• Sketchite
Sketchite

多巴胺是人体大�中的一种兴奋性递质，可卡因能延长多巴胺的作用时间，从而使人产生强烈的愉悦感，但长期吸食会引起多巴胺受体减�。如图表示多巴胺和 Template




Link:
sketch 5162 Alien by KiNg Buamir
sketch 2618
sketch 3372 Erza by Konstantin Kuznetsov
sketch 4091 Irie
sketch 3339 Sasuke by Jean-Benoit Renaud
sketch 4287 eye
sketch 3939
sketch 5116 Bleach by Vrushali Rane

You need a modern browser try chrome, to view this.
Background image: Hide Show

View Larger Image Image Credit: zujuan.21cnjy.com

sketch 1131 nərgiz
sketch 4661 Woodpecker by Hsien-Ying Hsieh
sketch 4970
sketch 3247 Thor by Juvenilia Alexandrino
sketch 4942 Woman by Abbie Hayman
sketch 2025
sketch 5206
sketch 3000




Try and sketch some of theseGizmo, Refrigerator, Lips, Buns, Snow, Notebook, Funeral, Griffin, Supermodel, Prairie Dog, view more ideas


please wait, the page is loading...

More Sketches

Take a peek at some of the sketches created by our users, are you a sketchite?
view like
sketch #5180
anonymous
anonymous
sketch #5180

view like
sketch #2982 Lion by Ati Gohary
anonymous
anonymous
sketch #2982 Lion by Ati Gohary

view like
sketch #1470
Laura Agapi Asnicar
sketch #1470

view like
sketch #5053
anonymous
anonymous
sketch #5053

view like
sketch #5186
anonymous
anonymous
sketch #5186

view like
sketch #3488 cats
anonymous
anonymous
sketch #3488 cats

view like
sketch #4661 Woodpecker by Hsien-Ying Hsieh
anonymous
anonymous
sketch #4661 Woodpecker by Hsien-Ying Hsieh

view like
sketch #323
anonymous
anonymous
sketch #323

view like
sketch #4979 Luffy
anonymous
anonymous
sketch #4979 Luffy

view like
sketch #4475 Daft Punk by Reggie Garcia
anonymous
anonymous
sketch #4475 Daft Punk by Reggie Garcia

view like
sketch #519 The Joker
Tom Kelly
sketch #519 The Joker

view like
sketch #1519
anonymous
anonymous
sketch #1519

view like
sketch #5172 Cheshire Cat by Juan Garcia
anonymous
anonymous
sketch #5172 Cheshire Cat by Juan Garcia

view like
sketch #68512
anonymous
anonymous
sketch #68512

view like
sketch #3107 Hitman by Miguel Edgardo Montes Cuaresma
anonymous
anonymous
sketch #3107 Hitman by Miguel Edgardo Montes Cuaresma

view like
sketch #4933 Tobi by Abdelwahab Haik
anonymous
anonymous
sketch #4933 Tobi by Abdelwahab Haik

view like
sketch #1447 donara
Donara Smbatyan
sketch #1447 donara

view like
sketch #4388 Homer and the Cherry
anonymous
anonymous
sketch #4388 Homer and the Cherry

view like
sketch #2715 Angelina
Na Ruro
sketch #2715 Angelina

view like
sketch #4934 Nami-Ki Roberto Castro Colimil
anonymous
anonymous
sketch #4934 Nami-Ki Roberto Castro Colimil

view like
sketch #704
anonymous
anonymous
sketch #704

view like
sketch #871 vampire girl anime
anonymous
anonymous
sketch #871 vampire girl anime

view like
sketch #4298
anonymous
anonymous
sketch #4298

view like
sketch #5169 Iron Man by Hannah Kellogg
anonymous
anonymous
sketch #5169 Iron Man by Hannah Kellogg

view like
sketch #4665 Iron Maiden EDDIE by Jenna Khoùlix
anonymous
anonymous
sketch #4665 Iron Maiden EDDIE by Jenna Khoùlix�

