重新生长

The method comprises the following steps: according to the raw water quality, the change of the number of bacteria inside the sedimentation tank and the water quality of the backflush yielding water, the backflush yielding water in the sedimentation tank is collected and deposited in a backflush phase of a working period; supernatant fluid containing mass active bacteria and soluble nutrient elements reflow to the sedimentation tank; total or partial sediment containing soluble nutrient elements in an underlayer reflow to the sedimentation tank and is reutilized by mass microorganisms in the sedimentation tank, thereby replenishing the nutrient substrate needed for microorganism growth, proliferation and metabolism under the condition of the low nutrition substrate, and maintaining the ecological stability in the sedimentation tank.

该方法根据原水水质和生物滤池内部细菌数量的变化以及反冲洗出水的水质，将生物滤池工作周期中反冲洗阶段的反冲洗出水收集并沉淀，将其含有大量活性细菌和溶解性营养元素的上清液回流至生物滤池，下层含有不溶性营养物质的沉淀全部或部分回流至生物滤池，被生物滤池当中的大量存在的微生物重新利用，从而补充在低营养基质条件下，微生物生长、增殖和新陈代谢所必需的营养基质，维持生物滤池当中的生态稳定。

Digitaria sanguinalis Scop., Opliamenus undulatifolius Beauv. have the resistance to Mn; Cardamine flexuosa With.can accumulate the excess heavy metal of Mn. The Cinnamomun camphora seed can sprout and grow well, P. ternata Breit transportation coefficient is the highest, which have the prospect of reuse heavy metal Mn.

马唐、求米草对Mn具有抗性；碎米荠能超量积累重金属Mn；樟树种子能够萌发并很好地生长，其中半夏的转运系数最高，具有能重新利用重金属Mn的应用前景。

Nitrogen deficiency causes stunting of growth and chlorosis of older leaves, as chlorophyll pigments are broken down so their components can be reused in the young growing parts of the plants.

氮的缺乏可以导致生长的迟缓和老叶片的缺绿症，因为分解的叶绿素被新生的叶片重新利用了。

If we wish the most people could achieve the self-confidence of the democracy and make self-confidence grew on a stability base, we have to scan and mold the pith worth newly. We named "the credendum of Chinese democracy" to it.

要真正让广大人民获得民主的自信，并使这种自信生长在一个坚实的制度基础之上，我们就要重新审视甚至塑造自己的核心价值——我们把它称之为"中国民主的信条"。

Therefore, we proposed that the nanowires fabricated through our approach grow mainly by an Ostwald ripening mechanism, namely the dissolution of fine particles and their redeposition on larger particles, and then forming nanowires along one direction.

由此，我们提出Mn〓O〓纳米线主要按Ostwald成熟机制生长，即小粒子溶于并分散在熔剂盐中，然后小粒子重新沉积在大粒子上，在熔盐环境中沿一定的方向堆积而生长成纳米线。

Since glucose transported from endosperm to scutellum would be resynthesized to sucrose in scutellum and further transported to shoot and root for seedling growth, the efficiency of sucrose transport between different tissues could be an important factor to determine seedling establishment and growth.

由胚乳淀粉所分解而来的葡萄糖将在胚中之胚盘中重新合成蔗糖，而蔗糖会进一步转运至幼芽及根部做为幼苗生长所需之养分来源，显示蔗糖於组织间的转运效率为影响水稻发芽及幼苗生长之重要因子。

Grasses are well adapted to fire, being able to resprout quickly from their roots and thus outcompete tree seedlings.

青草对大火有着很强的适应能力，它们能够很快的从根部开始重新吐芽生长，从而以超过树木的生长速度蔓延。

Noggin induces the nerve tube formation. It binds and inactivates members of the transforming growth factor-beta superfamily signaling proteins, such as bone morphogenetic protein-4 (BMP4). Proximal symphalangism (SYM1) and multiple synostoses syndrome (SYNS1) are related to noggin mutations.

Noggin能使紫外线人工腹侧化的爪蟾胚胎重新恢复背-腹的身体轴；在神经系统中诱导神经管的形成；减弱包括骨形态发生蛋白在内的转化生长因子信号蛋白的活性，从而控制骨的生长；调控生殖系统的发育。

Null mutant Δmnh6 produced appeared offwhite hyphae, showed reduction in growth, conidiation and appressorium formation, and also showed reduction in appressorium turgor pressure. And the hyphae were more readily wettable by a solution containing SDS and EDTA and more easily digested by fungal cell-wall-digesting enzymes. The appressoria produced by Δmnh6 mutants showed diminished host penetration and the infectious hyphae of Δmnh6 mutants showed reduced in planta growth. Targeted deletion of mnh6 resulted in the greatly reduced virulence capacity to barley and rice CO39 in infection assays.

突变子Δmnh6的菌落形态不同于野生型GUY11，菌落呈灰白色，菌丝稀疏，生长速度变慢，产孢菌丝细胞壁的溶剂疏水性消失，菌丝细胞壁容易被细胞壁降解酶降解，产孢减少，孢子形态变得细长，孢子的附着胞形成率降低，附着胞的膨压降低，附着胞对寄主植物表面的穿透能力减弱，侵入后生长速度减慢，喷雾接种后对大麦和水稻CO39的致病性消失。mnh6基因重新引入Δmnh6后，突变子的表型恢复。

Instead of bedding plants you should look for alternatives such as poppies or cornflowers that will re-emerge each year without any need for maintenance.

你可以找一些诸如罂粟或者矢车菊之类的植物代替，它们能够在不需要养护的情况下每年都能重新生长起来。

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。