表皮形成

Of ferns having each sporangium formed from a single epidermal cell.

具有由单个表皮细胞形成的孢子囊的。

The juice sac primordium originated from a single cell of the carpel-lary endoepidermis with partial participation of subepidermal cell just belowthe initial cell.

锦橙和温洲蜜柑的汁囊最初是从心皮内表皮的单个细胞发生的，后来原始细胞下面的细胞也发生分裂，部分参与了汁囊原基的形成。

The results showed that pathogen conidia germination germ tube after the invasion from pore to complete the required invasive 12h ~ 48h, the 10d show symptoms around, 16d browser ripe conidia; host bacteria cause symptoms of infection, the mycelium from the Under surface of leaf across the mesophyll cells, in thin-walled small positive inter-leaf assembly, and finally the formation of conidia, and conidia generated subepidermal parenchyma cells in between, a certain randomness.

结果表明：病菌分生孢子萌发后产生芽管从气孔侵入，完成侵入需要12h～48h，大约到10d显示症状，16d分生孢子器成熟；病菌侵染寄主引起症状后，菌丝多从叶背面跨过叶肉细胞，在叶正面薄壁细间集结，最后形成分生孢子器，分生孢子器产生于表皮下薄壁细胞之间，具有一定随机性。

RESULTS: A little inflammatory exudation was observed at wound after model establishment. Hard crusts were formed at wound surfaces at 7 days after transplantation, new epidermis were formed at 14 days, and most wounds healed at 21-28 days without inflammation and suppuration.

结果：大鼠造模后伤口有少量炎性渗出，细胞移植后7 d创面均形成较硬的痂皮，14 d创缘有新生表皮生成，21~28 d大部分创面愈合，未出现炎症、化脓现象。

The surface is a visible element of architecture that wraps the architectural space...

表皮作为建筑最表观的要素，包裹着建筑的空间、结构和人的活动，并与之形成一个不可分割的整体。

These results helpful understand molecular mechanism about muticelluar trichome pattern.

这有助于我们理解多细胞表皮毛形成的分子机制，也有助于认识黄瓜果刺这个外观品质性状。

In the leaves of Liriodendroideae, some of the abaxial epidermal cells are papillose and the vascular tissue of the main vein appears to be separated. However, papillose were not found and there are uniseriate, multicellular or unicellular hairs distributed on the epidermis, and the vascular tissue of the main vein appears to be continuous in the leaves of Magnolioideae. Furthermore, in the Magnolioideae, the structure of the leaves of plants in Manglietia are different from that of Magnolia.

结果表明：鹅掌楸亚科和木兰亚科在叶的结构上的主要区别是鹅掌楸亚科两种植物叶的部分下表皮细胞呈乳突状，且整个细胞外壁只形成一个乳突，而在木兰亚科的植物中有单列多细胞或单细胞的表皮毛，未发现乳突；鹅掌楸亚科植物的叶主脉维管组织环分隔呈束状，且其外包被的纤维也排列成束状，而木兰亚科的80种1亚种植物中，叶主脉维管组织连成轮状，其外面也由一圈连续的纤维环所包围。

Balas breed fructification, go up to form Brown circle spot for the center with leather aperture in fruit face more, brim clarity, cave a bit, but not thorough pulp, only cuticular below a few cells become angry.

红玉品种果实，多在果面上以皮孔为中心形成褐色圆斑，边缘清楚，稍凹陷，但不深入果肉，只表皮下几层细胞变色。

From the outside to the inside , the body skin is divided into the stratum corneum , stratum lucidum , stratum granulosum , stratum spinosm and stratum basale , after through stratum corneum , stratum lucidum , stratum granulosum , stratum spinosm EGF can reach the stratum basale: accelerate the basal cells prpliferation and differentiation , reverse matured cells' differentiation to make stem cells that will form a " stem cells island " with a certain amount , which accelerate the generation of new cellls , make senescent cells keratinize and shed rapidly , make broken and denatured collagen fibers and elastic fibers repaired , so the skin's elasticity increase , and the wrinkles calm down or disappera gradually .

体表皮由外及里共分为角质层、透明层、颗粒层、棘细胞层、基底层，EGF可以通过透明层、颗粒层、棘细胞层深入肌肤基底层，加速基底层细胞增殖分化，将已经分化成熟的细胞逆分化成干细胞，当达到一定量时，便会形成&干细胞岛&，加速新细胞的生成，让衰老细胞快速角化、脱落，已断裂、变性的胶原纤维和弹性纤维得到修复，皮肤弹性增加，皱纹逐渐平复、消失。

Want the skin to still can produce new collagen only, cuticular collagen is enzymatic build in responsible compose crudely collagen while also adjust of skin collagen form; Cut generation collagen is enzymatic.

只要皮肤还能产生新的胶原质，表皮胶原酶就在负责构建未成熟的胶原质的同时也调节皮肤胶原质的形成；伤口产生胶原酶。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。