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Peter Lassally, Legendary Late Night Producer for Johnny Carson, David Letterman and Craig Ferguson, Dies at 93

Peter Lassally, Legendary Late Night Producer for Johnny Carson, David Letterman and Craig Ferguson, Dies at 93

Peter Lassally, the dean of late night producers who worked with Johnny Carson on the “Tonight Show,” David Letterman on “Late Show” and Craig Ferguson on “The Late Late Show,” has died. He was 93. Lassally was long dubbed the “host whisperer” for helping steer some of the biggest franchises of all time in late […]
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Kevin Keegan's Legacy: A Charismatic Football Icon Passes Away at 75

Kevin Keegan's Legacy: A Charismatic Football Icon Passes Away at 75

Kevin Keegan's Legacy: A Charismatic Football Icon Passes Away at 75
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Researchers Map Influenza A Virus's Rewiring of Human Host Cells, Revealing New Drug Targets

Researchers Map Influenza A Virus's Rewiring of Human Host Cells, Revealing New Drug Targets

Researchers at EMBL Hamburg, in collaboration with the Leibniz Research Institute for Molecular Pharmacology, have achieved a breakthrough in understanding how the influenza A virus manipulates human host cells. Using a specialized version of cross-linking mass spectrometry (XL-MS), the team mapped protein interactions within intact infected cells, providing unprecedented detail on how the virus hijacks cellular machinery. This study, published in Nature Microbiology, highlights two key mechanisms: the movement of haemagglutinin through the cell's transport system and the dissolution of paraspeckles, which releases RNA-binding proteins for viral replication. This research offers a new perspective on virus-host interactions, potentially guiding the development of more effective flu therapies.
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Aqemia and Sanofi Expand Collaboration with New Drug Discovery Target

Aqemia and Sanofi Expand Collaboration with New Drug Discovery Target

Aqemia and Sanofi Expand Collaboration with New Drug Discovery Target
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Penn State Researchers Identify Neuronal Structure Linked to Alzheimer's Progression

Penn State Researchers Identify Neuronal Structure Linked to Alzheimer's Progression

Researchers at Pennsylvania State University have discovered a microscopic structure within brain cells that plays a crucial role in regulating what these cells absorb from their surroundings. This structure, known as the membrane-associated periodic skeleton (MPS), is built from repeating rings of proteins and was previously recognized for helping neurons maintain their shape. The new study, published in Science Advances, reveals that the MPS actively controls the process of endocytosis, which is essential for learning, memory, and cell maintenance. The research indicates that when the MPS is damaged, neurons absorb substances more rapidly, potentially leading to the accumulation of harmful molecules associated with Alzheimer's disease. The study highlights the potential of stabilizing the MPS as a strategy to slow neurodegeneration.
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Martin Picard Explores Mitochondrial Influence on Mental Health

Martin Picard Explores Mitochondrial Influence on Mental Health

Martin Picard, a biologist at Columbia University, is pioneering research into the role of mitochondria in mental health. His work suggests that mitochondria, known as the powerhouses of cells, are crucial in regulating mood, stress, and consciousness. Picard's research involves studying the energy flow in cells and its impact on health and disease. His 'energetic view of life' posits that mitochondria are central to understanding the biological basis of mental states and consciousness.
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Kevin Keegan, England soccer star who transcended the game with celebrity status, dies at 75

Kevin Keegan, England soccer star who transcended the game with celebrity status, dies at 75

Kevin Keegan, the two-time Ballon d’Or-winning soccer star who captained and coached England and won the European Cup with Liverpool, has died
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New Method Developed for Drug Discovery Using DNA-Encoded Libraries

New Method Developed for Drug Discovery Using DNA-Encoded Libraries

New Method Developed for Drug Discovery Using DNA-Encoded Libraries
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Aer Lingus Reduces U.S. Routes and Jobs Amid Transatlantic Competition

Aer Lingus Reduces U.S. Routes and Jobs Amid Transatlantic Competition

Aer Lingus Reduces U.S. Routes and Jobs Amid Transatlantic Competition
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Scientists Warn of Extinction Risk for Flowering Plants, Urging Conservation Efforts

Scientists Warn of Extinction Risk for Flowering Plants, Urging Conservation Efforts

A recent study published in Science highlights the alarming risk of extinction facing flowering plants due to human pressures. The research, conducted by an international team of biologists, uses the EDGE (Evolutionarily Distinct and Globally Endangered) approach to assess the extinction stakes for angiosperms, or flowering plants. This method combines a species' evolutionary distinctiveness with its risk of extinction to prioritize conservation efforts. The study reveals that 21.2% of the evolutionary history of flowering plants is at risk, with 9,945 species identified as both evolutionarily unique and globally endangered. Notable species at risk include the vanilla orchid and the corpse flower. The research underscores the importance of these plants as essential components of Earth's ecosystems, providing air and food, and highlights the potential loss of unique species that could lead to breakthroughs in medicine.
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Mystery winner buys T-rex nicknamed 'Gus' for a record $50 million at auction

Mystery winner buys T-rex nicknamed 'Gus' for a record $50 million at auction

A Tyrannosaurus rex fossil billed as one of the world’s largest and most complete specimens has sold for a record $50.1 million at an auction
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Global Hum Phenomenon May Be Explained by Low-Frequency Tinnitus

Global Hum Phenomenon May Be Explained by Low-Frequency Tinnitus

The mysterious global hum, a low-frequency noise heard by an estimated 2-4% of people worldwide, may finally have an explanation. Researchers have long been puzzled by this phenomenon, which is often reported indoors and at night. The hum was first widely reported in Bristol, England, in the 1970s and has since been documented in various countries, including the United States. Recent studies suggest that the hum may be a form of low-frequency tinnitus, where individuals perceive a sound originating within their auditory system rather than from an external source. This hypothesis is supported by research conducted by Markus Drexl and his team, who found that most participants did not have exceptional low-frequency hearing, indicating that the hum might be a type of tinnitus.