A group of NUST MISIS's young scientists has presented a new therapeutic material based on
nanofibers made of polycaprolactone modified with a thin - film antibacterial composition and plasma components of human blood.
Nanofibers made of polymer were supersonically blown onto the chips, creating a nanotexture for increased bubble nucleation.
We obtained high - quality cardiac tissue - like constructs (CTLCs) by cultivating hiPSC - CMs on aligned
nanofibers made of biodegradable polymer.
Not exact matches
This scanning electron microscopy image shows the self - assembled
nanofibers that
make up the hydrogel.
And researchers in the United States have just come up with a new process to use sunlight to
make high - strength and light carbon
nanofibers, which are used in consumer products and building materials.
That would
make a 1 - kilogram
nanofiber suit cost a cool $ 350,000.
The team found that with the right combination of metals, voltage, and temperature, STEP's coulombic efficiency (a classic measure of chemical yield used to determine how efficiently the product is
made) hovered around 95 %, meaning that in STEP's case, 95 % of the current worked toward producing the carbon
nanofibers, and only 5 % powered other side reactions.
Hartgerink and lead author Vivek Kumar, a postdoctoral researcher at Rice, viewed clotting as a good avenue of investigation for practical application of KOD, a synthetic protein
made of 36 amino acids that self - assemble into triple - helix
nanofibers and hydrogels.
Made from keratin, the same material as human hair, these
nanofibers are packed together like bundles of uncooked spaghetti, the team reports online today in Biology Letters.
This is a new mechanism for giving feathers a blue color, the authors say; similar
nanofibers are found in the blue skin of other birds, such as Emus, but those fibers are
made of collagen.
The
nanofibers» structural resemblance to proteins like collagen and elastin found in connective tissue
make silk an ideal scaffolding material for vascular grafts and bone / cartilage engineering.
They chemically modified the
nanofibers to
make them stick to uranium, and dropped them in uranium - spiked water.
But a better way might be to fish it out with
nanofibers of chitin — the stuff shrimp and lobster shells are
made of.
The development of
nanofiber electrodes could lead to the efficacy of cleaning wastewater and could
make it inexpensive, too.
3 - D - printed device builds better
nanofibers: Printed nozzle system could
make uniform, versatile fibers at much lower cost.
The character design is rather varied as characters are referred to as assets as your character is sitting in an immersion chair in full control over an asset with different assets effectively having their own loadouts including a specific weapon to begin with, unique abilities and enhancements such as Collene Deckard classed as an Assassin with a 20 % increase in critical shots to enemies and a 10 % increase in speed who also has a
Nanofiber Shadow Skin which
makes the assassin practically invisible when in shadow as well as being equipped with a burst rifle and a laser pulse.