查询词典 Kranz

F. bidentis leaf was of isobilateral type, and had thicker epidermis cell wall and cuticle, obvious cryptopores, and highly developed palisade tissue, with typical C4-plant Kranz anatomy. The collenchymas and vascular tissue in stem and the aerenchyma in root were well developed. Secretory structure was found in all vegetative organs. According to the analyses of soil physical and chemical properties and relevant ecological factors, F.

结果表明：黄顶菊叶片表皮具较厚的角质层、下陷气孔，叶片为等面叶、全栅型，叶肉细胞环绕维管束鞘细胞紧密排列，是典型C4植物的Kranz花环结构；茎中厚角组织和维管组织发达，根中还存在通气组织；根、茎、叶中均存在分泌结构。

Maize leaves have Kranz anatomy and show extreme cellular differentiation between bundle sheath and mesophyll cells, which have specialized metabolic roles.

玉米叶片的解剖和查看克兰兹极端细胞分化之间的维管束鞘和叶肉细胞，其中有专门的代谢作用。

However, the combination of bisexual florets, hairy, awned lemmas, and Kranz leaf anatomy distinguishes it from both.

不过，结合两性，有毛，具芒外稃，和克兰兹叶解剖学分辨它和两个。

Leaf anatomy non-Kranz; microhairs slender, the apical cell ± as long as basal cell (replaced by long slender papillae in Cortaderia ).

叶解剖学非克兰兹；纤细的microhairs，这基部的顶端的室多少倍于室以长Cortaderia纤细乳突替换。

Leaf anatomy:non-Kranz; microhairs slender (apical cell short and inflated in Hygroryza ); fusoid cells present or absent.

叶解剖学：非克兰兹； microhairs纤细的(顶端的室短和在Hygroryza里膨胀)； fusoid室宿存或无。

Grass leaf with Kranz anatomy --- C4 plant 有花环结构的禾草 Two bundle sheathsOuter one is parenchymatous; inner is a mestome sheath ??

用C4植物来表示。其维管束鞘只有1层细胞，有花环形结构，是高效光合作用植物，如玉米、高梁、甘蔗以及桑科的一些种类。C4植物能把叶肉细胞中所放出的CO2能被再次利用。

Garcia and his colleagues at the Stanford University School of Medicine collaborated with researchers led by co-author David Kranz of the University of Illinois at Urbana-Champaign. The researchers published their findings in the April 6, 2007, issue of the journal Cell .

Garcia和他的斯坦福大学医学院同事们及来自伊利诺大学尔巴那香槟分校的并列作者David Kranz领导的研究人员通力合作，在2007年4月6日刊《细胞》杂志上发表了他们的发现。

Leaf anatomy: mixed, including non-Kranz, Kranz MS, and Kranz PS types.

叶解剖学：被混合，包括非克兰兹，克兰兹MS 和克兰兹PS模式标本。

Naturally occurring T-cell receptor and protein-MHC complexes have proven difficult to crystallize, so Kranz and his colleagues used novel protein engineering techniques to create smaller, stable versions.

过去证明自然发生的T细胞和蛋白-MHC复合物很难结晶，于是Kranz和同事使用利用全新的蛋白工程技术创建了更小的稳定模式。

"Networks and mobility are dramatically transforming our customers businesses and in-plant processes," said Maciej Kranz, vice president of product marketing for Wireless Business Unit for Cisco.

思科无线业务部产品营销副总裁Maciej Kranz表示：网络和移动性大大改变了我们客户的业务和工厂流程。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。