Archive for July 2nd, 2007

Jesse Ramirez, Considered a “Vegetable” Like Terri Shiavo, Now on His Way to Recovery

Science, Uncategorized, Unexplained Artifact | Posted by Chris Parker
Jul 02 2007

Photo: Terri Schaivo 

By Peter J. Smith

CHANDLER, Arizona, June 28, 2007 ( – Written off by doctors as a hopeless “vegetable”, an Arizona man would not now be on his way to recovery from an accident caused by a marital quarrel if not for his family’s unrelenting struggle for his life.

The Arizona Republic reports that on Wednesday, Jesse Ramirez, awoke from his nearly month long persistent vegetative state (PVS) and now “can hug and kiss, nod his head, answer yes and no questions, give a thumbs-up sign and sit in a chair.”

If not for the past few weeks’ legal battles that ended Tuesday with a favorable settlement for him and his family, Jesse Ramirez, who depended on feeding tubes for food and water, would certainly have died in circumstances very similar to the tragic 2005 death of Terri Schindler-Schiavo.

On May 30, Jesse Ramirez and his wife Rebecca Ramirez were quarreling in their SUV when he lost control and crashed into a pottery market, ejecting them both from the vehicle. Ramirez suffered a broken neck and major head-trauma, while his wife had only minor injuries.

Just before the accident, Rebecca had attempted to jump from the moving vehicle saying she was afraid of her husband, who accused her of marital infidelity. Police have yet to determine what exactly led Ramirez to lose control of the wheel.

Ten days after the accident and Ramirez’s PVS diagnosis, Rebecca ordered the hospice where he was staying to remove his feeding tubes on June 8. Ramirez family then began pleading with her to let them try and save his life.

“I’m asking you for the biggest favor of my life,” Jesse’s father told her. “Can you give my son another chance?” Jesse Ramirez Sr. told the Arizona Republic she then hung up on him.

In desperation, the family turned to the Scottsdale-based Alliance Defense Fund, which challenged the prudence of allowing Rebecca to arbitrate her husband’s fate, considering their recent marital strife.

“We’ve got to make sure the decision-maker is the very best and most capable one,” senior counsel Gary McCaleb told the Arizona Republic. “She said she was in fear of her life. Ten days later, she’s going to say whether he lives or dies? Frankly, it’s too much to ask of the wife.”

Maricopa County Superior Court judge Paul Katz agreed and ordered the tubes reconnected while an independent attorney mediated between Rebecca Ramirez and Jesse’s family and talked to Jesse’s doctors. Then Tuesday Katz ruled that a court-appointed guardian would make decisions for Ramirez while the court continued to investigate his health.

“As we have discussed here previously, PVS is often misdiagnosed. More importantly, it can’t be done accurately after only a few weeks post trauma.

So, why the rush in this case to write the man off?” commented bioethics expert and author Wesley J. Smith on his blog. “This much is sure: But for parents willing to fight for his life, Ramirez would be dead today rather than entering the rehabilitation unit.”

Early Flying Mammal Found In China
-Lived 125-130 Million Years Ago Says Science
Give or Take 125 Million to 130 Million Years?

Crypto, Dinosaurs in Literature,, Science, Uncategorized, Unexplained Artifact | Posted by Chris Parker
Jul 02 2007

Photo:“Reconstruction of Volaticotherium antiquus. (Credit: Chuang Zhao and Lida Xing)

Johannes Nieuhof published a book on China in 1669 with Illustrations called “Of the Empire of China”. The book contained info on the flora and fauna of China as well as various curiosities. To the untrained eye (and I’ve got two of them) his drawing of a certain apparently voluminous flying mammal looks quite a bit like the 125 million year old mammal (SIC) that certain evolutionary scientists (SIC) are very excited about…

Small Furry Mammal Was Capable Of Gliding Flight Possibly Before Birds; Science Daily

An American Museum of Natural History paleontologist and his colleagues have named a new order of mammals based on their description of a fossil of a bat- or squirrel-sized Mesozoic mammal, called Volaticotherium antiquus (meaning “ancient gliding beast”), which was capable of gliding flight The rock beds that yielded the fossil date to at least 125 million years ago, so the new fossil extends the earliest record for gliding flight in mammals by 70 million years or more and indicates that mammals experimented with gliding flight and aerial life at about the same time that birds first took to the skies, possibly even earlier. The team also completed an analysis of the evolutionary relationships among major groups of known Mesozoic mammals, which included the new data on V. antiquus.The results, described in a new paper in the journal Nature, revealed that the gliding Mesozoic mammal represents a previously unknown and highly specialized group of mammals that the authors recognize as a new order of mammals. This is a previously unknown group and one of the most important discoveries or designations of a major mammalian group since Richard Owen’s review of Mesozoic mammals in 1871. The authors of the new paper are Jin Meng, Associate Curator in the Museum’s Division of Paleontology; and his colleagues Yaoming Hu, Yuanqing Wang, Xiaolin Wang, and Chuankui Li, researchers at the of Vertebrate Paleontology and Paleoanthropology in Beijing.

The fossil of the gliding mammal, discovered in eastern Mongolia, preserves the animal’s skeleton, as well as an impression of most of a large fold of skin membrane that stretched between the animal’s fore and hind limbs, the direct evidence that the animal was adapted for gliding flight. The membrane, known as a patagium, served as an airfoil to support the small animal’s weight and generated lift for it to travel horizontally through the air.

Photo 3: Left, less than 400 years ago. Right, 130 million years ago?

The fossil also preserves impressions of the fur that was found on the gliding membrane and on other parts of the body, one of the earliest records of the skin covering that is typical of mammals. The animal’s limbs are elongated, which is typical for living gliding mammals. Longer bones allow for more skeletal and muscular support of a glider’s airfoil.

The fossil vertebrae suggest that the animal had a long, stiff tail that served as a stabilizing rudder during gliding flight. The lengths of the animal’s skull and skeleton suggest that V. antiquus weighed less than a pound, so it had a relatively light load in flight. Being lightweight and possessing a relatively large airfoil, V. antiquus was likely an agile glider, but perhaps not agile enough to chase insects as prey through the air.

Unlike living mammal gliders that are predominately herbivorous, the unique, highly specialized sharp teeth of V. antiquus provide evidence that this mammal was undoubtedly an insectivore, like most known Mesozoic mammals. Other features of the animal’s limb and finger and toe bones indicate it was a climber, which allowed it to forage on trees and obtain height for gliding, as in the case of flying squirrels.

V. antiquus is the first known Mesozoic mammal capable of gliding flight, indicating that early mammals were more diverse in their early evolution than scientists had previously thought and also that unknown groups of mammals still remain for paleontologists to discover, buried in geologic time.

“This new evidence of gliding flight in early mammals is giving us a dramatically new picture of many of the animals that lived in the Age of Dinosaurs,” Dr. Meng said. “Establishing a new order probably only happens once, if that, in the lifetime of a lucky paleomammalogist.”

Prior to the description of V. antiquus, the earliest known gliding mammal was a rodent—known from a 30-million-year old fossil preserving the gliding membrane. The earliest confirmed record of bats, also aerial mammals but capable of powered flight rather than gliding flight, dates to about 51 million years ago. The newly discovered fossil shows that mammals experimented with aerial life at least 70 million years earlier than previously thought.

Although the new gliding mammal is comparable in size and shape to flying squirrels (which are members of Rodentia, an order of placental mammals), V. antiquus is not a direct ancestor of these or any other living mammals, including flying marsupials, flying lemurs, or bats. Instead, V. antiquus provides evidence for the independent origin of flight in this now-extinct lineage of mammals.

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