改良工作,改良其对玉米丝黑穗病和其它病害的抗性、自身产量及子粒品质。
4) Huangzao 4 improved lines
黄早四改良系
5) 5-HT2 receptor
5-HT2受体
1.
Objective: To investigate the binding of SCP-1 and SCP-2, aralkyl-ketone piperazine derivatives, to 5-HT1 and 5-HT2 receptors in vitro.
目的:研究芳烷酮哌嗪类化合物SCP-1和SCP-2与5-HT1和5-HT2受体体外是否有结合作用。
2.
To explore the modulation of synaptic plasticity by 5-HT2 receptor agonist 1-(2,5)-dimethoxy-4-iodophen-2-aminopropane (DOI) in the amygdala, field excitatory post-synaptic potentials (field potentials, fEPSPs) in the basolateral amygdala (BLA) were recorded in rat slice preparation.
为了探讨5-HT2受体激动剂盐酸2,5-二甲氧基-4-碘苯基丙烷(DOI)对杏仁核突触可塑性的调节作用,本研究在杏仁核脑片上记录基底外侧杏仁核(BLA)场电位,应用单串的θ频率波刺激(TBS)诱导突触可塑性,观察DOI对TBS诱导的突触可塑性的影响,及5-HT2受体拮抗剂、磷脂酶C抑制剂能否抑制DOI的作用。
6) Ht2 and Ht3 gene
Ht2、Ht3基因
1.
11 corn inbred lines with different Ht gene background were used for detecting the practicability of 5 molecular markers linked to Ht2 and Ht3 genes.
采用包括两套近等基因系在内的11份含有不同抗大斑病基因的玉米材料,对已报道的与Ht2、Ht3基因连锁的分子标记进行应用性检测。
补充资料：黄叶早(huangyezao)
| 黄叶早(huangyezao) 原产浙江省温州市梧挺区茶山。主要分布温州市郊区。 灌木型，中叶类，特早生种。树姿直立，分枝稍密。叶片着生上斜，叶形椭圆或长椭圆，叶身内折似瓢状，叶色黄绿，叶厚且脆，芽叶肥壮。花单生，花冠长径为39.1mm，短径为30.5mm，花瓣7-10片，花萼5-6片。在杭州地区，3月下旬便可开采，发芽整齐，育芽力强，抗寒性强，扦插成活率低。鲜叶茶多酚含量17.75%，儿茶素110.90mg/g，氨基氮557.20mg%。 霍山黄芽(Huoshan huangya) 产于安徽省霍山县。又称“寿州黄芽”。品质特点是芽叶细嫩多毫，形似雀舌，品分三等。4月下旬开始采摘，采摘标准为一芽一叶或一芽二叶初展。 制法分杀青、毛火、堆放、足火、堆放、拣剔、复火等工序。杀青分生锅和熟锅。生锅起杀青作用，温度稍高，熟锅主要做形，温度稍低，每锅投叶量25-50g，炒时用竹丝扫把在锅中旋炒，不时轻巧地挑动茶叶，并用手辅以抖散，炒至叶质柔软、杀匀杀透，转入熟锅。熟锅炒法是炒中带揉，炒到叶缩成条，发出清香即可出锅进行干燥。毛火烘到六成干时，两笼合并，烘到七成干时，下烘堆放1-2天，让其回潮变黄，经拣剔除去黄片、杂物，再烘足火，烘到九成干时再堆放1-2天，促进黄变。最后复火，温度较高(100-120℃)，翻烘要勤、轻、匀。足干后，趁热装入白铁筒内，稍经冷却即加盖封口。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条