日本分子生物学会杂志封面赏析

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刚才在新视线微博上看到的
这组封面画的分别都是什么呀?

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  • 2楼
    2013-02-19 12:22 冷月如霜 植物细胞生物学博士生 只看Ta

    1是噬菌体,对手手里拿的兵器是大肠杆菌
    2是类似于进化树的东西
    3没看出来
    4貌似是苔藓的生命周期
    5是中心粒,细胞分裂时候产生微管的
    6的后头有DNA双螺旋
    7有点像DNA测序的结果
    8的背景是神经细胞
    9貌似是表皮和毛囊

    [1] |
  • 3楼
    2013-02-19 12:28 fengfeixue0219 植物分子生物学博士 只看Ta

    1 T系列噬菌体
    2 应该是线虫的细胞fate,注意右上角有线虫。
    3 注意落下的雨好像是测序的序列。
    4 是粘菌
    5 中心粒,也就是微管组织中心
    6 应该是转录相关的调节机制。注意龙尾巴在打开的DNA双链处。
    7 猜测是SNP相关
    8 神经细胞,轴突鞘
    9 应该是感觉相关的触毛。

    [1] |
  • 4楼
    2013-02-19 12:33 fengfeixue0219 植物分子生物学博士 只看Ta

    哦,这里:http://onlinelibrary.wiley.com/journal/10.1111/(ISSN)1365-2443/homepage/cover_gallery.htm 有全部cover的介绍。我摘抄出来:
    1 Phages have greatly contributed to flourishing of molecular biology, and even today, they remain useful tools for scientists. In this illustration, a “hikeshi” (a firefighter in Edo) is carrying a “matoi” (a standard of his firefighter team as its symbol), which is likened to a phage. Meanwhile lanterns held by firefighters in the back look like bacteria.
    2 Branched waterfalls are reminiscent of the cell lineage of the nematode Caenorhabditis elegans from a zygote to a newly hatched larva.
    3 This cover depicts The Bridge in the NGS Rain where people are being exposed to torrents of genomic information, that is, fruits of next generation sequencing. The man standing in the middle of the bridge is pictured deep in thought, considering how to utilize this sequence data set of the ALDH2 gene. Another man, shown to the right with a sake bottle, is eager to know whether he is genetically predisposed with a high tolerance for alcohol or not.

    [0] |
  • 5楼
    2013-02-19 12:33 fengfeixue0219 植物分子生物学博士 只看Ta

    4 The cover art of this month is the second part of the series from the November issue. It describes how cellular slime molds assemble into a dragon. The cellular slime molds normally are individual of an amoeba-like unicellular organism. However, when they starve, tens of thousands of cells aggregate in one place to form a cluster. The cluster hugs the ground like a slug, searches for the right place for making spores, and forms a fluting body (lower part of the ground).
    When placed in starvation conditions, the cellular slime molds begin to secrete cAMP, which stimulates nearby slime molds to secrete pulses of cAMP. Once they secrete cAMP, they become inactive for a while. As the result, waves of cAMP propagate as they swing in a spiral form (upper part of the sky).
    5 Coloring the summer night sky of Japan, this firework has a theme of the half spindle of animal mitotic cells. A centrosome containing a pair of centrioles is located in the center, and astral microtubules extend to the up to the left, while polar microtubules extend to the opposite direction. Japanese technology currently produces cutting-edge fireworks, and it should not be difficult to produce such fireworks in reality.
    6 A scene from a Chinese-inspired vigorous dragon dance in a festival in Kyushu, Japan. The dragon is likened to a messenger RNA (mRNA), expressing transcription with DNA template.
    7 A fisherman on a cliff is pulling nets as if synchronizing circadian rhythms with the help of light shining down from the sky.
    8 Since nerves of higher animals have myelin sheaths, an action potential is propagated rapidly (phenomenon called a saltatory conduction) like the swift wind. The wind god is likened to an action potential that conduct bounces to be propagated.
    9 Cilia of eukaryotic cells undulate in a well-balanced motion and play a variety of roles essential to life. The cover art for this month’s issue presents movements of ciliated cells of respiratory epithelium in an analogy to Susuki glasses, a feature of autumn in Japan. The cilia beat in a given direction defined by the structure of roots. In the picture, waves to the right are generating a current. There is a goblet cell that secretes mucus being drawn at the slightly right of the center on the near side of the picture. The moon and geese are also arranged in the picture so as to evoke another feature of autumn in Japan.

