How salt can taste sweet: The myriad mechanisms of taste perception
Humans perceive five basic taste sensations: sweet, umami, bitter, salty, and sour. Specific foods trigger taste recognition of these sensations through the activation of different receptors in our taste buds. In the case of table salt, the concentra.....»»
How a protein keeps gene clusters quiet in the cell nucleolus
In a discovery that sheds light on the complex mechanisms of gene regulation, scientists at EPFL have uncovered a critical role for the protein ZNF274 in keeping certain gene clusters turned off by anchoring them to the cell nucleolus. The study is p.....»»
Dynasty Warriors: Origins makes bold changes, and they’re already paying off
We just got our first taste of Dynasty Warriors: Origins, which feels just as thrilling as the franchise ever has, even with a few new changes......»»
Future climate change predicted to shift flood-generating mechanisms and intensify extreme flooding events
The Delaware River Basin, a coastal watershed in the Mid-Atlantic region, has a long history of severe flooding with significant socioeconomic impacts. Recent research uses a process-based modeling approach to analyze hydrometeorological (like rainfa.....»»
Salt Security provides improved API protection with Google Cloud
Salt Security announced its integration with Google Cloud‘s Apigee API Management platform. With this technical collaboration, customers can discover all of their APIs, including shadow and deprecated APIs, apply posture rules, uncover areas of.....»»
Rising waters, waning forests: Scientists are using tree rings to study how rising sea levels affect coastal forests
Sunlight filters through the canopy of pines, holly, sweet gum, and red maple while bird calls echo in the distance. These coastal forests may seem like others in the Mid-Atlantic, but a hidden challenge looms. Standing tall next to their salt marsh.....»»
Quantum sensing approach captures nanoscale electrochemical evolution in battery
Battery performance is heavily influenced by the non-uniformity and failure of individual electrode particles. Understanding the reaction mechanisms and failure modes at nanoscale level is key to advancing battery technologies and extending their lif.....»»
Sheriff"s deputies find second swimmer who didn"t resurface after going underwater at Salt River
Sheriff"s deputies find second swimmer who didn"t resurface after going underwater at Salt River.....»»
Inside the Salt Lake City Temple — a look at the ongoing interior renovations
Inside the Salt Lake City Temple — a look at the ongoing interior renovations.....»»
‘Real Housewives of Salt Lake City’ star sues executives of her church’s business firm
‘Real Housewives of Salt Lake City’ star sues executives of her church’s business firm.....»»
AI tools help uncover enzyme mechanisms for lasso peptides
Lasso peptides are natural products made by bacteria. Their unusual lasso shape endows them with remarkable stability, protecting them from extreme conditions. In a new study, published in Nature Chemical Biology, researchers have constructed and tes.....»»
Nintendo Switch 2 specs and design reportedly leak thanks to prototype
A leak might have just given us our first look at the Nintendo Switch 2, as well as a taste of its souped-up specs......»»
An unexpected protein connection in maize growth and defense could enhance crop resilience
Maize (corn) is one of the most important staple crops in the world and has been extensively studied. Yet, many aspects of the genetic mechanisms regulating its growth and development remain unexplored......»»
The roles played by Indigenous Peoples in biodiversity conservation
Indigenous Peoples play an indisputable and critical role in the conservation of the planet's biodiversity. Their lands and livelihoods sustain life in myriad forms. However, a study by researchers at the ICTA-UAB published in Nature concludes that t.....»»
Human "molecular map" contributes to the understanding of disease mechanisms
Scientists at Weill Cornell Medicine in Qatar (WCM-Q) have created an intricate molecular map of the human body and its complex physiological processes based on the analysis of thousands of molecules in blood, urine and saliva samples from 391 volunt.....»»
Researchers reveal the mechanisms behind cobalt X-ide electrocatalysts
The unsung heroes of electrochemical reactions—electrocatalysts—can assist in optimizing factors such as the reaction's speed, yield, and energy consumption. As such, these electrocatalysts are crucial for optimizing large-scale production in the.....»»
Carbohydrate polymers could be a sweet solution for water purification
Water polluted with heavy metals can pose a threat when consumed by humans and aquatic life. Sugar-derived polymers from plants remove these metals but often require other substances to adjust their stability or solubility in water......»»
Unlocking plant defense: Bacterial hijacking exposed
Bacterial wilt caused by Ralstonia solanacearum poses a severe threat to agriculture worldwide, affecting numerous crops. The pathogen's arsenal of type III effectors (T3Es) enables it to manipulate host defense mechanisms, aiding infection. One majo.....»»
Could alternative meat meet a growing demand?
Inside a UC Davis engineering lab, tiny round pellets swirl in a brown liquid inside a 5-liter glass tank. The tank, a bioreactor, is brewing edible fungi high in protein and designed to look and taste like meat......»»
From challenge to champion: How Black and Asian women overcome barriers to career success
Black and Asian women are severely underrepresented in senior leadership positions in the UK. The obstacles they face, for example being overlooked or underestimated, often result in a perception that career success is beyond their reach. It's no sur.....»»
Scientists learn how to drug wily class of disease-causing enzymes
UCSF scientists have discovered how to target a class of molecular switches called GTPases that are involved in a myriad of diseases from Parkinson's to cancer and have long been thought to be "undruggable.".....»»