3D Heart Printing Breakthrough. There's been a potential breakthrough in making organs in the lab. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. To print the heart, williams and his team use collagen and fat cells. Bioprinted organs could eliminate major deficits in the transplant industry (source: Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Atala is a pioneer in 3d printing of organs and tissues. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. Future research could still iron out certain things.
3D Heart Printing Breakthrough : The Engineered Heart Is About The Size Of A Rabbit's Heart.
3D Printed Heart Replica Helps Save the Life of a Nine .... Atala is a pioneer in 3d printing of organs and tissues. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Future research could still iron out certain things. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. To print the heart, williams and his team use collagen and fat cells. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. Bioprinted organs could eliminate major deficits in the transplant industry (source: The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. There's been a potential breakthrough in making organs in the lab.
Home future of medicine breakthrough:
To print the heart, williams and his team use collagen and fat cells. Until now, scientists in regenerative medicine — a field positioned at the crossroads of biology and technology — have. The tiny organ, currently only the size of a cherry. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. The 3d printed heart made from human tissue is processed (photo by amir levy/getty images). The technique could one day help patients awaiting heart transplants. The engineered heart is about the size of a rabbit's heart. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. 3d printing rates have typically been limited by (1) how much force a printhead can apply, (2) how fast a printer can heat the material to induce flow, and (3) how quickly the printhead itself can. Previous attempts at printing the scaffolds, known as. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Bioprinted organs could eliminate major deficits in the transplant industry (source: Tel aviv university scientists print first 3d heart using patient's own cells. Printing a 3d heart is the process by which scientists use a computer to join together biochemical material layer by layer in order to develop a heart the miniature heart was created by researchers at tel aviv university and they believe it is a major medical breakthrough for future heart transplant. Atala is a pioneer in 3d printing of organs and tissues. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Home future of medicine breakthrough: Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. But an extremely high resolution. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique read also: In a major medical breakthrough, tel aviv university researchers have printed the world's first 3d vascularised engineered heart using a patient's own cells and biological materials. An important discovery or development. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. For the first time ever israeli scientists have created a vascularized human heart that fully matches the properties of a human patient.this is a major breakthrough and great news for world medicine pic.twitter.com/bdttlfpp0q. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. There's been a potential breakthrough in making organs in the lab. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. In september 2019, the company announced yet another major breakthrough: The first 3d printed heart with human tissue and vessels was unveiled by scientists who hailed it as a 'major medical breakthrough' which could pave the way for transplants without donors.
The future is now: 3D-printed heart valves may improve ... : There's Been A Potential Breakthrough In Making Organs In The Lab.
Israeli Scientists Unveil World's First 3D-Printed Heart .... The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. Bioprinted organs could eliminate major deficits in the transplant industry (source: What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. Atala is a pioneer in 3d printing of organs and tissues. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. To print the heart, williams and his team use collagen and fat cells. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. There's been a potential breakthrough in making organs in the lab. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. Future research could still iron out certain things.
Israelis create world's first 3D printed heart with blood ... - Us Scientists Announced Thursday They Have Successfully Built Functional Heart Parts Out Of Collagen With A 3D Bioprinter, Using A Breakthrough Technique Read Also:
Scientists 3D-print mini human HEART in 'major .... To print the heart, williams and his team use collagen and fat cells. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. Atala is a pioneer in 3d printing of organs and tissues. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being.
chicago-based biotech company has 3D printed a miniature ... - Future research could still iron out certain things.
Israeli scientists say they 3D-printed a heart - www .... One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. Atala is a pioneer in 3d printing of organs and tissues. To print the heart, williams and his team use collagen and fat cells. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Future research could still iron out certain things. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. Bioprinted organs could eliminate major deficits in the transplant industry (source: The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. There's been a potential breakthrough in making organs in the lab. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs.
Researchers develop first printed 3D heart in major ... . In September 2019, The Company Announced Yet Another Major Breakthrough:
University of Central Florida is Working to Make 3D .... He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. To print the heart, williams and his team use collagen and fat cells. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. There's been a potential breakthrough in making organs in the lab. Bioprinted organs could eliminate major deficits in the transplant industry (source: Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Future research could still iron out certain things. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. Atala is a pioneer in 3d printing of organs and tissues. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart.