    [0] |
  • 7楼
    2013-02-19 13:56 fengfeixue0219 植物分子生物学博士 只看Ta

    简单解释一下就是这样:
    1 表现的是在生物学中应用广泛的噬菌体。领头人是日本古代消防员,他持有的是画成噬菌体样子的旗帜(标识?),后面的队员举起的是大肠杆菌样的灯笼。可能表示的是二者的配合。
    2 分叉的瀑布表现的就是线虫细胞的分化和命运决定。
    3 表现的是新一代测序技术(NGS)带来的庞大的数据“雨”泼洒在人们头上。中间的人在沉思如何利用数据分析乙醛酸脱氢酶基因( ALDH2 gene),而右边拿酒瓶的人则想知道他是否在基因上具有对乙醇的抗性(人对乙醇的抗性主要由 ALDH2 决定)。
    4 表现了粘菌的神奇生长过程。粘菌在发育到一定时期会集合在形成一个固定集合体,并长出“子囊”而在环境胁迫时候,粘菌会分泌cAMP(环腺一磷)来招募更多的粘菌细胞来分泌cAMP,从而形成一个由千万个体组成的“超个体”,并呈现螺旋样运动。
    5 这个上过中学生物的都知道,中心体(更重要的是包围它的细胞成分)是细胞形成微管的中心细胞器之一。周围的烟火表示从中心体周围生成的微管。
    6 龙代表mRNA,从解开双链的DNA上被转录出来。
    7 代表光刺激产生的生理节律同步化有助于研究者的研究(捕鱼人去收网)
    8 脊椎动物轴突上具有髓鞘,使得动作电位可以在髓鞘间的节(郎飞结)处快速的进行跳跃传导。
    9 具纤毛上皮细胞是常见的上皮组织,这个图表现了具纤毛上皮组织的结构和纤毛的排布方向和状态。

    [1] |
  • 8楼
    2013-02-19 15:08 窗敲雨 药学硕士 只看Ta

    这张也不错:

    来自:http://www.guokr.com/question/426336/

    [0] |
  • 9楼
    2013-02-19 15:09 一株植物爱阳光 只看Ta

    在果壳网经常有一种不明觉利的感觉。

    [0] |
  • 10楼
    2013-02-19 15:34 花落成蚀 果壳谣言粉碎机编辑 只看Ta
    引用@fengfeixue0219 的话:

    http://www.douban.com/photos/album/83105267/
    这里有更多,来一发?

    [0] |
  • 11楼
    2013-02-19 15:39 fengfeixue0219 植物分子生物学博士 只看Ta
    引用@花落成蚀 的话:这里有更多,来一发?

    我3楼给了链接了....都在里面.....

    [0] |
  • 12楼
    2013-02-19 15:52 老猫 分子生物学准博士,天文爱好者 只看Ta

    稍微吐个槽:国内杂志Cell Research虽然点数是不低了,但是封面设计还是缺乏艺术感啊……




    (PS:请大家脑补上下的暗红色框,像下图这样)

    [0] |
  • 14楼
    2013-02-19 16:27 fengfeixue0219 植物分子生物学博士 只看Ta
    引用@老猫 的话:稍微吐个槽:国内杂志Cell Research虽然点数是不低了,但是封面设计还是缺乏艺术感啊……(PS:请大家脑补上下的暗红色框,像下图这样)

    _(:з」∠)_

    [0] |
  • 15楼
  • 16楼
    2013-02-20 23:08 咱说 只看Ta

    http://weibo.com/1711243680/zk61ykhVm 昨晚花了三四个小时把这些封面的美术原作攒出来了,好吧,我是日本传统艺术爱好者!

