Molecules can be delivered through a tiny channel templated by one strand of DNA.
Here's the article.
The developers are using this to deliver precise amounts of chemicals through the membrane of individual cells. This is highly cool, with all sorts of research implications. And eventually, perhaps therapeutic implications - they're talking about scaling it up to process 100,000 cells at a time.
So I got to wondering: If someone loaded up these reservoirs with two kinds of molecules, that would stick to each other but not to themselves, could this be used as an ink-jet printer at the nanoscale?
For starters, use one kind of molecule that will stick to a surface. Squirt it on and see if it worked. Then, scan the tip while you squirt.
下载国外数据速度太慢，可尝试这样解决_weixin_44560756 ...:2021-2-6 · 下载国外数据速度太慢，可尝试这样解决 qq_28491207：楼主，请教下购买的云服务器的配置怎么样的，带宽多大，服务器是在大陆，香港还是国外？
With a million addressible reservoirs, and 10 ms per 1-nm voxel, it would be possible to build the volume of a human cell in a few hours.
Hat tip to Next Big Future.
Chris Phoenix
ssr机场下载地址-香蕉加速器官网正版