Date: 9/10/2017 18:16:38
From: Tau.Neutrino
ID: 1129657
Subject: Body-on-a-chip from lab-grown micro-organs

“Body-on-a-chip” pieced together from lab-grown micro-organs

Before new drugs can be approved for use, they have to be put through rigorous safety tests on animals and artificial models, but the results don’t always carry over to the human body. Miniature organs grown in labs have been helpful test subjects in the past, but the problem is that they don’t replicate how drugs affect other parts of the body. Now, researchers at Wake Forest Institute for Regenerative Medicine have combined several of these organ models into one system, to create a more detailed “body-on-a-chip.”

more…

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Date: 9/10/2017 18:17:14
From: Tau.Neutrino
ID: 1129658
Subject: re: Body-on-a-chip from lab-grown micro-organs

Mind on a chip next.

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Date: 9/10/2017 18:22:47
From: Tau.Neutrino
ID: 1129661
Subject: re: Body-on-a-chip from lab-grown micro-organs

Choices for being in different bodies.

Choices for being in a real body or in in a virtual one.

People will be able to move between different bodies, different types of robots, different types of real or virtual worlds.

You’ll still be able to dream in both real or virtual states.

Cyborgs will have small systems with organs for just growing skin over a electrified metal skeleton.

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Date: 9/10/2017 19:42:46
From: Tau.Neutrino
ID: 1129694
Subject: re: Body-on-a-chip from lab-grown micro-organs

Bodies on chips will be able to eventually do other things like grow organs from scratch or repair damaged organs.

They can be implanted into peoples organs and will monitor and repair any organ damage as needed.

There’s technology already in this area.

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Date: 9/10/2017 22:00:55
From: Tau.Neutrino
ID: 1129808
Subject: re: Body-on-a-chip from lab-grown micro-organs

Imagine the first person to go onto a chip then back again.

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Date: 9/10/2017 22:04:03
From: Tau.Neutrino
ID: 1129811
Subject: re: Body-on-a-chip from lab-grown micro-organs

What if they got the nutrient-rich liquid to perfectly match the bodies requirements without any waste?

That would mean you no longer have to go the toilet so often or at all.

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Date: 9/10/2017 22:05:21
From: AwesomeO
ID: 1129812
Subject: re: Body-on-a-chip from lab-grown micro-organs

Tau.Neutrino said:


Imagine the first person to go onto a chip then back again.

Steven Seagull.

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Date: 9/10/2017 22:14:12
From: Tau.Neutrino
ID: 1129819
Subject: re: Body-on-a-chip from lab-grown micro-organs

You would travel from your body onto the chip.

All the electro-chemcial activity in your brain would be transferred onto the chip.

While in the chip, you you be stored in the chips memory, its would have a multi perception module, and a virtual reality module, your body and its perception of the world are all created in this part of the chip.

Then the return journey back .

Could creating artificial environments help train people in taking the journey from their body to a chip?

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Date: 9/10/2017 22:25:23
From: Tau.Neutrino
ID: 1129823
Subject: re: Body-on-a-chip from lab-grown micro-organs

AwesomeO said:


Tau.Neutrino said:

Imagine the first person to go onto a chip then back again.

Steven Seagull.

Went in ok, came back out very violent.

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Date: 11/10/2017 19:51:28
From: mollwollfumble
ID: 1130778
Subject: re: Body-on-a-chip from lab-grown micro-organs

Tau.Neutrino said:


“Body-on-a-chip” pieced together from lab-grown micro-organs

Before new drugs can be approved for use, they have to be put through rigorous safety tests on animals and artificial models, but the results don’t always carry over to the human body. Miniature organs grown in labs have been helpful test subjects in the past, but the problem is that they don’t replicate how drugs affect other parts of the body. Now, researchers at Wake Forest Institute for Regenerative Medicine have combined several of these organ models into one system, to create a more detailed “body-on-a-chip.”

more…

I should have seen this coming.

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