    [0] |
  • 17楼
    2013-04-01 10:23 小公主888 只看Ta
    引用@fengfeixue0219 的话:4 5 6 7 8 9

    这张也看不懂,英文介绍也看得云里雾里,呼唤大侠!
    =======================

    The Epigenetic landscape, which was firstly depicted by C. H. Waddington in 1950's, has often been used to illustrate cellular differentiation in the process of biological development. Presented on our cover is a timeless representation of the landscape where we see worshippers of Mt. Fuji are being reprogrammed on the slope. Some are climbing high to acquire pluripotency, while others are traversing the foot, and being directly reprogrammed.

    [0] |
  • 18楼
    2013-04-01 10:25 小公主888 只看Ta

    这张也看不懂,英文介绍也看得云里雾里,呼唤大侠!
    =======================

    The Epigenetic landscape, which was firstly depicted by C. H. Waddington in 1950's, has often been used to illustrate cellular differentiation in the process of biological development. Presented on our cover is a timeless representation of the landscape where we see worshippers of Mt. Fuji are being reprogrammed on the slope. Some are climbing high to acquire pluripotency, while others are traversing the foot, and being directly reprogrammed.

    [0] |
  • 19楼
    2013-04-01 10:27 小公主888 只看Ta

    这张也看不懂,英文介绍也看得云里雾里,呼唤大侠!
    =======================
    A piece inspired by a fusion of traditional Japanese beauty and life sciences. There are a Japanese cosmetic brush and a hand mirror on a black board. An embryo fantastically reflected in the mirror suddenly reminds you of something: the brush is a very micropipette, and the embryo must be a subject of an experiment with it. How cleavage of a fertilized egg occurs is drawn like a family crest on a vanity bag, as if it indicates whom these cosmetic tools belong to. In the embryo, a lacZ marker transgene was driven by a connexin43 (Cx43) promoter in neural crest cells. Courtesy of Osamu Chisaka.

    [0] |
  • 20楼
    2013-04-10 17:33 大白公子 只看Ta
    引用@明泽小公主 的话:这张也看不懂,英文介绍也看得云里雾里,呼唤大侠!=======================The Epigenetic landscape, which was firstly depicted by C. H. Waddington in 1950's, has often been used to illustrate cellular differentiation in the process of biological development. Presented on our cover is a timeless representation of the landscape where we see worshippers of Mt. Fuji are being reprogrammed on the slope. Some are climbing high to acquire pluripotency, while others are traversing the foot, and being directly reprogrammed.

    表观遗传加个的不同途径?

    [0] |
  • 21楼
    2013-04-10 17:35 大白公子 只看Ta
    引用@明泽小公主 的话:这张也看不懂,英文介绍也看得云里雾里,呼唤大侠!=======================A piece inspired by a fusion of traditional Japanese beauty and life sciences. There are a Japanese cosmetic brush and a hand mirror on a black board. An embryo fantastically reflected in the mirror suddenly reminds you of something: the brush is a very micropipette, and the embryo must be a subject of an experiment with it. How cleavage of a fertilized egg occurs is drawn like a family crest on a vanity bag, as if it indicates whom these cosmetic tools belong to. In the embryo, a lacZ marker transgene was driven by a connexin43 (Cx43) promoter in neural crest cells. Courtesy of Osamu Chisaka.

    就是胚胎发育的某个基因启动的样子。lacZ不是蓝色的么

    [0] |
  • 22楼
    2013-04-10 17:35 大白公子 只看Ta
    引用@明泽小公主 的话:这张也看不懂,英文介绍也看得云里雾里,呼唤大侠!=======================The Epigenetic landscape, which was firstly depicted by C. H. Waddington in 1950's, has often been used to illustrate cellular differentiation in the process of biological development. Presented on our cover is a timeless representation of the landscape where we see worshippers of Mt. Fuji are being reprogrammed on the slope. Some are climbing high to acquire pluripotency, while others are traversing the foot, and being directly reprogrammed.

