Javen Says: Should i become and embalmer with this formula?





















ON TV: National Geographic's Italy's Mystery Mummies airs in the United States on Tuesday, February 3, at 10 p.m. ET/PT on the National Geographic Channel.

January 26, 2009--She's one of the world's best-preserved bodies: Rosalia Lombardo, a two-year-old Sicilian girl who died of pneumonia in 1920. "Sleeping Beauty," as she's known, appears to be merely dozing beneath the glass front of her coffin in the Capuchin Catacombs of Palermo, Italy.

Now an Italian biological anthropologist, Dario Piombino-Mascali of the Institute for Mummies and the Iceman in Bolzano, has discovered the secret formula that preserved Rosalia's body so well. (Piombino-Mascali is funded by the National Geographic Society's Expeditions Council. National Geographic News is owned by the National Geographic Society.)

Piombino-Mascali tracked down living relatives of Alfredo Salafia, a Sicilian taxidermist and embalmer who died in 1933. A search of Salafia's papers revealed a handwritten memoir in which he recorded the chemicals he injected into Rosalia's body: formalin, zinc salts, alcohol, salicylic acid, and glycerin.

Formalin, now widely used by embalmers, is a mixture of formaldehyde and water that kills bacteria. Salafia was one of the first to use this for embalming bodies. Alcohol, along with the arid conditions in the catacombs, would have dried Rosalia's body and allowed it to mummify. Glycerin would have kept her body from drying out too much, and salicylic acid would have prevented the growth of fungi.

But it was the zinc salts, according to Melissa Johnson Williams, executive director of the American Society of Embalmers, that were most responsible for Rosalia's amazing state of preservation. Zinc, which is no longer used by embalmers in the United States, petrified Rosalia's body.

"[Zinc] gave her rigidity," Williams said. "You could take her out of the casket prop her up, and she would stand by herself."

Piombino-Mascali calls the self-taught Salafia an artist: "He elevated embalming to its highest level."

Learn more about Rosalia in National Geographic magazine's "Sicily Crypts".

—Karen Lange
Photograph by Vincent J. Musi

Javen Says:

This is one of Gods most intricate creation....

The barreleye (Macropinna microstoma) has extremely light-sensitive eyes that can rotate within a transparent, fluid-filled shield on its head. The fish's tubular eyes are capped by bright green lenses. The eyes point upward (as shown here) when the fish is looking for food overhead. They point forward when the fish is feeding. The two spots above the fish's mouth are olfactory organs called nares, which are analogous to human nostrils. Image: © 2004 MBARI

In this image, you can see that, although the barreleye is facing downward, its eyes are still looking straight up. This close-up "frame grab" from video shows a barreleye that is about 140 mm (six inches) long.
Image: © 2004 MBARI

This face-on view of a barreleye shows its transparent shield lit up by the lights of MBARI's remotely operated vehicle Tiburon. As in the other photos, the two spots above the fish's mouth are are olfactory organs called nares, which are analogous to human nostrils.
Image: © 2006 MBARI

Researchers at the Monterey Bay Aquarium Research Institute recently solved the half-century-old mystery of a fish with tubular eyes and a transparent head. Ever since the "barreleye" fish Macropinna microstoma was first described in 1939, marine biologists have known that its tubular eyes are very good at collecting light. However, the eyes were believed to be fixed in place and seemed to provide only a "tunnel-vision" view of whatever was directly above the fish's head. A new paper by Bruce Robison and Kim Reisenbichler shows that these unusual eyes can rotate within a transparent shield that covers the fish's head. This allows the barreleye to peer up at potential prey or focus forward to see what it is eating.

Deep-sea fish have adapted to their pitch-black environment in a variety of amazing ways. Several species of deep-water fishes in the family Opisthoproctidae are called "barreleyes" because their eyes are tubular in shape. Barreleyes typically live near the depth where sunlight from the surface fades to complete blackness. They use their ultra-sensitive tubular eyes to search for the faint silhouettes of prey overhead.

Although such tubular eyes are very good at collecting light, they have a very narrow field of view. Furthermore, until now, most marine biologists believed that barreleye's eyes were fixed in their heads, which would allow them to only look upward. This would make it impossible for the fishes to see what was directly in front of them, and very difficult for them to capture prey with their small, pointed mouths.

Robison and Reisenbichler used video from MBARI's remotely operated vehicles (ROVs) to study barreleyes in the deep waters just offshore of Central California. At depths of 600 to 800 meters (2,000 to 2,600 feet) below the surface, the ROV cameras typically showed these fish hanging motionless in the water, their eyes glowing a vivid green in the ROV's bright lights. The ROV video also revealed a previously undescribed feature of these fish--its eyes are surrounded by a transparent, fluid-filled shield that covers the top of the fish's head.

Most existing descriptions and illustrations of this fish do not show its fluid-filled shield, probably because this fragile structure was destroyed when the fish were brought up from the deep in nets. However, Robison and Reisenbichler were extremely fortunate--they were able to bring a net-caught barreleye to the surface alive, where it survived for several hours in a ship-board aquarium. Within this controlled environment, the researchers were able to confirm what they had seen in the ROV video--the fish rotated its tubular eyes as it turned its body from a horizontal to a vertical position.

In addition to their amazing "headgear," barreleyes have a variety of other interesting adaptations to deep-sea life. Their large, flat fins allow them to remain nearly motionless in the water, and to maneuver very precisely (much like MBARI's ROVs). Their small mouths suggest that they can be very precise and selective in capturing small prey. On the other hand, their digestive systems are very large, which suggests that they can eat a variety of small drifting animals as well as jellies. In fact, the stomachs of the two net-caught fish contained fragments of jellies.

After documenting and studying the barreleye's unique adaptations, Robison and Reisenbichler developed a working hypothesis about how this animal makes a living. Most of the time, the fish hangs motionless in the water, with its body in a horizontal position and its eyes looking upward. The green pigments in its eyes may filter out sunlight coming directly from the sea surface, helping the barreleye spot the bioluminescent glow of jellies or other animals directly overhead. When it spots prey (such as a drifting jelly), the fish rotates its eyes forward and swims upward, in feeding mode.

Barreleyes share their deep-sea environment with many different types of jellies. Some of the most common are siphonophores (colonial jellies) in the genus Apolemia. These siphonophores grow to over 10 meters (33 feet) long. Like living drift nets, they trail thousands of stinging tentacles, which capture copepods and other small animals. The researchers speculate that barreleyes may maneuver carefully among the siphonophore's tentacles, picking off the captured organisms. The fish's eyes would rotate to help the fish keep its "eyes on the prize," while its transparent shield would protect the fish's eyes from the siphonophore's stinging cells.

Javen Says:

1 March is here, and it's already a quarter of the yr going by so soon... How I'd wish i could turn back time and reminisce the past... but then again... i wanna move on and grow up with time... (praying for wisdom)

Recently i am really frustrated with the things going on in my life. Sometimes, i wish i could read people' mind better, because i am having problems understanding someone, then again... it's of no use... i wanna give up doing that... tiring...

Am i so difficult to understand? Are my words so hard to comprehend? It's this kinda weird situation when having a conversation that puts me really off... and therefore i am tired to continue the conversation and i think in time to come, talking will be such a turn off...

Mean? NOPE, I'm just a bitch.. Deal with it....

Praying for wisdom, patience and love...