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Technology Research News June 29, 2005 Eric Smalley	Cell combo yields blood vessels Researchers experiment with methods of getting blood vessels to grow in replacement organs before the tissue is placed in the body.
Chemistry World November 1, 2013 Megan Tyler	High-throughput chip for drug screening in 3D A simple micro-array chip developed by scientists in China could sharpen the search for new drugs by enabling the high-throughput screening of drug candidates against cells cultured in three dimensions.
Chemistry World October 2, 2013 Michael Parkin	Insect-powered microtweezers Scientists in Japan have developed the first biohybrid microdevice that can function in air. The microtweezers powered by insect muscle tissue could be used to handle cells and other fragile objects as part of a microelectromechanical system.
HHMI Bulletin May 2010 Sarah C.P. Williams	Lab-Grown Liver New cell culture system solves problem of growing liver cells.
Chemistry World September 6, 2007 Lewis Brindley	Muscling in on Artificial Actuators Scientists in the US have developed artificial "micromuscles" capable of functions like gripping, walking and even swimming.
Chemistry World June 13, 2010 Lewis Brindley	Novel 'cell wires' to patch up heart or nerve damage Noodle-like strings containing living cells have been made by researchers in the US.
Chemistry World July 24, 2012 Rachel Cooper	Light speeds up new cell growth Scientists from Singapore have combined a photovoltaic polymer with a biocompatible polymer to make a nanofiber-based scaffold that can grow cells for skin regeneration.
Chemistry World September 27, 2011 Maria Burke	Patching up Patients with a Heart of Gold Researchers have used gold nanowires to boost the propagation of electrical signals in cardiac patches, significantly increasing their therapeutic value.
HHMI Bulletin Fall 2012 Megan Scudellari	In Living Color Vikas Gupta and Kenneth Poss created dozens of zebrafish with vibrantly colored cardiomyocytes and then examined the fish hearts at select moments between hatching and adulthood.
Chemistry World October 7, 2015 Christopher Barnard	Microfluidic device lets the drop beat Scientists in Switzerland have incorporated pulsing human heart tissue into a microfluidic device to make a model of a living system that could be used to test new drugs.
Chemistry World July 1, 2012 Mellisae Fellet	3D printed sugar network to feed engineered organs US researchers can build vessels into a cell-containing gel -- the beginnings of a thick tissue. Scientists form the gel around a lattice of printed sugar fibers. The fibers dissolve after the gel sets, leaving a network of channels that carry nutrients like blood vessels.
The Motley Fool August 27, 2007 Brian Orelli	Repairing a Broken Heart Stem cells may be the new cure. If research continues on track, Geron expects to ask FDA to start clinical trials late next year or in early 2009. Investors, take note.
BusinessWeek September 23, 2010 Rob Waters	Stem Cells That Save Big Pharma a Bundle Drugmakers hope to save big by using stem cells to test drugs for dangerous side effects long before costly human trials are needed.
BusinessWeek June 13, 2005 Arlene Weintraub	A Boost for Broken Hearts? The Institute of Regenerative Medicine in Barbados is convinced that stem cells from fetuses can repair cardiac damage.
Chemistry World May 5, 2010 Mike Brown	Natural artificial muscles Scientists in Canada and the US have developed artificial proteins that mimic the elastic and mechanical properties of the muscle protein, titin.
Chemistry World September 5, 2013 Emma Stoye	Raman-based imaging takes guesswork out of brain surgery A new technique that color-codes cancerous and healthy brain cells according to their chemistry could help surgeons remove all traces of brain tumors while minimizing damage to sensitive tissues.
Chemistry World April 2, 2009 Michael Gross	Light-guided hydrogels direct cell growth Researchers in the US have developed a gel-like material whose structural and chemical properties can change in response to laser light
Chemistry World July 11, 2006 Simon Hadlington	Spin Doctors Find New Way to Make Skin Scaffold Researchers have developed a new type of polymer scaffold support for growing cultured human skin cells. The team showed that the mechanical and geometric properties of the scaffold are far more important than any specific chemical property.
Popular Mechanics November 17, 2009 Elizabeth Svoboda	Five Body Parts You May Be Able to Regrow Soon(ish) New hope for injured hearts, lungs, arms and legs as well as other body regeneration strategies.
The Motley Fool November 28, 2007 Brian Orelli	Stem Your Expectations of Stem-Cell Discoveries Making "stem" cells out of skin cells isn't all it's cracked up to be. The recent discovery has a long way to go before it can catch up to the research currently being done with stem cells.
Technology Research News March 23, 2005 Eric Smalley	Inkjet prints human cells Scientists tackle challenge of putting the right cells in the right places and ensuring that the cells survive the rough ride.
Chemistry World August 15, 2007 John Bonner	Chemists Claim Biological Alchemy South Korean chemists say they have turned muscle cells from the sole of a human foot into something akin to stem cells, using a simple molecule called neurodazine.
Chemistry World January 17, 2011 Laura Howes	Nanoparticle divides to conquer Scientists have made a nanoparticle that breaks up into smaller units once it reaches its target, allowing it to penetrate deeper into tumour tissue and deliver treatment more effectively.
HHMI Bulletin Aug 2010 Richard Saltus	Three-Dimensional Cell Cultures Thinking big but starting small, Sangeeta Bhatia is closing in on her ambitious goal: growing human livers in the lab from scratch.
BusinessWeek May 24, 2004 Arlene Weintraub	Repairing The Engines Of Life Can research into stem cells and other advanced techniques heal ailing hearts and brains? U.S. labs are hamstrung by the federal government.
