by Delthia Ricks , Medical Xpress A schematic illustrating the design and interior structure of the polyurethane foam, which forms pores that allow for cell infiltration. Credit: P. Patil, et al. Scientists have engineered a synthetic biodegradable foam that can suppress inflammation, promote blood vessel growth and support the rapid healing of chronic skin wounds,...
Tag: <span>Blood Vessel</span>
Blood vessel breakthrough major step towards Alzheimer’s treatment
by University of Manchester Credit: Pixabay/CC0 Public Domain A breakthrough in our understanding of Alzheimer’s disease has revealed changes to blood vessels in the brain, potentially presenting a path for developing new drugs to help fight the disease, according to University of Manchester research published today in Proceedings of the National Academy of Sciences (PNAS). Alzheimer’s Disease is...
Unusual partners aid blood vessel growth
MEDICAL COLLEGE OF GEORGIA AT AUGUSTA UNIVERSITY IMAGE: DRS. MASUKO USHIO-FUKAI (LEFT) AND TOHRU FUKAI CREDIT: MICHAEL HOLAHAN, AUGUSTA UNIVERSITY AUGUSTA, Ga. (March 8, 2022) – Insufficient oxygen to an area like the heart or legs, called hypoxia, is a cue to our bodies to make more blood vessels, and scientists have found some unusual partners are...
Blood vessel inflammation could be switched off by new molecule
by Heriot-Watt University EPAC1 under the microscope. Credit: Heriot-Watt University Scientists are testing whether a new molecule could help switch off the inflammation that worsens cardiovascular diseases. The Heriot-Watt and University of Glasgow team is using real human blood vessel cells to test the molecule in the lab. Their focus is on finding using the molecule...
Researchers unravel how white blood cells can crawl through blood vessel walls
When a pathogen such as a bacteria invades our body, the immune system sends white blood cells to the site of the infection to clear the invader. These white blood cells first travel through our blood vessels, but at some point must pass through its wall to get into the infected tissue. How does this...
Stimulating blood vessel formation with magnets
The magnetic field can be used to stimulate blood vessel growth, according to a study published in the journal Science and Technology of Advanced Materials. The findings, by researchers at the Tecnico Lisboa and NOVA School of Science and Technology in Portugal, could lead to new treatments for cancers and help regenerate tissues that have...
How blood stem cells maintain their lifelong potential for self-renewal
GERMAN CANCER RESEARCH CENTER (DEUTSCHES KREBSFORSCHUNGSZENTRUM, DKFZ) A characteristic feature of all stem cells is their ability to self-renew. But how is this potential maintained throughout life? Scientists at the German Cancer Research Center (DKFZ) and the Heidelberg Institute for Stem Cell Technology and Experimental Medicine* (HI-STEM) have now discovered in mice that cells in...
Blood vessel cells implicated in chronic inflammation of obesity
by UT Southwestern Medical Center A UTSW study identified a type of blood vessel cell that triggers inflammation in fat tissue. Above, inflammatory immune cells (green) surround fat cells (red) in obesity and contribute to the development of metabolic disease. Credit: UT Southwestern Medical Center Dec. 30, 2020—When fat cells in the body are stuffed with...
Just one energy drink may hurt blood vessel function
Young, healthy adults experienced notably diminished blood vessel function soon after consuming one energy drink, according to preliminary research from a small study to be presented in Chicago at the American Heart Association’s Scientific Sessions 2018. Credit: CC0 Public Domain Energy drink consumption has been associated with many health problems, including conditions associated with the...
New targets found to reduce blood vessel damage in diabetes
MEDICAL COLLEGE OF GEORGIA AT AUGUSTA UNIVERSITY AUGUSTA, Ga. (July 9, 2018) – In diabetes, both the tightly woven endothelial cells that line our blood vessels and the powerhouses that drive those cells start to come apart as early steps in the destruction of our vasculature. IMAGE: THIS IS DR. MASUKO USHIO-FUKAI. Now scientists have evidence...
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