Articles tagged with High Resolution Imaging
Researchers used a 7T MRI scanner to visualize myocardial injury in patients with hypertrophic cardiomyopathy, detecting minute clefts that were previously impossible to see. The technology offers high-resolution imaging and could lead to more accurate diagnoses of heart diseases.
Researchers from Goethe University and MIT have developed a new method to deliver protein markers with nanometre precision into living cells. The technique, called cell squeezing, uses high pressure to incorporate fluorescent probes with an efficiency rate greater than 80 percent.
Researchers develop novel method to build large arrays of nanolenses using chemical and lithographic techniques, enabling extremely high-resolution imaging or biological sensing. The technique allows for precise control over nanoparticle placement, producing tiny separations that produce the nanolensing effect.
A new high-resolution method allows precise identification and quantification of interactions between a receptor and two ligands. Scientists have developed a novel approach using atomic force microscopy, enabling the imaging of single membrane receptors while detecting their interactions with multiple ligands.
A new study from the Cedars-Sinai Heart Institute shows that about 15% of patients with bioprosthetic aortic heart valves develop blood clots on the leaflets, which can impair valve motion. However, anti-coagulation medications like Warfarin quickly resolve the issue for all patients, regardless of the type of valve or procedure.
A new performance capture method developed at Disney Research captures facial features in high resolution, including wrinkles, and operates in real-time with a single video camera. This allows for realistic virtual characters and improved emotional expression conveyance.
Researchers have developed a new method to display the spatial structure of nuclear pores in high resolution. This has led to a better understanding of how certain molecules are transported into or out of the nucleus. The discovery sheds light on various diseases, including cancer, that involve defective transport through nuclear pores.
Researchers used imaging and computation to unravel a complex neural mystery, discovering three simple rules that govern the visual system of the humble fruit fly. The findings have implications for understanding human brain development and could lead to new approaches to decoding complex biological systems.
Scientists have developed nanoscale hybrid materials for noninvasive cancer diagnosis, offering improved image resolution and minimal toxicity. These hybrid materials combine strong fluorescence, high photostability, and great biocompatibility, making them promising for clinical bioimaging applications.
Researchers discovered jumping spiders use 'spectral filtering' to see in three color channels, like humans. Their principal eyes detect red, green, and UV light, with a filter converting some green-sensitive cells to see red.
Researchers at Washington University in St. Louis have developed a high-speed imaging method that enables the visualization of blood flow, blood oxygenation, and oxygen metabolism in living mouse brains. The new technique, called photoacoustic microscopy, achieves high-resolution images with capillary-level resolution at a rate of 100 ...
A new spectrometer using reflection zone plate optics resolves the spectral range of lighter elements, such as lithium and oxygen, which cannot be detected by traditional energy dispersive spectrometers. This technology has significant implications for research on energy-related materials and life sciences.
A team of researchers has discovered a previously unknown mechanism for wear in metals, which could lead to improved durability of metal parts. The findings show that tiny bumps and surface defects can form through a swirling, fluid-like behavior in solid metals, leading to cracks and wear particles.
A researcher from Moscow Institute of Physics and Technology has developed a reliable mathematical model of Titan's atmosphere, which matches the latest data surprisingly well. The model takes into account various chemical reactions between neutral molecules and ions in the upper layers of Titan's atmosphere.
UTHealth researchers have developed a new technology, NIRFLI, that can non-invasively image the human lymphatic system using near-infrared fluorescence and laser diodes. This device promises to revolutionize lymphatic care by allowing for early detection and monitoring of conditions such as lymphedema and cancer.
High-resolution satellite images successfully counted southern right whales off the Argentinian coast, using automatic detection methods that outperformed traditional manual detection. The study's findings suggest this new approach could be applied to other whale species and marine mammal populations.
Researchers from British Antarctic Survey demonstrated a new method using Very High Resolution satellite imagery and image processing software to automatically detect and count whales breeding in the Golfo Nuevo, Peninsula Valdes. This semi-automated technique has been shown to achieve 89% accuracy in identifying probable whales.
Researchers at the Tata Institute of Fundamental Research have discovered a gene named Lhx2 that plays a crucial role in forming high-resolution neurocircuitry for touch in mice. The study reveals that this gene is essential for the formation of 'barrels' and 'cores' in the brain, which enable rapid whisking and environmental assessment.
