Print your own medicine Lee Cronin

organic chemists make molecules very

complicated molecules by chopping up a

big molecule into small molecules and

get reverse engineering and as a chemist

one of the things I wanted to ask my

research group a couple of years ago is

could we make a really cool Universal

chemistry set in essence could we app

chemistry now what would this mean and

how would we do it well to start to do

this we took a 3d printer and we started

to print our beakers and our test tubes

on one side and then print the molecule

at the same time on the other side and

combine them together and what we call

reaction where and so by printing the

vessel and doing the chemistry at the

same time we may start to access this

Universal tool kit of chemistry now what

could this mean well if we can bed

biological and chemical networks like a

search engine so if you have a cell

that’s ill you need to cure or bacteria

that you want to kill if you have this

embedded in your device at the same time

and you do the chemistry you may be able

to make drugs in a new way so how are we

doing this in the lab will it require

software it requires hardware and it

requires chemical inks and so the really

cool bit is the idea is we want to have

a universal set of inks that we put out

with the printer and you download the

blueprint the organic chemistry for that

molecule and you make it in the device

and so you can make your molecule in the

printer using this software so what

could this mean well ultimately it could

mean that you can print your own

medicine and this is what we’re doing in

the lab at the moment but to take baby

steps to get there first of all we want

to look at drug design and production or

drug discovery and manufacturing because

if we can manufacture it after we

discovered it we could deploy it

anywhere you don’t need to go to the

chemist anymore we can print drugs at

point of need we can download new

Diagnostics say

new super bug is emerged you put it in

your search engine and you create the

drug to treat the threat so this allows

you on the fly molecular assembly but

perhaps for me the Corbett going into

the future is this idea of taking your

own stem cells with your jeans and your

environment and you print your own

personal medicine and if that doesn’t

seem fanciful enough where do you think

we’re going to go well you’re going to

have your own personal matter fabricator

beam me up Scotty

有机化学家

通过将

大分子切成小分子并

进行逆向工程来制造非常复杂的分子,作为化学家

,几年前我想问我的研究小组的一件事是

我们能否制造出非常酷的通用

化学集 本质上,我们现在可以应用

化学吗?这意味着什么?我们

将如何做好开始这样做

?我们拿了一台 3d 打印机,开始

在一侧打印烧杯和试管

,然后同时打印分子

时间在另一边,

将它们结合在一起,我们称之为

反应在哪里,所以通过打印

容器并同时进行化学反应,

我们现在可以开始使用这个

通用的化学工具包,

如果我们可以睡觉,这意味着什么?

生物和化学网络就像一个

搜索引擎,所以如果你有一个生病的细胞

,你需要治愈或者

你想要杀死的细菌,如果你同时将它

嵌入到你的设备中,

并且 你做化学 你可能能够

以一种新的方式制造药物 那么我们如何

在实验室中做到这一点 它是否需要

软件 它需要硬件并且它

需要化学墨水 所以真正

酷的一点是我们想要拥有的想法

我们用打印机输出的一套通用墨水

,您下载

该分子的有机化学蓝图,

然后在设备中制作它

,因此您可以使用该软件在打印机中制作您的分子,

那么这最终意味着什么 这可能

意味着您可以打印自己的

药物,这就是我们目前在实验室所做的事情,

但要采取初步

措施,首先我们

要研究药物设计和生产或

药物发现和制造,因为

如果我们能在我们发现它之后制造它

,我们可以将它部署到

任何地方,您不再需要去找

化学家我们可以

在需要时打印药物我们可以下载新的

诊断程序说

出现了新的超级错误,你把它放进去

你的搜索引擎,你创造

了治疗威胁的药物,这样

你就可以进行分子组装,但

也许对我来说,Corbett

未来的想法是

用你的牛仔裤和你的环境来获取你自己的干细胞,

然后你打印你的 自己的

私人药物,如果这

看起来不够奇特,你认为

我们会在哪里顺利进行,你将

拥有自己的私人物品制造商,将

我传给斯科蒂