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 John 3:1-8 'Now there was a man of the Pharisees named Nicodemus, a member of the Jewish ruling council. He came to Jesus at night and said, "Rabbi, we know you are a teacher who has come from God. For no-one could perform the miraculous signs you are doing if God were not with him." In reply Jesus declared, "I tell you the truth, no-one can see the kingdom of God unless he is born again." "How can a man be born when he is old?" Nicodemus asked. "Surely he cannot enter a second time into his mother's womb...

Teams of university scientists backed by US government funds hope to grow new skin, ears, muscles and other body tissue for troops injured in Iraq and Afghanistan. The $US250 million effort aims to address the Pentagon's unprecedented challenge of caring for troops returning from the war zones with multiple traumatic injuries, many of which would have been fatal years ago. "We've had just over 900 people, men, some women with amputations of some kind or another since the start of the conflicts in Afghanistan and Iraq," said Ward Casscells, assistant secretary of defense for health affairs. Many have also suffered...

Progress on the road to regenerating major body parts, salamander-style, could transform the treatment of amputations and major wounds * The gold standard for limb regeneration is the salamander, which can grow perfect replacements for lost body parts throughout its lifetime. Understanding how can provide a road map for human limb regeneration. * The early responses of tissues at an amputation site are not that different in salamanders and in humans, but eventually human tissues form a scar, whereas the salamander’s reactivate an embryonic development program to build a new limb. * Learning to control the human wound environment to...

Regenerative Powder Helped Re-Grow A Man's Fingertip, And Could Change Medicine (CBS) A new generation of researchers is changing the way we heal, one cell at a time. This is the second in a CBS News series on the innovative field of regenerative medicine. You might become a believer in the power of magic dust, when you see how a special powder re-grew the tip of Lee Spievack's finger. He sliced off a half inch of his finger in the propeller of a hobby shop airplane. His finger never even formed a scar. "Your finger grew back flesh, blood, vessels...

WHO OPENED LYDIA'S HEART? The hearts of all mankind are closed to the gospel, to the preaching of the word, the beseechings and invitations of the Lord. by Geoff Thomas Lydia's home town was four hundred miles away in Thyatira a city famous for its dyes (there is an early inscription to a guild of dyers there). Lydia was a business woman and an entrepreneur. She traded in purple cloth, up-market material because purple dye was expensive (she may have been the agent for a Thyatiran manufacturer). We are also told that she was also a worshipper of God, that...

WASHINGTON: Researchers in Britain discovered a protein's molecular signal that apparently plays a key role in allowing newts, which are amphibians to re-grow severed limbs, a report in the journal Science says. The finding could provide insights in the field of regenerative medicine relating to mammals and humans, said Anoop Kumar of the University College London (UCL), the report's main author. Biologists have long been intrigued at how newts and other amphibians can re-grow severed limbs, never fully understanding the biological process. The protein called nAG, produced by nerve and skin cells, apparently plays a key role in stimulating blastema...

AP Science Writer NEW YORK --Researchers are trying to find ways to regrow fingers -- and someday, even limbs -- with tricks that sound like magic spells from a Harry Potter novel. There's the guy who sliced off a fingertip but grew it back, after he treated the wound with an extract of pig bladder. And the scientists who grow extra arms on salamanders. And the laboratory mice with the eerie ability to heal themselves. This summer, scientists are planning to see whether the powdered pig extract can help injured soldiers regrow parts of their fingers. And a large federally...

I grew up attending church at the Lee's Summit First Church of the Nazarene. When I was around 6 or 7 years of age, I went forward during an altar call at a revival service being held, and prayed a prayer, and then got baptised a couple of weeks later. Despite my profession of faith, my life as I grew older did not demonstrate any sort of true repentence unto salvation. All through middle school and high school, I did pretty much the same thing all the other kids did: I lied, I gossiped, I made fun of other kids,...

Close window Published online: 28 February 2007; | doi:10.1038/news070226-8 Electric switch could turn on limb regenerationTadpoles use a proton pump to direct tissue regrowth.Heidi Ledford Tadpoles: chop off their tails and they grow back. NHPA Tadpoles can achieve something that humans may only dream of: pull off a tadpole's thick tail or a tiny developing leg, and it'll grow right back — spinal cord, muscles, blood vessels and all. Now researchers have discovered the key regulator of the electrical signal that convinces Xenopus pollywogs to regenerate amputated tails. The results, reported this week in Development, give some researchers hope...

An immediate early publication of the journal Cell, published by Cell Press, on Nov. 22, 2006 points to the possible existence of master cardiac stem cells with the capacity to produce all three major tissues of the mammalian heart. A companion Cell paper also published online reports the discovery of a second population of cardiac progenitors, which are capable of forming both cardiac muscle and the smooth muscle found in the heart's blood vessel walls.  Together with similar findings reported in the November issue of the journal Developmental Cell, also a Cell Press publication, the findings challenge the notion that...

