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Life Technology™ Medical News

American Woman's Record-Breaking Pig Kidney Implant

Clinical Trial: Certolizumab Reduces Pregnancy Risks in APS

Study Reveals Isolated Canadian Women Eat Fewer Fruits

Women Injured Traumatically Less Likely to Get Timely Whole Blood Transfusions

Ai Tool Creates Medically Accurate Models of Fibrotic Heart Tissue

Study Reveals 12.0% CMC Diagnoses in Military Kids

Opioid System's Role in Social Behavior

Autistic Women's Motherhood Needs Uncovered

CDC Recommends Extra Measles Protection for Travelers

Managing Asthma in 5 Million U.S. Children

New Candidate Genes Unveiled for Deafness: Impact on Infant Health

Moffitt Cancer Center Study: Boosting TIL Therapy with B Cells

Study Reveals Gender Differences in Carotid Artery Narrowing

Virtual Reality Haptic Simulators Boost Dental Training

Survey: 45% of US Adults Stressed Weekly by News & Social Media

Protein Agrin Linked to Lung Cancer Treatment Resistance

Review Needed for Psychotropic Medicines in Aged Care

Generational Cycle of Childhood Maltreatment

Neurons' Diverse Migration Strategies in Brain Development

Parkinson's Disease and Lewy Body Dementia: Neurodegenerative Disorders

Unraveling Parkinson's Disease Mystery: Genetic Factors Explored

Abortion Rates Stable in Ontario, Canada: Study

First Participant Dosed in Clinical Trial for Alzheimer's Treatment

Covid-19 Treatments: Low Side Effects Revealed

Researcher Pooja Singh Explores Biodegradable Sanitary Pad Materials

Roswell Park Study: High Success in RAMIE Surgeries

AI Chatbot Boosts HPV Vaccine Uptake

New Drug Approved to Slow Spread of Incurable Breast Cancer

Covid-19 Eviction Bans Boost Children: Study

Debates Heat Up Over Lab-Grown Meat

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Life Technology™ Science News

Harvard Scientists Develop Unique Optical Vortex Beam

New Nanoparticle Technology for High Color Purity RGB Light

High School Student Discovers 1.5 Million Space Objects

International Trade, Tariffs, and Domestic Manufacturing: Insights from Bradley Setzler

Polarized Debate on Transgender Language in Sweden

Rising Popularity of Friendly Otters: Social Media Stardom

Researchers from ULiège Propose Sustainable Quantum Dot Production

Schools of Torpedo-Shaped Fishes Glide Along Coral Reef Edge

Deciphering the Evolution of Lauraceae Plants

Importance of Language Proficiency Assessment in Global Context

Exploring Diversity of Unicellular Organisms in Añana Salt Valley

Uncovering Plant Cell Transformation in Abscission Process

O'ahu's Coastline Erosion Risk: New Research Findings

Marine Carbon Removal Options: Choosing the Best Strategy

CiRA Researchers Discover Key Role of Eif3d in Pluripotency

Researchers Discover Rules for DNA Folding During Mitosis

Breakthrough: Mechanical Waves Confined in Single Resonator

Study by University of Nottingham Archaeologist Unveils Medieval Nottingham Insights

Climate Warming Raises Flood Risks in High Mountain Asia

Devastating Storm Tides: Tropical Cyclones Impact Coastal Regions

Northwestern-Led Team Observes Atomic-Level Catalysis

Novel Study Expands Understanding of Species Interactions

Potential Weapon Against Superbugs Found in Polluted Streams

Study Reveals X-Ray Superwinds in Haro 11 Galaxy

Breakthrough in Solar Thermal Energy Conversion

Earth's Mysterious Nitrogen Disappearance: A Geological Puzzle

Oldest Gorilla in Captivity Prepares for 68th Birthday

Engineered Bacteria Detect Molecules Efficiently

Study Reveals Physical Benefits of Wide and Narrow Hips

Zoologist Ellis Le Geyt Troughton Mourns Australia's Creatures

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Life Technology™ Technology News

