Breaking News
Is Too Late to Establish a Department of Peace?
Making Corporatism Great Again
Could Trump End Up Triggering The Globalist "Great Reset"?
SUDDEN DROP II : The Great Arizona Haboob of 2025
Top Tech News
Neuroscientists just found a hidden protein switch in your brain that reverses aging and memory loss
NVIDIA just announced the T5000 robot brain microprocessor that can power TERMINATORS
Two-story family home was 3D-printed in just 18 hours
This Hypersonic Space Plane Will Fly From London to N.Y.C. in an Hour
Magnetic Fields Reshape the Movement of Sound Waves in a Stunning Discovery
There are studies that have shown that there is a peptide that can completely regenerate nerves
HERE COMES THE MOTHERSHIP
Swedish startup unveils Starlink alternative - that Musk can't switch off
Video Games At 30,000 Feet? Starlink's Airline Rollout Is Making It Reality
Grok 4 Vending Machine Win, Stealth Grok 4 coding Leading to Possible AGI with Grok 5
New Superhydrophobic/Superhydrophilic bandage material reduces blood loss by 60%
They built a micro-nano structured layer in a surface of traditional gauze fiber with medical long-chain paraffin using nanotechnology, turning the conventional gauze blood-phobic from blood-philic. The gauze is thus freed from blood infiltration after processing with this technology.
They further superimposed the gauze over conventional gauze, using the lower gauze to promote blood coagulation and the upper layer to produce negative pressure to prevent blood soaking and infiltration to achieve effective hemostasis and lower blood loss.
Animal experiments show the survival time of rats bleeding from the carotid artery extended by about 40 percent by the new hemostatic gauze, which is expected to allow more time for victim rescue.
Hemostatic fabrics are most commonly used in baseline emergency treatment; however, the unnecessary blood loss due to the excessive blood absorption by traditional superhydrophilic fabrics is overlooked.