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Teenager Leaps Into Tide Pool To Save 9 Fluffy Babies From Being Swept Out To Sea

Teenager Leaps Into Tide Pool To Save 9 Fluffy Babies From Being Swept Out To Sea

Recently, while enjoying a bright day on a popular beach in South Africa, visitors noticed something strange.

Eastern Oregon University Graduate Gains International Bird-Banding Experience in Ecuador

Eastern Oregon University Graduate Gains International Bird-Banding Experience in Ecuador

Hailey Rogan, a 2026 graduate of Eastern Oregon University (EOU) with a degree in Environmental and Ecological Biology, gained significant hands-on experience in bird banding through an expedition to Ecuador. Rogan's interest in ornithology developed after taking a class with EOU Professor Laura Mahrt. This led to research and fieldwork opportunities, culminating in a two-week bird-banding expedition at Reserva Las Tangadas, a private reserve near Mindo, Ecuador. Before the trip, Rogan regularly traveled from Boise to La Grande to work with Professor Mahrt at EOU’s bird-banding station, acquiring skills that proved valuable during the international expedition. Her prior experience meant she was proficient in bird banding upon arrival in Ecuador, unlike many other participants who required training.

Why Do Psychologists Disagree About How Human Memory Works?

Why Do Psychologists Disagree About How Human Memory Works?

The field of cognitive psychology has long grappled with understanding how memory functions. Two prominent perspectives, the multicomponent model o...

Protein Language Models Advance Antibody Design and Therapeutic Development

Protein Language Models Advance Antibody Design and Therapeutic Development

Recent advancements in protein language models, particularly those trained on antibody sequences, are revolutionizing the design and refinement of therapeutic antibodies. Researchers are leveraging artificial intelligence to predict antibody structures, generate new antibody candidates, and optimize existing ones with unprecedented efficiency. For instance, DeepAb and IgFold models can predict antibody structures rapidly and accurately, even for complex variable loops. Specialized language models like AbLang, trained specifically on antibody sequences, have proven more effective at restoring missing residues in antibody sequences than general protein language models. Furthermore, generative models like IgLM can create synthetic antibody libraries and redesign specific regions of antibodies, while general protein language models can guide the evolution of human antibodies, improving binding affinities significantly with minimal experimental screening.

Cincinnati Enquirer

These giant, creepy bugs are actually a good thing for Ohio. Here's why

These giant, creepy bugs are actually a good thing for Ohio. Here's why

Hellgrammites are real and look scary, but experts say they're one of the best signs of healthy waterways in Ohio and beyond.

How Your Brain Decides What Deserves Your Attention

How Your Brain Decides What Deserves Your Attention

Executive functions are a set of cognitive processes that play a crucial role in regulating our thoughts and actions, ultimately helping us achieve...

Researchers Develop Part-Human, Part-Mouse Brains for Disease Study, Raising Ethical Questions

Researchers Develop Part-Human, Part-Mouse Brains for Disease Study, Raising Ethical Questions

Recent advancements in neuroscience have led to the creation of part-human, part-mouse brains. Researchers have genetically engineered mice to lack their own cerebral cortex and subsequently implanted human brain cells into these mice. This innovative approach aims to provide a more accurate model for studying human-specific psychiatric and neurodevelopmental diseases, which are difficult to research using traditional animal models or lab-grown organoids alone. The human cells are integrated into the mouse brain, forming connections and developing in a more natural environment than a petri dish. This method allows scientists to observe how human neurons function and interact within a living system, offering new insights into complex brain conditions.

Remote Microscopy Transforms Scientific Collaboration and Research Training at U.S. Institutions

Remote Microscopy Transforms Scientific Collaboration and Research Training at U.S. Institutions

Remote microscopy is significantly transforming scientific collaboration and research training, as exemplified by Professor Valeria Levi's experience. As a Principal Investigator and Professor at the Universidad de Buenos Aires and the National Scientific and Technical Research Council in Argentina, Levi studies how condensates regulate transcription in embryonic stem cells using advanced imaging technologies. Despite her institution acquiring a ZEISS Elyra 7 super-resolution microscope, her team initially lacked sufficient experience in its operation. An initial mobility grant facilitated hands-on training for Levi at the Biological Imaging Facility and Single Molecule Biophysics Lab at the University of California, Berkeley. This training allowed her to explore new applications for her research. Subsequently, a Support Award for Remote Access enabled her team to continue their collaboration and develop new research directions from thousands of kilometers away, effectively bridging geographical distances ...