Researchers at Disney Research Zurich developed methods to correct optical distortions in high-resolution stereo panoramas. Their techniques use software to digitally stitch overlapping images together, interpolating missing light rays using an optical flow-based upsampling method.
University of Granada Professor Javier Alba-Tercedor has won the Best Film award for his detailed images of a domestic fly's inside using microtomography. The high-resolution scans were made possible by a Skyscan 1172 micro-CT instrument, achieving 1.4 µm per pixel resolution.
Biologists Jaime Troncoso-Palacios and Carlos F. Garin investigated the identity of Liolaemus nigromaculatus, a tree iguana species described in 1834. They successfully clarified the type locality, revealing it was collected between Puerto Viejo and Copiapó in Atacama, Chile.
Researchers from the University of Melbourne have made a groundbreaking discovery that enables ultrafast high-resolution imaging in real time. By generating ultra-short durations of electron bunches, they can achieve both cold and fast electrons, paving the way for new advances in the field.
Researchers created a high-resolution atlas of the human heart using 3D images from 138 people, demonstrating its feasibility for comparing individual cases and differentiating healthy from pathologies. The study provides a statistical description of the heart's shape and variations, offering an advantage over existing cardiac models.
A study published in BMC Biology has generated interactive 3D models of the zebra finch's syrinx, a complex vocal organ. The models reveal the delicate balance between strength and lightness required to control sound production at superfast speeds.
The Lunar Reconnaissance Orbiter Camera Narrow Angle Camera is acquiring high-resolution stereo images of the Moon to create 3D topographic maps. These anaglyphs reveal lunar features like craters and volcanic flows in 3D, making detailed surface information accessible to the public.
Tropical Storm Leslie showed little change in form and strength over a 22-hour period, with maximum sustained winds remaining near 60-65 mph. The storm is expected to strengthen into a hurricane by the end of the week as wind shear relaxes.
Heavy rainfall observed by NASA's TRMM satellite over Tropical Storm Isaac poses significant risks to the eastern Caribbean, particularly Hispaniola and Cuba. The storm is expected to bring extreme rainfall totals of 8-12 inches, with isolated amounts reaching up to 20 inches.
Hurricane Gordon was tracked for three days by NASA satellites, showing its strength and eye structure. The storm weakened to a tropical storm on August 20 with maximum sustained winds near 70 mph.
Sparse microwave imaging combines sparse signal processing theory with microwave imaging to improve resolution and reduce system complexity. The new concept enables faster calculation of large-scale scenes, making it suitable for wide mapping swath applications.
Researchers from Saarland University developed an internet service that enables seamless presentation sharing and display on multiple monitors. The technology allows for easy synchronization of visual content across devices, making it ideal for conferences, sports stadiums, and interactive displays.
The new hybrid scanner combines MRI and PET technology to capture minute details and produce superior three-dimensional images. It will be used to diagnose cardiovascular disease, neurological diseases, mental health, and cancer more accurately and efficiently.
A young underwater volcano has been mapped in unprecedented precision, reaching a height of 100m with lava tongue flows. The volcano's formation was confirmed by superimposing images from previous oceanographic surveys.
Researchers developed a near-infrared imaging system using optical coherence tomography (OCT) that can reliably distinguish between low-risk and high-risk pancreatic cysts. The system achieved a success rate close to microscope-assisted examinations, showing its potential as a future diagnostic tool for pancreatic cancer.
Researchers at UBC are presenting significant advancements in computer animation and simulation technology. They have developed a tool that generates readable text-art using vector images and text, as well as a physics-based simulation of canine motions for games and film.
A novel imaging technique combines high resolution, high penetration depth, and high imaging speed to capture detailed information from live biological samples without damaging them. The technique uses two-photon excitation in sheet-illumination mode, enabling fast imaging speed and reducing light-induced damage.
A PhD student at the University of Leeds has developed a predictive model that accurately maps plant communities over large areas using aerial photographs and data from maps. The method achieved an accuracy of up to 92%, comparable to traditional on-site surveys conducted by trained ecologists.
Researchers at Northwestern University developed a new method for rapidly prototyping nanoscale devices and structures, combining the benefits of scanning-probe lithography and polymer pen lithography. The technique, called hard-tip, soft-spring lithography, produces patterns with sub-50-nanometer resolution and scalability.
A 55-million-year-old extinct mammal, Labidolemur kayi, has been found to share a common ancestor with rodents and primates. The study reveals minute details in the skull, including bone structures smaller than one-tenth of a millimeter, which provide valuable information for understanding the origin of primates.