    这个你发错英文了。。。和下面的一样了

    [0] |
  • 23楼
    2013-04-15 10:16 小公主888 只看Ta
    引用@白了个白 的话:这个你发错英文了。。。和下面的一样了

    谢谢指出。是我疏忽了,这是原文。The principle mechanism of skin pattern formation in vertebrates can be explained with a mathematical model proposed by Alan Turing (reaction-diffusion system, 1952). In this month's cover art, wild-type and mutant tigers are glaring to the right (at a dragon coming up in December issue). In the front of the wild-type tiger, a rock is illustrated with three peaks representing waves of activator and inhibitor that are observed in the reaction-diffusion system. Furthermore, two bamboos having four internodes represent transmembrane domains in a certain variant of connexin (a subunit of the gap junctions), which is a four-span transmembrande protein and one of the responsible genes for morphological mutation in a vertebrate.

    [0] |
  • 24楼
    2013-04-15 10:19 小公主888 只看Ta
    引用@白了个白 的话:就是胚胎发育的某个基因启动的样子。lacZ不是蓝色的么

    哈。懂了。谢谢

    [0] |
  • 25楼
    2013-04-15 10:20 小公主888 只看Ta
    引用@白了个白 的话:表观遗传加个的不同途径?

    画面上是不同的人以不同的方式攀登富士山,可不明白寓意什么

    [0] |
  • 26楼
    2013-04-15 10:34 大白公子 只看Ta
    引用@明泽小公主 的话:谢谢指出。是我疏忽了,这是原文。The principle mechanism of skin pattern formation in vertebrates can be explained ...

    这是两只老虎,两只皮肤花纹不同,一只野生型一只突变型,岩石是表示有三个峰的激活剂和抑制剂所观察到的反应扩散系统,两个具有4个节间的竹子代表间隙连接蛋白(α亚单位的缝隙连接),是一种可以操控脊椎动物形态变化的蛋白,是一种跨膜蛋白。。。。你理解吗

    引用@明泽小公主 的话:画面上是不同的人以不同的方式攀登富士山,可不明白寓意什么

    上次说错了。可能的意思是说的细胞分化的不同途径,有的提高自己的多能性,有的直接重编程。

    [0] |
  • 27楼
    2013-04-16 09:33 小公主888 只看Ta
    引用@白了个白 的话:这是两只老虎,两只皮肤花纹不同,一只野生型一只突变型,岩石是表示有三个峰的激活剂和抑制剂所观察到的反应扩散系统,两个具有4个节间的竹子代表间隙连接蛋白(α亚单位的缝隙连接),是一种可以操控脊椎动物...


    大致上理解了。意思就是岩石和竹子寓意的两个东西,导致了老虎的变异,对吧?这寓意太深了,纯看图已经完全看不出了,没乐子了。
    谢谢大侠指教!送一张4月份新封面给大侠表示谢意

    [0] |
  • 28楼
    2013-04-16 10:02 OliverSun 只看Ta

    日本总是能把现代文化很本土文化结合的那么好...

    [2] |
  • 29楼
    2013-04-16 20:05 大白公子 只看Ta
    引用@明泽小公主 的话:大致上理解了。意思就是岩石和竹子寓意的两个东西,导致了老虎的变异,对吧?这寓意太深了,纯看图已经完全看不出了,没乐子了。谢谢大侠指教!送一张4月份新封面给大侠表示谢意

    这个图是在说DNA链卷曲折叠成染色体么

    [0] |
  • 30楼
    2013-04-25 18:34 卅貓 建筑学专业,分形艺术小组管理员 只看Ta

    看第一张图我就噗了不过既然接受了这种设定。。。

    [0] |
  • 32楼
    2014-08-11 22:59 二当家大叔 只看Ta
    引用@咱说 的话:http://weibo.com/1711243680/zk61ykhVm 昨晚花了三四个小时把这些封面的美术原作攒出来了,好吧,我是日本传统艺术爱好者!

    和原作对比不得不点赞!

    [0] |

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