Algal antifreeze makes inroads into ice
Researchers found that algal secretions can increase ice salinity and create channels in ice, allowing algae to live and grow. This adaptation may help sea-ice algae thrive in a warmer climate.
Articles tagged with Mucus
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Researchers found that algal secretions can increase ice salinity and create channels in ice, allowing algae to live and grow. This adaptation may help sea-ice algae thrive in a warmer climate.
Researchers found that cigarette smoke suppresses protein Bik, leading to sustained mucus cell growth and airway obstruction. The study's findings suggest a potential therapeutic target for reducing excess mucus secretion in chronic bronchitis patients.
Discus fish exhibit unusual parental care by secreting a nutrient-rich mucus that their young feed on. After three weeks, the parents stop providing food and let the fry fend for themselves.
Researchers find salps capture food particles as small as bacteria and phytoplankton, making them hardier and more plentiful than thought. This allows them to play a crucial role in carbon cycling by consuming the entire 'microbial loop' and sinking large amounts of carbon to the ocean bottom.
Researchers at Johns Hopkins University have created biodegradable nanosized particles that can deliver sustained-release medication to patients with diseases like cystic fibrosis and cancer. The nanoparticles degrade over time into harmless components, overcoming a major barrier to aerosolized drug delivery.
Researchers have identified a genetic switch that causes excessive mucus in the lungs, shedding light on a medical mystery. The study found that a transcription factor called SPDEF regulates a chain of genes involved in mucus production, and blocking its influence may be a potential pathway for new treatments.
Researchers have found that T cells from individuals with X-linked lymphoproliferative disease (XLP) are resistant to cell death triggered by repeated stimulation of a cell surface protein complex, leading to uncontrolled expansion upon infection. Additionally, a molecular regulatory network controlled by the protein SPDEF governs alle...
Research reveals that SPDEF regulates mucus hyperproduction in common lung diseases through goblet cell differentiation. The study found that this network is active in patients with chronic lung diseases, suggesting new therapeutic targets.
Researchers found that Six1 protein is central to tumor development in breast cancer, linked to EMT, stem/progenitor cells, and poor prognosis. Overexpression of Six1 also enhanced ability to metastasize, indicating its role as a key player in aggressive breast cancer.
Research suggests that breaking down lung mucus with cystic fibrosis medicines can reduce the severity of bacterial infections. The study's findings have important implications for managing long-term infections in patients with cystic fibrosis.
The Burkholderia cepacia complex's ability to produce exopolysaccharide slime complicates cystic fibrosis treatment, as it can form biofilms that protect bacteria against antibiotics and natural defenses. This superbug's potential for causing serious infections may have been underestimated due to its lab-grown behavior.
Scientists have discovered a way to shrink the holes in the mucus layer's netting, allowing it to keep out smaller particles. The technique uses a detergent commonly found in personal care products and has potential applications for protecting against airborne pathogens and nanoparticles.
Researchers discovered a way to restore function of CF airway cells by manipulating cellular quality control machinery. This technique could significantly reduce sticky mucus that clogs lungs and leads to life-threatening infections.
Researchers have engineered the first drug-delivery particles capable of passing through human mucus, which could treat a range of diseases. The new system uses a polymer coating to allow drugs to penetrate mucus layers in minutes.
A randomized controlled trial found carbocisteine significantly reduced yearly exacerbation rates in Chinese patients with COPD by 25% compared to placebo. This mucolytic drug may be a worthwhile treatment for prevention of exacerbations, particularly in developing countries.
The American Thoracic Society has released new clinical standards for treating cystic fibrosis, focusing on aerosolized antibiotics and DNase for patients with moderate to severe lung disease. The guidelines aim to improve lung function, reduce exacerbations, and increase life expectancy.
Cystic fibrosis patients may benefit from a new therapeutic strategy that targets deadly bacterial infections by manipulating the binding of antimicrobials in mucus. By reducing the charge on lysozyme, researchers found it could float independently in the mucus and kill bacteria effectively.
Using an artificial snot coating mimics natural nose mucus to improve odour discrimination, allowing electronic noses to detect a wider range of smells. The device is compact, affordable, and faster than conventional methods.
Researchers have discovered the biochemical basis of congenital loss of smell, enabling new treatments. Patients' nasal mucus was found to lack growth factors essential for olfactory receptor cell function, leading to premature cell death. Treatment with PDE inhibitors restored smell in some patients.
A study by UNC researchers found that normal breathing's rhythmic motion regulates mucus clearance, promoting lung health in CF patients. This rhythm also re-hydrates airways, accelerating mucus removal.
Researchers discovered that male wasp spiders use a 'chastity belt' mechanism to block their female partner's sexual orifice during copulation, preventing offspring from other males. The detached genital tip plugs the orifice securely, impeding further copulation.
Researchers at Johns Hopkins University have developed a way to coat nanoparticles with a chemical that helps them slip through the body's protective mucus barrier. This breakthrough could lead to more effective treatments for diseases like cancer and infections, delivered directly to affected areas without unwanted side effects.
Researchers found that adults infected with rhinovirus, the cause of half of all colds, can contaminate hotel room objects, leaving an infectious gift for others. The study, conducted in hotel rooms, shows that viruses can survive on surfaces for at least a day.
A high-fiber diet helps keep the gut healthy by increasing mucus production in gut cells. The new research reveals that roughage damages cell membranes, triggering a natural repair response that exudes lubricating mucus, easing digestion and reducing discomfort.
Researchers at UCSD found that selectively inactivating the IKK beta gene in airway membrane-lining cells significantly reduces inflammation, mucus production, and scarring. This discovery suggests a potential targeted treatment for asthma sufferers.
K-State researchers are working on a new drug to treat cystic fibrosis by designing chloride-selective pores that can help ions travel across cell membranes. Their goal is to create a medication that works efficiently and effectively at low doses, improving the lives of those affected by the disease.
Researchers discover that toxic proteins are released into nasal and sinus mucus, not the diseased airway tissue, leading to a radical change in treatment for chronic sinus infections. This finding has far-reaching implications for treatment targeting inflammation and bacterial infection.
Researchers discovered two compounds that block red tide toxin effects on respiratory systems, showing promise in treating cystic fibrosis. The compounds improved mucus clearance and may work at concentrations without side effects.
A team of researchers has discovered that people with cystic fibrosis (CF) actually have very little mucus in their airways, contradicting long-held assumptions. The study suggests that the substance clogging CF patients' lungs is pus and that mucus may protect the airway from infection.
Researchers at UCSF discovered a molecular trigger that initiates uncontrolled mucus production, affecting millions worldwide. They suggest targeting this messenger to develop strategies to control mucus production and prevent airway blockage.