GAINESVILLE, Fla., June 14 (SPX) -- Regenerative medicine scientists at the University of Florida's McKnight Brain Institute have created a system in rodent models that for the first time duplicates neurogenesis - the process of generating new brain cells - in a dish. Writing in today's (June 13) Proceedings of the National Academy of Sciences, researchers describe a cell culture method that holds the promise of producing a limitless supply of a person's own brain cells to potentially heal disorders such as Parkinson's disease or epilepsy. "It's like an assembly line to manufacture and increase the number of brain cells,"...

DOCTRINE OF THE BLOOD OF CHRIST Spir Dynamics 827 4/17/96; Eph 284-286 5/11/86; Rev 11/3/82; 1 Jn 11/11/81 A. Definition and Description. 1. While our Lord did some bleeding on the cross, He didn't bleed to death, nor does His literal human blood have anything to do with the phrase found throughout the New Testament, "the blood of Christ." 2. Even Greek lexicons recognize this principle when defining the word HAIMA, the Greek word for blood. a. The Arndt and Gingrich, Greek-English Lexicon, p.22, under HAIMA in the paragraph describing the figurative use of the blood of Christ, says, "blood...

When neurologists first found a way to regrow damaged optic nerves in mammals 5 years ago, they weren't sure exactly how the procedure worked. Now, a team of researchers has identified the molecule responsible and achieved significant regeneration of optic nerves in rats without the harmful side-effects seen with some previous techniques. The optic nerve connects the eye to the brain. Injuries or diseases such as glaucoma can damage it, and once severed, nerve fibers projecting from the retina via the optic nerve don't regrow. In the past, scientists have achieved modest sprouting of these neurons in rats by inducing...

Stem cell therapy has long captured the limelight as a way to the goal of regenerative medicine, that of repairing the body with its own natural systems. But a few scientists, working in a relatively obscure field, believe another path to regenerative medicine may be as likely to succeed. The less illustrious approach is promising, in their view, because it is the solution that nature itself has developed for repairing damaged limbs or organs in a wide variety of animals. Many species, notably amphibians and certain fish, can regenerate a wide variety of their body parts. The salamander can regenerate...

April 3, 2006 — The news is being hailed as a medical milestone: Several years after receiving new bladders engineered entirely in a laboratory, seven young patients are all still healthy. It marks the first long-term success of total-organ tissue regeneration, an area of medicine that until now was more the stuff of science fiction than clinical reality. Dr. Anthony Atala, the director of the Institute for Regenerative Medicine at Wake Forest University in North Carolina, reports in tomorrow's issue of the medical journal The Lancet on the success of the new procedure, which was performed on children born with...

Appendage Regeneration in Adult Vertebrates and Implications for Regenerative Medicine Jeremy P. Brockes* and Anoop Kumar The regeneration of complex structures in adult salamanders depends on mechanisms that offer pointers for regenerative medicine. These include the plasticity of differentiated cells and the retention in regenerative cells of local cues such as positional identity. Limb regeneration proceeds by the local formation of a blastema, a growth zone of mesenchymal stem cells on the stump. The blastema can regenerate autonomously as a self-organizing system over variable linear dimensions. Here we consider the prospects for limb regeneration in mammals from this viewpoint. Department...

Researchers have discovered that certain cells inside the hair follicle are true multipotent stem cells, capable of developing into the many different cell types needed for hair growth and follicle replacement. 6 Oct 2005, 09:42 GMT - Using an animal model scientists at the Ecole Polytechnique Federale de Lausanne (EPFL) have demonstrated that these holoclones can be used for long-term follicle renewal. The researchers isolated stem cells from rat whisker follicles, labeled them and grew them in culture for 140 generations. They then implanted progeny cells into the skin of newborn mice whose hair follicles were just being formed. This...

Scientists have created a “miracle mouse” that can regenerate amputated limbs or badly damaged organs, making it able to recover from injuries that would kill or permanently disable normal animals. The experimental animal is unique among mammals in its ability to regrow its heart, toes, joints and tail.

It's a miracle: mice regrow hearts 29aug05 SCIENTISTS have created "miracle mice" that can regenerate amputated limbs or damaged vital organs, making them able to recover from injuries that would kill or permanently disable normal animals. The experimental animals are unique among mammals in their ability to regrow their heart, toes, joints and tail. And when cells from the test mouse are injected into ordinary mice, they too acquire the ability to regenerate, the US-based researchers say. Their discoveries raise the prospect that humans could one day be given the ability to regenerate lost or damaged organs, opening up a...

It's a miracle: mice regrow hearts 29aug05 SCIENTISTS have created "miracle mice" that can regenerate amputated limbs or damaged vital organs, making them able to recover from injuries that would kill or permanently disable normal animals. The experimental animals are unique among mammals in their ability to regrow their heart, toes, joints and tail. And when cells from the test mouse are injected into ordinary mice, they too acquire the ability to regenerate, the US-based researchers say. Their discoveries raise the prospect that humans could one day be given the ability to regenerate lost or damaged organs, opening up...