view like
sketch #4520
anonymous
anonymous
sketch #4520

view like
sketch #2579
Laura Agapi Asnicar
sketch #2579

view like
sketch #215 my mickey mouse
Tom Kelly
sketch #215 my mickey mouse

view like
sketch #5177
anonymous
anonymous
sketch #5177

view like
sketch #1732
anonymous
anonymous
sketch #1732

tomski多巴胺是人体大�中的一种兴奋性递质，可卡因能延长多巴胺的作用时间，从而使人产生强烈的愉悦感，但长期吸食会引起多巴胺受体减�。如图表示多巴胺和 coloring
view template
【四年献礼没用的知识增加了（25）：多巴胺——快乐的源泉 社区大别野 米游社 sketch template
view template
多巴胺的作用与影响 sketch template
view template
多巴胺受体减的后果，会使多巴胺的水平值降低吗 知乎 sketch template
view template
多巴胺是人体大中的一种兴奋性递质，可卡因能延长多巴胺的作用时间，从而使人产生强烈的愉悦感，但长期吸食会引起多巴胺受体减。如图表示多巴胺和 sketch template
view template
多巴胺分子结构公式 库存例证 插画 包括有 化合物 医学 连接数 化学制品 传记 双眼 化学 270405809 sketch template
view template
怎么理解多巴胺的具体作用？ 知乎 sketch template
view template
多巴胺激素分离神经递质细线结构的结构化学分子式。背景图片免费下载 海报banner/高清大图 千库图片编号6202420 sketch template
view template
多巴胺是人体大中的一种兴奋性递质，可卡因能延长多巴胺的作用时间，从而使人产生强烈的愉悦感，但长期吸食会引起多巴胺受体减。如图表示多巴胺和 sketch template
view template
题目人的中边缘多巴胺系统是的“奖赏通路 通过多巴胺兴奋此处的神经元传递到的“奖赏 中枢 可使人体验到欣快感因而多巴胺被认为 sketch template
view template
多巴胺是内分泌的一种神经递质主要负责大的情欲感觉兴奋及开心的信息传递也与上瘾有关目前可卡因是最强的天然中枢兴奋剂吸毒者把可卡因 sketch template
view template
题目吸食毒品会严重危害人体健康破坏人体的正常生理机能中边缘多巴胺系统是的“奖赏通路 通过多巴胺兴奋此处的神经元传递到的“奖赏 sketch template
view template
多巴胺是某些神经元之间传递信号的一种递质它会刺激大中的“奖赏 中枢使人产生愉悦感多巴胺起作用后会被转运载体运回细胞．可卡因是一种神经类 sketch template
view template
多巴胺，不止是爱的物质 知乎 sketch template
view template
多巴胺与内啡肽：愉悦与快乐的神经化学品 知乎 sketch template
view template
多巴胺（中的神经原物质） 中文百 sketch template
view template
多巴胺是什么？它有哪些功能？ 知乎 sketch template
view template
多巴胺和腎上腺素的區別是什麼？ 每日頭條 sketch template
view template
人的中边缘多巴胺系统是的“奖赏通路 通过多巴胺兴奋此处的神经元传递到的“奖赏中枢 可使人体验到欣快感因而多巴胺被认为是引“奖赏 sketch template
view template
学—神经递质多巴胺是抗体产生的关键调节分子 孙学军的博文 sketch template
view template
百度教育 sketch template
view template
多巴胺是内分泌的一种神经递质主要负责大的情欲感觉兴奋及开心的信息传递也与上瘾有关目前可卡因是最强的天然中枢兴奋剂吸毒者把可卡因 sketch template
view template
人的中边缘多巴胺系统是的“奖赏通路”，通过多巴胺兴奋此处的神经元，传递到的“奖赏中枢”，可使人体验到欣快感，因而多巴胺被认为是引“奖赏 sketch template
view template
Nature：新研究明确揭示腺苷是一种与多巴胺起相反作用的神经递质 知乎 sketch template
view template
運動中的多巴胺到底是何方神聖？ 每日頭條 sketch template
view template
多巴胺在防腐涂料中的研究进展 涂层 改性 的表面 sketch template
view template
人的中边缘多巴胺系统是的“奖赏通路 通过多巴胺兴奋此处的神经元传递到的“奖赏中枢 可使人体验到欣快感因而多巴胺被认为是引“奖赏 sketch template
view template
聚多巴胺结构式 千图 sketch template
view template
百度教育 sketch template
view template
题目兴奋型神经递质多巴胺传递兴奋愉悦信息但也会令人上瘾下图是人体大突触间隙中的毒品可卡因作用于多巴胺转运体后干扰人神经冲动传递的 sketch template
view template
多巴胺是一种重要的中枢神经传导物质其分子结构如图所示．试回答下列问题1多巴胺的分子式为 多巴胺属 填“酸性 “碱性 或“两性 sketch template
view template
5 羟色胺（5 HT）是一种信号分子，对机体生活动起着重要的调节作用。现代医学研究表明，许多疾病与5 HT合成、代谢及作用异常有关。图示为 sketch template
view template
4兴奋的传导和传递 兴奋的传导神经冲动在一个神经元上运动叫传导 1兴奋在神经纤维上的传导方是由兴奋部位传未兴奋部位 2在膜外 sketch template
view template
题目如图去甲肾上腺素是一种胺类激素NE可促进血糖增高血管强烈收缩并使心肌收缩加强心率上升其合成分泌转化过程如图所示多巴 sketch template
view template
百度教育 sketch template
view template
谷氨酸是中枢神经系统中的主要兴奋性神经递质，突触中的离子型谷氨酸受体有NMDA和AMPA两种。在神经系统育早期，中枢神经系统中的大部分兴奋性 sketch template