... , say scientists from the U.S., U.K., Italy, and New Zealand in this month's Geology. The beads, known to geologists as carbon cenospheres, cannot be formed through the combustion of plant matter, ...
... to pursue an artistic activity that paralleled her research. The virologist began making small beaded sculptures in the shapes of viruses that she studies in her lab. Wichman's beaded viruses along ...
Some of the first farmers in the Near East probably used green beads as amulets to protect themselves and their crops, a study suggests.
Beads from hair accessories can cause skull fractures in young girls who fall while wearing them, doctors warn.
... Catalina de Guale Mission that is now part of St. Catherines Island, Georgia. The bead repository is the largest from Spanish Florida and enlightens archaeologists about past trade routes and social ...
Scientists have used antibody-coated immunomagnetic beads (IMBs) to detect the bacterium that causes bubonic plague.
A two-step approach to synthesising proline-containing beads for organocatalysis
AUGUSTA, Ga. The future of organ transplantation could include microscopic beads that create "designer" immune cells to help patients tolerate their new organ, Medical College of Georgia researchers ...
A novel method of detection of cervical cancer cells has now been developed. The method uses nonspecific adhesion of silica beads to cells.
... that glow under ultraviolet light to achieve a heightened level of sensitivity. The microscopic beads are coated with antibodies to the botulinum neurotoxin and then mixed with the liquefied sample to ...
... cell therapy using retinal pigment epithelial (RPE) cells attached to tiny gelatine bead microcarriers implanted in the brain can improve the symptoms of patients with moderate to advanced Parkinson' ...
... nanoparticles in soil, Pennell said.
The nanoparticles retained were tightly bound to the sand or beads and could only be removed by changing the pH of the water.
“That would be a good thing if you ...
... lead to loss of control, the researchers used optical tweezers to grab hold of floating microscopic beads. They then dragged the particles back and forth in the fluid as they ramped up the intensity ...
... baskets, and can generate excellent images of denser museum pieces such as ceramics, stucco and beads. The company’s digital workstation—also on site—allows the museum to have one centralized image ...
... it is likely that CENP-E moves chromosomes around,” Selvin said. “That is, we showed that it is a transporter in vitro, hauling around a little bead. Now we need to do it in vivo, on chromosomes.”
