刘康苗简介，蔡雪映简介

1，蔡雪映简介

蔡雪映，主任医师，北京中医药大学，硕士研究生，中医科主任，任职于北京海淀医院（北京大学第三医院海淀院区）毕业于北京中医药大学中医系，早年获得北京中医药大学中医学硕士研究生学历。从事中西医结合临床医疗、科研、教学工作30余年。擅长领域：中医治疗各种男科疾病，阳痿、早泄、性功能障碍、手淫后遗症、遗精少精等，前列腺疾病、泌尿系统疾病、男子不育等，同时对男科疾病的合并症如消化系统疾病、呼吸系统疾病、亚健康等疾病有这非常丰富的经验。

蔡雪映简介

2，永野护的人物简介

1960年1月21日生于日本京都府。1980年考进拓殖大学读时装设计。1982年得到第二届SF艺术大奖，从拓植大学中途退学。1983年加入日升动画社，参与《巨神戈尔古》、《银河漂流》等的设计工作。1984年全力参与《重战机》一作，成为人物设计及机械设计。并担当一部分动画原画的制作，同年角川书店《重战机》Mook特刊出版。1985年参与《Z Gundam》的人物及机械设计工作。同年《重战机2》特刊出版，并在角川新杂志《Newtype》中连载《Fool for the City》漫画。为同社专刊《The Making of Terrahawks》绘作封面画。1986年《五星物语》于《Newtype》连载。参与《Gundam：逆袭的夏亚》的初期设定工作。同年向日升动画辞职，加入自组新公司Toypress成为副社长。1987年角川《五星物语》第一卷、《Fool for the City》漫画发售。《重战机3》发售。1988年《五星物语》第二卷出版。1990年《五星物语》第三卷出版，永野护作曲及演出首张大碟《Five Star Stories》(日本哥伦比亚唱片)推出。 1991年《五星物语》第四卷出版，与川村万梨阿小姐结婚。1992年《五星物语》第五卷出版。1994年《五星物语》第六卷出版。投入电玩游戏《Airs Adventure》制作（Visual Design）。1995年负责《天才TV君》（NHK教育）中的人物（玉三郎）的设计。《五星物语》第七卷出版。1996年电玩〝Airs Adventure〞（Game Studio）推出。1997年《五星物语》第八卷出版。角川《The Five Star Stories Episode Guide》出版。1998年《五星物语》第一卷（1998年版）再印刷，第九卷出版。1999年《Schell： Bullet》第一卷出版（角川书店）2000年《五星物语》第十卷出版。《Schell：Bullet》第二卷出版。2001年《Newtype》增刊《The Five Star Stories ISSUE》出版。2003年《五星物语》第十一卷出版。2006年4月17日《五星物语》第十二卷出版。

我是来看评论的

永野护的人物简介

3，求Deciduous的简介

Deciduous In botany and horticulture, deciduous plants, including trees, shrubs and herbaceous perennials, are those that lose all of their leaves for part of the year. This process is called abscission. In some cases the leaf loss coincides with winter - namely in temperate or polar climates. While in other areas of the world, plants lose their leaves during the dry season or during other seasonal variations in rainfall, including tropical and subtropical areas of the world. The converse of deciduous is evergreen; plants that are intermediate may be called semi-deciduous. Some tree, including a few Oak species have desiccated leaves that remain on the tree through winter; these dry persistent leaves are called marcescent leaves and are dropped in the spring as new growth begins.

Like many deciduous plants, Forsythia flowers during the leafless season Many deciduous plants flower during the period when they are leafless, as this increases the effectiveness of pollination. The absence of leaves improves wind transmission of pollen in the case of wind-pollinated plants, and increases the visibility of the flowers to insects in insect-pollinated plants. This strategy is not without risks, as the flowers can be damaged by frost, or in dry season areas, result in water stress on the plant. Nevertheless, by losing leaves in the cold winter days, plants can reduce water loss since most of the water would appear as ice, and there is much less branch and trunk breakage from glaze ice storms when leafless. Leaf drop or abscission involves complex physiological signals and changes within plants. The process of photosynthesis steadily degrades the supply of chlorophylls in foliage; plants normally replenish chlorophylls during the summer months. When days grow short and nights are cool, or when plants are drought stressed, deciduous trees decrease chlorophyll pigment production allowing other pigments present in the leaf to become apparent, resulting in fall color. These other pigments include carotenoids that are yellow, brown, and orange. Anthocyanin pigments produce reds and purple colors, though they are not always present in the leaves but are produced in the foliage in late summer when sugars are trapped in the leaves after the process of abscission begins. Parts of the world that have showy displays of bright fall colors are limited to locations where days become short and nights are cool. In other parts of the world the leaves of deciduous trees simply fall off without turning the bright colors produced from the accumulation of anthocyanin pigments. The beginning of leaf drop starts when an abscission layer is formed between the leaf petiole and the stem. This layer is formed in the spring during active new growth of the leaf, it consists of layers of cells that can separate from each other. The cells are sensitive to a plant hormone called auxin that is produced by the leaf and other parts of the plant. When the auxin coming from the leaf is produced at a rate consistent with that of the auxin from the body of the plant, the cells of the abscission layer remain connected; in the fall or when under stress the auxin flow from the leaf decreases or stops triggering cellular elongation within the abscission layer. The elongation of these cells break the connection between the different cell layers, allowing the leaf to break away from the plant, it also forms a layer that seals the break so the plant does not lose sap. A number of deciduous plants remove nitrogen and carbon from the foliage before they are shed and store them in the form of proteins in the vacuoles of parenchyma cells in the roots and the inner bark. In the spring these proteins are used as a nitrogen source during the growth of new leaves or flowers.[3] Plants with deciduous foliage compared to plants with evergreen foliage, have both advantages and disadvantages in growth and competition for space. Since deciduous plants lose their leaves to conserve water or to better survive winter weather conditions, they must regrow new foliage when the next growing season is suitable, this uses more resources which evergreens do not need to expend.

求Deciduous的简介