Flexible Battery Breakthrough: Shape-Shifting Power Innovation

Revolutionary Spatial Computing: Bridging Real and Digital Worlds

EU Researchers Develop Smarter Sustainable Cooling System

Augmented Reality System for Precise Timber Cuts

Japanese Scientists Develop Ultra-Thin Heat Pipe for Electronics

Advancements in Lithium-Ion Battery Technology

Perovskite Solar Cell Shows High Heat Resilience

Impact of Advanced Social Robots on Household Interactions

Rise of Intimate AI Relationships Sparks Concern

Indian Tree Gum Holds Potential for Eco-Friendly Supercapacitors

San Diego County Supervisors Address AI Policy

World's First 3D-Printed Train Station Unveiled in Japan

Apple's Latest Smartphone Lifts Spirits in Jakarta

Tesla Opens First Showrooms in Oil-Rich Saudi Arabia

UK Government Urged to Expand Support for Low-Carbon Technologies

Role of Solar and Wind Power in 24/7 Electricity Storage

Google Accused of Tracking Students for Profit

Data Breach at Morocco's Social Security Agency

Research Shows Slow Progress in Holding Tech Companies Accountable

Challenges of Connecting Sea Structures to Power Grid

Digital Twins in Healthcare: Risks of Adversarial Attacks

Institute of Visual Computing Removes Objects in Live 3D Recordings

Balancing Data Privacy and Model Accuracy

TikTok's International Revenue Surges Amid US Ban Deadline

Openai Counters Elon Musk: AI Giant's Legal Action

Trump Administration Expects Apple to Make iPhones in US

Chinese Researchers Unveil Deep-Sea Tool for Cutting Cables

AI Revolution: From ChatGPT to Medical Diagnosis

World's First Tech Prevents Temperature Rise in Hydrogen Charging

Advancing AI Development with Efficient Infrastructure

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Thursday, 6 February 2020

Global panic deepens over China virus

China's coronavirus crisis worsened Thursday as the death toll soared to 563 and the plight of thousands trapped on quarantined cruise ships deepened global panic over the epidemic.

Chinese doctor who sounded the alarm about the virus dies

A Chinese doctor who got in trouble with authorities in the communist country for sounding an early warning about the coronavirus outbreak died after coming down with the illness Friday, a hospital reported.

How iron carbenes store energy from sunlight—and why they aren't better at it

Photosensitizers are molecules that absorb sunlight and pass that energy along to generate electricity or drive chemical reactions. They're generally based on rare, expensive metals; so the discovery that iron carbenes, with plain old iron at their cores, can do this, too, triggered a wave of research over the past few years. But while ever more efficient iron carbenes are being discovered, scientists need to understand exactly how these molecules work at an atomic level in order to engineer them for top performance.

Smartphone lab delivers test results in 'spit' second

Engineers with the University of Cincinnati have created a tiny portable lab that plugs into your phone, connecting it automatically to a doctor's office through a custom app UC developed.

Apps could take up less space on your phone, thanks to new 'streaming' software

If you resort to deleting apps when your phone's storage space is full, researchers have a solution.

Beyond Goodfellas and The Godfather: the Cosa Nostra families' rise and fall

Italian American organized crime may conjure images of classic gangster flicks, but as James B. Jacobs explores in the Crime and Justice article "The Rise and Fall of Organized Crime in the United States," its history is unexpectedly nuanced and mutable. The Cosa Nostra families—popularly known as the Mafia—operated, at the height of their power, in at least twenty-four American cities, with five in New York City alone. Although no national body governed the families, they operated similarly to one another and were major urban power brokers.

Tinder a good example of how people use technology for more than we think

Tinder's meteoric rise in popularity has cemented its position as the go-to dating app for millions of young and not-so-young users. Although it is widely known as a platform to facilitate hookups and casual dating, some of the app's estimated 50 million+ worldwide users are employing it for something altogether different.

What is your risk from smoking? Your network knows!

How many people will die from tobacco use in developed countries in 2030?

Majority of US adults believe climate change is most important issue today

As the effects of climate change become more evident, more than half of U.S. adults (56%) say climate change is the most important issue facing society today, yet 4 in 10 have not made any changes in their behavior to reduce their contribution to climate change, according to a new poll by the American Psychological Association.