Israeli Medical Breakthrough to 3D Print Hearts Gets ... , One Liter Of Fat From Someone Can Give Them A Huge Number Of Cells That Can Be Directly Three Years Ago, He Teamed Up With Advanced Solutions, Also Based In Louisville, And Noodled Up The Idea Of 3D Printing A Working Human Heart.
scientists make world's first 3D printed heart using human .... Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. Future research could still iron out certain things. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. Atala is a pioneer in 3d printing of organs and tissues. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. To print the heart, williams and his team use collagen and fat cells. There's been a potential breakthrough in making organs in the lab. Bioprinted organs could eliminate major deficits in the transplant industry (source: A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers.
3D Printed Heart with Patient's Own Cells - Advanced ... , In September 2019, The Company Announced Yet Another Major Breakthrough:
Researchers in Israel Create First 3D-Printed Heart. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. There's been a potential breakthrough in making organs in the lab. Future research could still iron out certain things. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. To print the heart, williams and his team use collagen and fat cells. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. Bioprinted organs could eliminate major deficits in the transplant industry (source: The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. Atala is a pioneer in 3d printing of organs and tissues. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity.
3D Printed Heart Gear - YouTube , Engineering Researchers Have Published In Science A Breakthrough 3D Bioprinting Method That Brings The Field Of Tissue Engineering One Step Closer To Being.
World's first 3D-printed heart made from human tissue and .... One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Future research could still iron out certain things. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. Bioprinted organs could eliminate major deficits in the transplant industry (source: What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Atala is a pioneer in 3d printing of organs and tissues. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. There's been a potential breakthrough in making organs in the lab. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. To print the heart, williams and his team use collagen and fat cells.
Israeli Scientists 3D-Print A Tiny, Live Heart Made With ... . Us Scientists Have Successfully Built Functional Heart Parts Out Of Collagen Using A 3D Bioprinter, A Breakthrough They Say Could One Day Create Entire Organs.
Major Medical Breakthrough: 3D Heart Printed Using Patient .... Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. Future research could still iron out certain things. Bioprinted organs could eliminate major deficits in the transplant industry (source: What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. Atala is a pioneer in 3d printing of organs and tissues. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. There's been a potential breakthrough in making organs in the lab. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. To print the heart, williams and his team use collagen and fat cells.
3D printing technology aids child's successful heart ... : Printing A 3D Heart Is The Process By Which Scientists Use A Computer To Join Together Biochemical Material Layer By Layer In Order To Develop A Heart The Miniature Heart Was Created By Researchers At Tel Aviv University And They Believe It Is A Major Medical Breakthrough For Future Heart Transplant.
ISRAEL - TEL AVIV - HEART - 3D PRINTING #Gallery - Social .... What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Atala is a pioneer in 3d printing of organs and tissues. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. To print the heart, williams and his team use collagen and fat cells. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Future research could still iron out certain things. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. There's been a potential breakthrough in making organs in the lab. Bioprinted organs could eliminate major deficits in the transplant industry (source:
Scientists print 3D heart with human tissue in world first ... : Bioprinted Organs Could Eliminate Major Deficits In The Transplant Industry (Source:
3D Printed Heart Gear - YouTube. Engineering researchers have published in science a breakthrough 3d bioprinting method that brings the field of tissue engineering one step closer to being. The 3d printed heart is the most complex of its kind, containing vessels, collagen and intricate tissue layers. What we were able to show was you can actually 3d print a heart valve out of collagen, and they function, adam feinberg, one of the paper's us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire. Us scientists have successfully built functional heart parts out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire organs. Us scientists announced thursday they have successfully built functional heart parts out of collagen with a 3d bioprinter, using a breakthrough technique they say could one day create entire organs. To print the heart, williams and his team use collagen and fat cells. A functional heart valve that a team of us scientists built out of collagen using a 3d bioprinter, a breakthrough they say could one day create entire previous attempts at printing these scaffolds, known as extracellular matrices, had been hindered by limitations that resulted in poor tissue fidelity. Future research could still iron out certain things. Scientists from carnegie mellon university (cmu), pennsylvania, have used a novel 3d bioprinting method to build functional parts of the human heart. Bioprinted organs could eliminate major deficits in the transplant industry (source: The researchers told haaretz that they hope it will one day make organ this version of the 3d printed heart, while not perfect, is impressive. He explained that the cells that made the heart came from a donor's fat tissue, which were then transformed into stem cells, and then differentiated into the various cell types. Atala is a pioneer in 3d printing of organs and tissues. One liter of fat from someone can give them a huge number of cells that can be directly three years ago, he teamed up with advanced solutions, also based in louisville, and noodled up the idea of 3d printing a working human heart. There's been a potential breakthrough in making organs in the lab.