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StemSave Blog

3D-Printed Bone Using Stem Cells

Posted by anna@stemsave.com on Dec 29, 2016 5:00:00 PM

A team of researchers at the University of Glasgow are utilizing 3D printers to create bone scaffolds that, when coated with a growth substance and stem cells, will continue to grow into bone in the implanted body. The aim of utilizing synthetically grown bone replacements is to create a readily available technology that can be used around the world, especially in places abundant with landmines. This is an important breakthrough for landmine blast survivors whose only option is usually amputation.

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Topics: bone scaffolding, 3D Printing, regenerative medicine, biological alternatives

Printing Organs with Stem Cells

Posted by anna@stemsave.com on Jul 15, 2016 4:01:27 PM

Researchers at the U.K’s University of Bristol’s School of Cellular and Molecular Medicine announced a new advancement in bio-printing. They developed a bio-ink that is comprised of stem cells and two polymers – one naturally occurring and the other artificial. The polymers provide structural support to the stem cells that can then be directed to differentiate into the appropriate tissue. The addition of the phase-change polymer component to the bio-ink allows the printed organ to quickly develop the structural integrity necessary to introduce cell nutrients to the stem cells.

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Topics: 3D Printing, Stem Save, stem cells, bio-ink, printing organs, bio printing

Bioprinting a New Jaw

Posted by hunter@stemsave.com on May 12, 2016 1:26:28 PM

An Australian periodontist has pioneered a new 3D printing technique that regrows missing gum tissue and jaw bones. Traditionally, bone and tissue replacements are taken from other parts of the body such as the hip or femur. Dr. Ivanovki’s method uses a bioprinter to grow missing tissue from a patient's own cells. This 3D printing alternative is much less invasive than bone replacement, and dramatically reduces the risk of infection or rejection.

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Topics: bioprinting, stemsaveblog, 3D Printing, bone regeneration, Regenerative Biology and Tissue Engineering, jawbone, mesenchymal stem cells

3D Printed Cartilage

Posted by davids@stemsave.com on Apr 21, 2016 3:11:00 PM

We all take articular cartilage for granted. It takes up a seemingly insignificant amount of space, and somehow absorbs the full pressure our body weight. Arthritis and articular injuries can cause chronic and crippling pain. One group of researchers is developing 3D printed cartilage by bioprinting with an ‘ink’ containing human cells. This technology may one day lead to printed implants, noses, ears, and knees.  

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Topics: stemsaveblog, 3D Printing, Arthritis, cartilage, mesenchymal stem cells

Printing a Liver in Seconds

Posted by davids@stemsave.com on Mar 4, 2016 2:11:00 PM

Biomedical engineers from the University of California, San Diego have created a stem cell based tissue that mimics the human liver. This model could be used for patient-specific drug screening and disease modeling. The complex micro-architecture of a liver utilized a hexagonal pattern of stem cells and human liver tissue. Autologous stem cells were taken from the patient’s own skin cells to act as supporting cells. Because the method used 3D printing, the entire structure—a 3 × 3 millimeter square, 200 micrometers thick—takes just seconds to print on demand.

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Topics: stemsaveblog, 3D Printing, growing organs, Liver, Regenerative Biology and Tissue Engineering, autologous stem cells, disease modeling

Printing 3D Blood Vessels with Stem Cell Bio-Ink

Posted by hunter@stemsave.com on Nov 9, 2015 2:36:00 PM

Sichuan Rivotek Co has printed 3D blood vessels with stem cell-based bio-ink. Blood vessels are ubiquitous in all living organisms; their creation, via bio-ink and 3D printing could portend widespread application across all fields of regenerative medicine. As 3D printing progresses, more patient specific parts and even organ systems may be developed. Earlier modes of 3D printing that have used titanium instead of bio-inks have created surgically implanted jawbones and rib cages in experimental settings, providing valuable information to guide future development.

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Topics: stemsaveblog, 3D Printing, Blood vessel, Regenerative Biology and Tissue Engineering, mesenchymal stem cells

Printing Your Own Stem Cells

Posted by artgreco@stemsave.com on Oct 28, 2015 2:35:00 PM

RoosterBio Inc has developed a Ready-to-Print (RTP) stem cell 3D bioprinter. This advancement in tissue engineering removes weeks from the current cellular bioprinting processes. This RTP provides significant quantities of high quality human mesenchymal stem cells (MCSs), which simplifies and accelerates the most complex and labor intensive aspects of bioprinting.

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Topics: stemsaveblog, 3D Printing, tissue printing, Regenerative Biology and Tissue Engineering, regenerative medicine

Wall Street Journal Showcases Regenerative Medicine

Posted by anna@stemsave.com on Jul 17, 2015 12:22:00 PM

 

The potential power of regenerative medicine is gaining prominence in the mainstream media. A recent report in the Wall Street Journal depicts a future where regenerative medicine would support the repair and regeneration of human body parts and tissues via stem cells, three-dimensional printing, and applied bioengineering strategies.  The emerging therapies take advantage of the special characteristics of stem cells, that is, their role as the natural repair and maintenance cells of the body and their ability to regenerate and differentiate into a variety of cell types.  

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Topics: bioengineering, stemsaveblog, 3D Printing, Stemcells, regenerative therapies, regenerating tissue, Wall street journal

Meniscus Regenerative Therapy Engages Patient’s Own Stem Cells.

Posted by maxi@stemsave.com on May 19, 2015 11:55:42 AM

In a newly published article by the Wall Street Journal, a team of Columbia and Cornell researchers led by Dr. Jeremy Mao [a member of StemSave’s Scientific Advisory Council] has developed a potential method to treat patients with torn menisci.  The method involves 3D-printing a biodegradable scaffold of the meniscus, infusing it with growth factors, and implanting it into the knee.  Once in the patient’s body, the growth factors should attract autologous [the patient’s own] stem cells to generate a new, natural meniscus.

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Topics: scaffold, bioengineering, 3D Printing, Dr. Jeremy Mao, ACL Tear, Knee, Columbia University’s College of Dental Medicine, regenerative therapies, StemSave, stem cells, meniscus,

AAOMS

AAOMS - American Association of Oral and Maxillofacial Surgeons

 

As the industry leader, StemSave is the only stem cell banking service to be designated as an ASI approved program.

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