Paradromics Achieves Real-Time Speech with Connexus Brain-Computer Interface for Paralysis Patients

Paradromics Achieves Real-Time Speech with Connexus Brain-Computer Interface for Paralysis Patients

Paradromics Inc., a neurotechnology company, has announced a significant milestone in brain-computer interface (BCI) technology. The first participant implanted with their Connexus BCI system has successfully used it for real-time speech and text communication. This achievement was part of the Connect-One Early Feasibility Study, conducted under an FDA-approved Investigational Device Exemption (IDE). The participant, a Michigan woman in her 60s with a progressive motor neuron disease that severely affects her speech, was able to choose her own words, answer open-ended questions, and communicate with family members during a live phone call. The system decodes neural activity associated with speech into language, which is then returned to the participant as text and synthesized speech. The Connexus BCI is designed to record neural activity at the resolution of individual neurons and wirelessly transmit this information through intact skin to an external computing system. Researchers have identified distinct ...

Antarctic Krill Discovered in Deep-Sea Hydrothermal Vents, Raising Questions About Ecosystem Resilience

Antarctic Krill Discovered in Deep-Sea Hydrothermal Vents, Raising Questions About Ecosystem Resilience

Antarctic krill, a foundational species in the Southern Ocean food web, have been discovered inhabiting deep-sea hydrothermal vents. This surprising finding was made during the National Geographic and Rolex Perpetual Planet Southern Ocean Expedition, where researchers observed and collected egg-laden female krill at a vent off the Antarctic Peninsula. Kim Bernard, a biological oceanographer at Oregon State University, noted that krill had never before been spotted in such an extreme environment. Traditionally, krill are known to swarm in the upper layers of the ocean. The discovery suggests a previously unknown adaptive behavior, as these vents are characterized by extremely hot water, heavy metals, and a lack of sunlight, a stark contrast to their usual habitat.

New 240-Million-Year-Old Prehistoric Animal Species Discovered in Tanzania, Reshaping Dinosaur Evolution Timeline

New 240-Million-Year-Old Prehistoric Animal Species Discovered in Tanzania, Reshaping Dinosaur Evolution Timeline

An international team of researchers, led by the University of Bristol, has identified a new species of prehistoric animal, Dinodontosaurus isiyavamanda, from 240-million-year-old fossils found in Tanzania. This discovery, published in the Journal of Vertebrate Palaeontology, challenges previous assumptions about the age of one of the world's most significant fossil sites and could revise the timeline of early dinosaur evolution. The fossils, part of an extensive collection of synapsids (mammal-lineage vertebrates) discovered in 1963 and housed at the Natural History Museum, London, were previously only partially studied. The research team examined an undescribed associated skeleton and a more recently found fragmentary skull, confirming its classification within the Dinodontosaurus genus, which was previously known only from South America. The name 'isiyavamanda' references the Wamanda people of the region where the fossils were found. This finding establishes a new link between Tanzanian and South Americ...

National Museum of Natural History Appoints Francisco Werner as Sant Chair for Marine Science

National Museum of Natural History Appoints Francisco Werner as Sant Chair for Marine Science

The National Museum of Natural History has announced the appointment of Francisco "Cisco" Werner as the new Sant Chair for Marine Science. Werner brings decades of experience in ocean research, having previously served as the National Oceanic and Atmospheric Administration (NOAA) Fisheries’ Chief Science Advisor and led international marine research programs at multiple universities. In his new role, Werner will guide research at the Ocean Science Center, which comprises over 70 marine science researchers at the museum and the Smithsonian Marine Station at Fort Pierce, Florida. His work will focus on understanding how various factors like physics, chemistry, and biology converge to create ocean environments. Werner emphasizes the interconnectedness of the museum's collections and research, viewing the ocean as a 'connective tissue' that links diverse specimens and scientific disciplines.