蜘蛛侠里的生物｜如何成为蜘蛛侠?

“能力越大，责任越大”——这句经典的台词塑造了我们熟知的蜘蛛侠，但你是否好奇过，从生命科学的角度来看，成为蜘蛛侠到底有多难？ 今天这期《生物漫游指南》中，我们一起用硬核的生物学与物理学原理，为你深度解构蜘蛛侠的超能力：被转基因或放射性蜘蛛咬一口，真的能把蜘蛛的DNA转移到人体内发生基因变异吗？为什么蜘蛛侠在摩天大楼之间靠蛛丝做钟摆运动时，肩膀承受着惊人的拉力却没有脱臼脱离？蜘蛛侠又为什么可以在大楼上飞檐走壁呢？如果蜘蛛侠能自由地释放蛛丝，他身上得带着多少蛛丝呢？我们一起用生命科学角度一起聊聊蜘蛛侠里的生物吧～
加听友群请加小导游：bio_kiwi
本期节目，我们将在8月6日20:00抽取评论区的听友，送上当地电影院《蜘蛛侠：崭新之日》电影票一张！
时间点：
02:29 三代真人蜘蛛侠大盘点：谁的超能力设定最符合“生物学”？
07:30 被放射性蜘蛛咬伤，真的会让人获得超能力吗？
11:42 现实生活中被剧毒蜘蛛咬伤，你的身体到底会发生什么？
13:30 真实的“基因篡改”大师：寄生蜂与病毒如何改变宿主基因
17:24 蜘蛛的超级力量解析：“平方立方率”与奥特曼身型悖论
22:30 蜘蛛惊人弹跳力的真正秘诀：独特的体液加压系统
26:10 钟摆运动的物理计算：蛛丝摆荡为什么会对肩关节极其不友好？
28:18 飞檐走壁的微观奥秘：成千上万根细毛与“范德华力”
34:19 表面积与体重的博弈：人类想靠粘附力爬墙，需要把全身40%变成防滑垫？
36:39 蜘蛛感应的科学真相：极度灵敏的听觉神经（听毛）与裂缝感受器
42:43 蜘蛛的超强视觉与人类大脑应对危险的本能防御机制
46:52 蛛丝的力学奇迹：媲美钢材的强度、韧性与从液态到固态的奇妙转换
55:10 沉重的生物代价：大量吐丝会导致身体被掏空？一天需要吃几百个鸡蛋！
01:01:35 现实世界的科技版蜘蛛侠指南：微流控、外骨骼和体外设备
本期提及图片：
《Amazing Fantasy》第 15 期中的放射性蜘蛛咬伤画面：
2002 年电影中的咬伤画面：
《Amazing Fantasy》第 15 期中蜘蛛侠释放蛛丝的装置：
蜘蛛不同蛛丝的分类与功能：
本期设计的BGM：
漫威系列电影片头
蜘蛛侠系列电影片段
电影《蜘蛛侠：平行宇宙》情感主题曲 - Let Go
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