level 12
![[吐舌]](/static/emoticons/u5410u820c.png)
level 7
level 13
![[泪]](/static/emoticons/u6cea.png)
![[阴险]](/static/emoticons/u9634u9669.png)
最大一个月，寄给你都得死了
level 13
level 11
只有月亮湖的路过。。。
2014年11月16日 16点11分
6
迷你茅咱们广州也挺好养呀，怎么就剩月亮湖？话说橙子现在都有什么猪
2014年11月17日 00点11分
回复 永恆19 :因为我没浇水啊。。。光顾着养猪去了。。。(amp red striped/amp red/amp green/ventrata/miranda/viking x amp hot lip/truncata x veitchii/ventricosa k/n x v保密)![[滑稽]](/static/emoticons/u6ed1u7a3d.png)
2014年11月17日 03点11分
回复 13609710508 :好的呀
2014年11月17日 03点11分
回复 永恆19 :不是只剩。。。是只有。。。
2014年11月17日 03点11分
level 13
![[花心]](/static/emoticons/u82b1u5fc3.png)
![[呵呵]](/static/emoticons/u5475u5475.png)
![[狂汗]](/static/emoticons/u72c2u6c57.png)
level 9
土豪哥![[真棒]](/static/emoticons/u771fu68d2.png)
Plants can sense mechanical stimuli. This process involves mechanosensitive channels that were found in all types of cells from animal and plant cells to fungi and bacteria. The omnipresence of these channels underlines their important physiological function in the regulation of osmolarity, cell volume and growth. These channels are ideal transducers of physiologically relevant mechanical forces. Mechanosensory ion channels (MSC) in plants are activated by mechanical stress and then transduce this information into electrical signals. These channels are involved in the growth, development, and response to environmental stress in higher plants. Detailed analyses of the electrophysiology in higher plants are difficult because such plants are composed of complex tissues. Plant response to mechanical stimulation has long been known [8–15]. Perhaps all plants react in response to the mechanical stimuli, but only certain plants with rapid and highly noticeable touch-stimulus response
2014年11月21日 18点11分
13
Plants can sense mechanical stimuli. This process involves mechanosensitive channels that were found in all types of cells from animal and plant cells to fungi and bacteria. The omnipresence of these channels underlines their important physiological function in the regulation of osmolarity, cell volume and growth. These channels are ideal transducers of physiologically relevant mechanical forces. Mechanosensory ion channels (MSC) in plants are activated by mechanical stress and then transduce this information into electrical signals. These channels are involved in the growth, development, and response to environmental stress in higher plants. Detailed analyses of the electrophysiology in higher plants are difficult because such plants are composed of complex tissues. Plant response to mechanical stimulation has long been known [8–15]. Perhaps all plants react in response to the mechanical stimuli, but only certain plants with rapid and highly noticeable touch-stimulus response
level 13
![[勉强]](/static/emoticons/u52c9u5f3a.png)
你的资产完爆我啊