Click to embiggen This seems to be a minute beetle, as pictured in Objects for the microscope, being a popular description of the most instructive and beautiful subjects for exhibition by Louisa Lane Clarke. Whether that’s a beetle that happens to be minute (as in small) or does something quickly, or if it’s one of a number of beetles called “minute something beetles” is unclear to me. It’s quite lovely, though. This is a sample of a larger illustration. Nearby on the same page, you can see the beetle life size, not magnified by any diameters. According to the caption, beetles like this are common in spring. The book itself is sort of wonderfully arbitrary, like a Borges quote from an ancient Chinese encyclopedia – it’s a list of somewhat random objects, all of which would possibly delight a curious child with a microscope. Scales of a clothes moth. Spicules of sponge. Common cheese mites […]
These are prehistoric animals compared to their modern relatives and, for scale, a human. A human who’s interested in what they’re like… except when…
Look out! HELL PIG!
There are plenty more of the majestic giants (and some terrifying ones) at NPR’s Skunk Bear tumblog.
The New Horizons Long Range Reconnaissance Imager (LORRI) snapped this photo of Jupiter’s ring system on February 24, 2007, from a distance of 7.1 million kilometers (4.4 million miles).
This processed image shows a narrow ring, about 1,000 kilometers (600 miles) wide, with a fainter sheet of material inside it. The faint glow extending in from the ring is likely caused by fine dust that diffuses in toward Jupiter. This is the outer tip of the “halo,” a cloud of dust …
SOURCE:Based on “NASA Windbots Could Explore Gas Giant Jupiter”, Sky News, 24 July 2015, as used in the post as used in the post “Windbots to explore Jupiter – the bumpier the ride, the better..”
ABSTRACT: The planet Jupiter is 35 light-minutes from Earth (give or take a couple of minutes depending on where in its orbit the planet is).
So a robot floating in the turbulent winds of Jupiter would take that long to send a mes…
Three names for one little fish. And those are just the beginning.
I found this one on the Scientific Illustration tumblog, which quoted Wikipedia on the doree (etc.):
John Dory, St Pierre or Peter’s Fish, refers to fish of the genus Zeus, especially Zeus faber, of widespread distribution. It is an edible benthic coastal marine fish with a laterally compressed olive-yellow body which has a large dark spot, and long spines on the dorsal fin. The dark spot is used to flash an ‘evil ey…
These are ostensibly Cochin chickens, or forerunners of what we’d call Cochins today. They’re a breed with a *lot* of character, and are uniquely suited, temperamentally, for being “pet” chickens moreso than egg factories or walking meat supplies. Despite the name (after a part of India), they’re originally from China.
It’s the most Earth-like planet yet discovered. Kepler 452b sits in the “Goldilocks” zone around its star, not too hot and not too cold, and is about the same size (or is a little larger) and made of something like the same stuff as the planet we’re sitting around on right now. It takes 365 days to orbit around its sun, too. NASA’s calling it ou…
Can’t beat NBC’s headline for this: Insects Wear Tiny Spacesuits, for Science: Scanning electron microscopes (SEM) provide incredibly detailed images of biological specimens, but the instruments have not been able to image living organisms because of the powerful vacuum environment required. But now, a team of researchers has developed a way to image mosquitoes and other insects in an SEM, by wrapping them in a substance that keeps the organisms alive, without interfering with the imaging process. There’s a video of the nano-suits (1,000th the width of a human hair) in action.