Chemistry World January 20, 2011 Erica Wise	Protective shells for cells A highly permeable shell made for living cells could substantially extend their lifetime in bioengineering applications, including aiding bone repair, say US scientists.
IEEE Spectrum February 2009 Morgen E. Peck	Electroporation "Knife" for Cancer A new electrical approach to cutting out cancerous tumors
Knowledge@Wharton	Bettering Ourselves Through Biotech: Greater Productivity, Sharper Memories, Hair Feathers Beefing up muscle without steroids or hormones; rejuvenating damaged skin and heart tissue; ratcheting up memory function. Therapies that promise to enhance human abilities are nearing the marketplace. Funding, however, is hard to come by these days.
Popular Mechanics January 28, 2010 Cassie Rodenberg	Next-Gen Transplant Techniques Can Stop Organ Rejection About 77 organ transplants are performed each day in the U.S., and more than 101,000 people are on a wait list for body parts such as hearts, skin and veins, according to the Mayo Clinic.
The Motley Fool December 1, 2008 Brian Orelli	Obama Can't Save Stem Cell Companies While government-sponsored research on embryonic stem cells might eventually help scientists better understand all stem cells, it's not likely to help the companies right now.
Chemistry World July 28, 2011 Carol Stanier	Spotlight on Polymerisation to Repair Damaged Faces To repair scarred facial tissue, US scientists have developed a minimally invasive repair method combining natural and synthetic materials to form a tissue scaffold to help the body heal itself.
Popular Mechanics November 27, 2007 Alex Hutchinson	Stem Cells 2.0: Beyond the Hype, Engineers Look to Build Fast Engineers play the important role of making lab bench discoveries reproducible and efficient for use in industry.
Scientific American March 2007 Alison Snyder	Sight for Sore Eyes Having generated a cell source and overcome the safety concerns associated with transplanting stem cells, researchers still face possibly their biggest challenge: showing that the transplanted photoreceptors wire up to other neurons that eventually connect to the optic nerves.
Scientific American November 28, 2005 Christine Soares	Cold War Clues Atomic tests allow carbon dating of baby boomers and enable neuroscientists to track brain tissue regeneration.
Chemistry World January 12, 2012 Russell Johnson	Staining tissue samples at the microscale A vertical microfluidic probe developed by researchers in Switzerland can create a range of immunohistochemistry staining conditions on a single tissue sample.
The Motley Fool August 31, 2007 Brian Orelli	A Stem-Cell Primer Public funding from states could help companies doing stem cell research. Read about Geron, StemCells, Osiris Therapeutics, ViaCell and Invitrogen, companies that may profit from the increased public spending.
Chemistry World November 7, 2012 Jennifer Newton	Ink containing living cells to print tissue Scientists in Australia are a step closer to printing living cells for tissue engineering with the development of a new bio-ink that allows the cells to stay alive until they are printed and not clog up the printer nozzle.
Popular Mechanics March 2007 Ian Christe	Stem-Cell Fast Food: From NASA to Nourishment Who needs animals? It's only a matter of time before lab-grown meat turns into the oink-less BLT.
National Defense March 2008 Grace V. Jean	Creating the Body's Microenvironment to Grow Artificial Organs Scientists are using micro-electromechanical systems to grow artificial organs.
Chemistry World April 2010	Column: The crucible We are getting better at manipulating cells to grow into the tissues we need. Chemical factors are key, says Philip Ball
Technology Research News December 17, 2003 Patch & Smalley	Body handles nanofiber better The human body doesn't care for artificial materials, and responds to invasions by building scar tissue around foreign objects. A study shows that scar tissue formation might have more to do with the surface features of the intrusion than material it is made from.
Chemistry World May 19, 2014 James Urquhart	'Heavy' mouse helps out tissue engineers UK researchers have developed a tissue molecular mapping method that could help make lab-grown tissue much more like the real thing.
Reactive Reports Issue 47 David Bradley	Lending Muscle to Artificial Meat Production Can you imagine eating meat that required no animal to be killed, no slaughterhouse, and no butcher? Four scientists have written about two techniques that could make lab or factory grown meat possible. The possible benefits are intriguing.
Chemistry World April 7, 2009 Lewis Brindley	Cells get in line Magnetic nanoparticles that 'shepherd' cells into neat lines have been designed by American scientists.
Salon.com December 29, 2000 Arthur Allen	Will Thompson, Bush clash over human embryo research? The HHS nominee supports it, but right-to-lifers want it stopped....
Chemistry World March 18, 2011 Elinor Richards	The way to pain-free uterine disease detection A potential non-invasive method to detect endometriosis by acquiring a spectral signature of the uterus has been developed by scientists from the UK.
Chemistry World July 27, 2015 Tim Wogan	Repellent nanocraters could shape tissue engineering Patterning surfaces with nanoscale craters can interfere with cells' ability to stick to surfaces, researchers in the US have shown.
IEEE Spectrum August 2006 Schoenbach et al.	Zap Extreme voltage could be a surprisingly delicate tool in the fight against cancer. The list of effects that scientists have achieved using nanoseconds-long pulses is growing rapidly, though their actual use as a medical treatment is still years away.
Chemistry World September 24, 2015 Andy Extance	Cosmetics deals push skin 3D bioprinting 3D bioprinting's allure has attracted interest from the skincare industry, with three leading firms each launching skin printing initiatives in mid-2015 that they hope will revolutionize cosmetic testing.
Chemistry World November 10, 2006 Victoria Gill	Healing Threads Spun From Living Cells Researchers have successfully made microthreads from polymers containing living cells, using a technique called electrospinning. These biologically active threads could be formed into medical scaffolds, to deliver cells directly to tissue and promote healing.