Chemical found in drinking water linked to tooth decay in children

Children with higher concentrations of a certain chemical in their blood are more likely to get cavities, according to a new study by West Virginia University School of Dentistry researchers.

Half of lupus rashes harbor high levels of bacteria responsible for infections

A new study finds that one side effect of lupus could also make patients with the autoimmune condition more vulnerable to a skin infection, or spreading the infection to others.

NASA satellite finds wind shear adversely affecting tropical storm Francisco

Forecasters use a variety of satellite imagery to understand what is happening in a storm, and sometimes just a visible picture can tell a lot. NASA-NOAA's Suomi NPP satellite provided forecasters with a visible image of the Tropical Storm Francisco in the Southern Indian Ocean that showed wind shear was pushing clouds away from the storm's center.

NASA sees tropical storm Damien form off Australia's Pilbara coast

The low-pressure area that formed off Australia's Kimberley coast and lingered there for a couple of days has moved west and developed into Tropical Cyclone Damien off the Pilbara coastline. NASA's Terra satellite passed over the Southern Indian Ocean and provided forecasters with a visible image of the new tropical storm.  The Pilbara Coast is also known as the northwest coast of Western Australia.

Artificial evolution of an industry

A research team from the University of Delaware and the Indian Institute of Management took a deeper look into the newly emerging domain of "forward-looking" business strategies and found that firms have far more ability to actively influence the future of their markets than once thought.

Physicists find evidence of previously unseen transition in ferroelectrics

In a recent study, University of Arkansas physics researchers found evidence of an inverse transition in ferroelectric ultrathin films, which could lead to advances in development of data storage, microelectronics and sensors.

How runaway healthcare costs are a threat to older adults and what to do about it

Empowering Medicare to directly negotiate drug prices, accelerating the adoption of value-based care, using philanthropy as a catalyst for reform and expanding senior-specific models of care are among recommendations for reducing healthcare costs published in a new special report and supplement to the Winter 2019-20 edition of Generations, the journal of the American Society of Aging (ASA).

How farmers' opinions determine success of plant-disease control strategies

To successfully combat a crop-threatening disease, it may be more important to educate growers about the effectiveness of control strategies than to emphasize the risk posed by the disease, according to new research by Alice Milne of Rothamsted Research in Harpenden, U.K., and colleagues. These findings appear in PLOS Computational Biology.

Stopping onchocerciasis on two sides of a border

Pathogens don't pay attention to international borders, with transmission and endemic areas often stretching between countries. In the new work, Moses Katabarwa of the Carter Center, USA, and colleagues report in PLOS Neglected Tropical Diseases the first known and successful coordinated cross-border mass drug administration (MDA) effort with ivermectin to stop onchocerciasis.

Collaboration lets researchers 'read' proteins for new properties

Clumps of proteins inside cells are a common thread in many neurodegenerative diseases, including amyotrophic lateral sclerosis (ALS) or Lou Gehrig's disease. These clumps, or solid aggregates of proteins, appear to be the result of an abnormality in the process known as liquid-liquid phase separation (LLPS), in which individual proteins come together to form a liquid-like droplet.

Key molecular machine in cells pictured in detail for the first time

Scientists from the UNC School of Medicine, Columbia University, and Rockefeller University have revealed the inner workings of one of the most fundamental and important molecular machines in cells.

Scientists discover how rogue communications between cells lead to leukemia

New research has deciphered how rogue communications in blood stem cells can cause leukaemia.

Two enzymes control liver damage in NASH, study shows

As much as 12 percent of adults in the United States are living with nonalcoholic steatohepatitis (NASH), an aggressive condition that can lead to cirrhosis or liver cancer. After identifying a molecular pathway that allows NASH to progress into liver cell death, University of California San Diego School of Medicine researchers were able to halt further liver damage in mouse models with NASH.

Water-conducting membrane allows carbon dioxide to transform into fuel more efficiently

Methanol is a versatile and efficient chemical used as fuel in the production of countless products. Carbon dioxide (CO2), on the other hand, is a greenhouse gas that is the unwanted byproduct of many industrial processes.