Nikon (through Wired) presents some of the most amazing windows onto the microscopic world ever seen: Super-close-ups of garlic, snail fossils, stinging nettle, bat embryos, bone cancer and a ladybug are among the top images this year. The first place winner (above) shows the blood-brain barrier in a living zebrafish embryo, which Nikon believes is the first image ever to show the formation of this barrier in a live animal. “We used fluorescent proteins to look at brain endothelial cells and watched the blood-brain barrier develop in real-time,” the winners, Jennifer Peters and Michael Taylor of St. Jude Children’s Research Hospital, in Memphis, said in a press release. “We took a 3-dimensional snapshot under a confocal microscope. Then, we stacked the images and compressed them into one – pseudo coloring them in rainbow to illustrate depth.” You gotta see these pictures. [via So Much Science]
Click to embiggen Is it cute? It’s a tardigrade, also known as a water bear. That’s a cute name. And they’re tiny, too, which is part of cuteness, usually. Less than a millimeter long. But they’re also durable. You can zap them with gamma rays like the Hulk or send them through space like Superman, but they just stay the same. Alive. Small. Kinda wet. Cute. I found this image on The Daily, but it seems to have come from Eye Of Science’s new scanning electron microscope. The tardigrade probably came from a nearby pond. Photo: Eye Of Science/SPL/Solent [via So Much Science]
Dark field microscopy is the art of using indirect light to illuminate specimens under your microscope lens; because the light is indirect, it doesn’t shine into the microscope, and the specimen appears to be floating brilliantly against a night-black background. Image via Wikimedia Commons, on which Uwe Kils has quite a few wondrous images. I decided to look up dark field microscopy after seeing this photograph of fruit fly sperm that looks like a study from Vincent Van Gogh’s Starry Night. The technique seems to be the same, on a small scale, as the way the moon is lit by the sun.
Click to embiggen A bouquet of flowers, and one of the deadliest poisons known to humankind. From the image’s Wikimedia Commons page: Pollen from a variety of common plants: sunflower (Helianthus annuus), morning glory (Ipomoea purpurea), hollyhock (Sildalcea malviflora), lily (Lilium auratum), primrose (Oenothera fruticosa) and castor bean (Ricinus communis). Hollyhocks and morning glories are lovely; castor beans are where we get the emetic/biodiesel/laxative/skin conditioner castor oil… and ricin.
From the mustachioed microscope-gazer who gave us the method (for staining specimens), the receptor (inside our tendons) and the bodies (inside our cells) comes a hypnotic look inside a dog’s nose. As cited on Scientific Illustration (where I found this): “This 1875 drawing of a dog’s olfactory bulb by Camillo Golgi is but one of the many astonishing architectures that were revealed by a staining method that bears his name. Its application to the study of nervous tissue marks the beginning of modern neuroscience.” — Carl Schoonover, Portraits of the Mind: Visualizing the Brain from Antiquity to the 21st Century
This is the infectious microbe (alive? not alive? who knows?) that causes Western equine encephalitis. It’s a deadly virus. I can remember when they said taking pictures of viruses was impossible. Well, they were wrong. This picture comes from the super-cool electron microscope at the W.M. Keck Center for Virus Imaging in Texas. I mean that literally – the microscope does what it does because it’s looking at specimens flash-frozen in water. It’s very, very cold. The facility is finally back online after some recent unpleasantness: The flooding of the laboratory so soon after its opening was a major blow to medical branch researchers, who spent five years working to establish it. “We opened about a year before Ike and we started generating structures,” said medical branch associate professor Stanley Watowich. “Then we got Iked.”
New Scientist has microscopic video of what malaria looks like bursting into a blood cell: Jake Baum at the Walter and Eliza Hall Institute of Medical Research in Melbourne, Australia, and colleagues used transmission electron microscopy and 3D immuno-fluorescence microscopy to record a series of still images during the 30-second-long invasion, and combined them into a movie. To boost their chances of catching a Plasmodium parasite in the act of attacking a red blood cell the team controlled the process using two drugs. The first – heparin – prevents parasites entering a new red blood cell, while the second – E64 – prevents their exit. Carefully timing the treatments meant “we knew we were going to get huge number of invasion events”, says Baum. Look at it. Eerie.
This isn’t a discovery so much as a great resource (and wonderful source of visuals), but you should really look inside The Cell Image Library… and look inside your cells. Really. Up close. In living color. Amazing stuff. Like this, CIL: 3054 – Development of the axon and dendritic arbors in cultured hippocampal neurons after 7 days in vitro. or this, CIL: 7053 – NIH 3T3 cell expressing EGFP-Lifeact (a small genetically expressed probe that binds to actin and is derived from the first 17 aa of Abp140) imaged with structured illumination. There are also… videos.