system enables us to trigger a paradigm shift in drug development that is an organ a subset of this organon a chip system means we're able to determine medication more quickly and cheaply and where it's needed to the patients with the and with some parts and. in future this could eliminate the need to conduct so much testing on animals on average the development of a single medication currently takes 15 to 20 years that's largely because animal testing is time consuming costly and controversial and often the results can't be applied directly to humans unlike with the organ on a chip. to create these organs the researchers cultivate skin tissue cells they're then infected with a virus that introduces 4 gene sequences into the skin cells and reprogram some of them these then become i.p.s. or in juice to pluripotent stem cells through the addition of growth or diff. in fact is they can be transformed into any kind of cell in the human body from the heart and lungs to skin and liver. this chip can combine 2 organ models you can see the organ compartments here and here they are connected by a co

but this system enables us to trigger a paradigm shift in drug development that is an organ of this organon a chip system means we're able to determine medication more quickly and cheaply and where it's needed and to the patients with the enemy. in future this could eliminate the need to conduct so much testing on animals on average the development of a single medication currently takes 15 to 20 years that's largely because animal testing is time consuming costly and controversial and often the results can't be applied directly to humans unlike with the organ on a chip. to create these organs the researchers cultivate skin tissue cells they're then infected with a virus that introduces 4 gene sequences into the skin cells and. reprogram some of them these then become i.p.s. induced pluripotent stem cells through the addition of growth or differentiation factors they can be transformed into any kind of cell in the human body from the heart and lungs to skin and deliver. these influential this chip can combine to organ models you can see the organ compartments here and here they are connected

enables us to trigger a paradigm shift in drug development and that is an organ of sorts of this organon a chip system means we're able to determine medication more quickly and cheaply and where it's needed to the patients within the one percent. in future this could eliminate the need to conduct so much testing on animals on average the development of a single medication currently takes 15 to 20 years that's largely because animal testing is time consuming costly and controversial and often the results can't be applied directly to humans unlike with the organ on a chip. to create these organs the researchers cultivate skin tissue cells they're then infected with a virus that introduces 4 gene sequences into the skin cells and reprogram some of them these then become i.p.s. or induced pluripotent stem cells through the addition of grown. the differentiation fact is they can be transformed into any kind of cell in the human body from the heart and lungs to skin and liver. this chip can combine 2 organ models you can see the organ compartments here and here they are connected by a common c

but this system enables us to trigger a paradigm shift in drug development that is an organ of this organon a chip system of means we're able to determine medication more quickly and cheaply and where it's needed to the patients within the one percent. in future this could eliminate the need to conduct so much testing on animals on average the development of a single medication currently takes 15 to 20 years that's largely because animal testing is time consuming costly and controversial and often the results can't be applied directly to humans unlike with the organ on a chip. to create these organs the research is cultivate skin tissue cells that then infected with a virus that introduces 4 gene sequences into the skin cells. and reprogram some of them these then become i.p.s. or used to play very potent stem cells through the addition of growth or differentiation fact is they can be transformed into any kind of cell in the human body from the heart and lungs to skin and liver. this chip can combine 2 organ models you can see the organ compartments here and here they are connected by a com

this system enables us to trigger a paradigm shift in drug development that is an organ a substance organon a chip system of means we're able to determine medication more quickly and cheaply and where it's needed to the patients within the one percent. in the future this could eliminate the need to conduct so much testing on animals on average the development of a single medication currently takes 15 to 20 years that's largely because animal testing is time consuming costly and controversial and often the results can't be applied directly to humans unlike with the organ on a chip. to create these organs the researchers cultivate skin tissue cells they're then infected with a virus that introduces 4 gene sequences into the skin cells and reprogram some of them these then become i.p.s. or in joost pluri potent stem cells through the addition of growth or differentiation factors they can. be transformed into any kind of cell in the human body from the heart and lungs to skin and liver. this chip can combine 2 organ models you can see the organ compartments here and here they are connected by a

use this system enables us to trigger a paradigm shift in drug development that is an organ of this organon a chip system of means we're able to determine medication more quickly and cheaply and where it's needed to the patients within the one percent. in future this could eliminate the need to conduct so much testing on animals on average the development of a single medication currently takes 15 to 20 years that's largely because animal testing is time consuming costly and controversial and often the results can't be applied directly to humans unlike with the organ on a chip. to create these organs the researchers cultivate skin tissue cells that then infected with a virus that introduces 4 gene sequences into the skin cells and reprogram some of them these then become i.p.s. or in g. used to play stem cells through the addition of growth or different. ation fact is they can be transformed into any kind of cell in the human body from the heart and lungs to skin and liver. this chip can combine 2 organ models you can see the organ compartments here and here they are connected by a common ci