Typhoon Fanapi brought very heavy rain to the Pacific Northwest Ocean, with rainfall rates exceeding 2 inches per hour. The storm made two landfalls, one in Taiwan and another in eastern China, causing significant flooding and damage.
A University of Michigan professor has developed a new type of color filter made of nano-thin sheets with precisely spaced gratings, trapping and transmitting light of specific colors. The filter acts as a polarizer simultaneously, eliminating the need for additional polarizer layers, making it simpler to manufacture.
Ultrasound imaging is a highly effective and non-invasive test for characterizing peroneal nerve damage in patients with foot drop. High-resolution ultrasound was found to be more effective than EMG and MRI for evaluating common causes of foot drop, making it the recommended first-line imaging choice.
University of Colorado at Boulder physicists Margaret Murnane and Henry Kapteyn have made breakthroughs in building a tabletop X-ray laser that can provide super-high resolution imaging. This technology has the potential to improve medical diagnoses, such as detecting small cancers, by thousands of times.
Researchers develop new imaging method using nonlinear crystals, allowing for data encryption and higher resolution images. The technique enables capture of wide-view photos with high resolution, promising applications in various fields including optical systems, microscopes, and dynamical imaging.
Researchers found that combining high-resolution and high-sensitivity collimation in SPECT scans improves image quality for small tumors. This study suggests a new approach to overcome tradeoffs in SPECT image quality, especially for imaging small tumors.
Researchers at Johns Hopkins developed a new technique for noninvasively tracking cells in the body using genetically encoded cells producing natural contrast visible via MRI. The method appears more effective than existing methods for detecting injected biomaterials, and offers high-resolution imaging without tissue removal.
A team of researchers at Delft University of Technology used HREM to observe collective transport of gold atoms in a thin layer. The findings demonstrate a rapid progress in real-time nano-microscopy, enabling the precise positioning of atoms with accuracy.
Researchers at UC San Diego have created an 'origami lens' that folds the telephoto lens, enabling the creation of ultrathin, high-resolution miniature cameras. This technology addresses performance issues in cell phone cameras and may be used for unmanned surveillance aircraft, infrared night vision, and other applications.
Researchers at Georgia Tech have created a highly sensitive atomic force microscopy (AFM) technology called FIRAT, capable of high-speed imaging 100 times faster than current AFM. FIRAT can capture material property imaging and parallel molecular assays for drug screening and discovery.
The Cassini mission has released a flood of new images of Saturn's icy moons, revealing detailed features such as plumes on Enceladus and compositional variation on the surfaces of Rhea, Dione, and Hyperion. The new views include large mosaics, movies, and false-color views, providing insights into the moons' intricacies.
Researchers uncover the earliest known portrait of a Maya woman on a stone monument, suggesting women held positions of authority in early Maya history. The discovery, made at the Naachtun site in Guatemala, dates back to the 4th century AD and provides new insights into the role of women in ancient Maya politics.
Researchers at Princeton University propose a new mathematical approach to produce desired configurations of nanoparticles by manipulating their interactions. This method could lead to radical implications in industries like telecommunications, computers, and aerospace engineering, as well as our understanding of life.
Researchers discovered an ancient brewery with a 1,800-liter capacity at Cerro Baúl, a sacred mountain in southern Peru. The brewery was abandoned and partially burned to the ground 1,000 years ago, along with a final batch of chicha, a fermented alcoholic drink central to the Wari culture.
Research finds that heavy rainfall and flooding can lead to more dust being released into the atmosphere, especially in regions like the Tigris-Euphrates Basin and North Africa. In contrast, areas with more vegetation and lower wind speeds tend to experience a decrease in dust emissions.
Mark A. Johnson, a Yale professor of physical chemistry, has been awarded the 2006 Earle K. Plyler Prize for Molecular Spectroscopy for his research on water's microscopic scale applications and solvation of protons and hydroxide anions.
A new concept, funded by NASA's NIAC, proposes using guided balloons to study the Martian surface in unprecedented detail. These balloons can be steered towards specific targets and drop small science packages, allowing for faster exploration of the planet.
A frozen sea was discovered near the Martian equator using 3D images from the Mars Express probe, revealing a vast area of ice that may have been home to primitive life. The find is significant as it suggests that liquid water on Mars existed for thousands of millions of years, providing a possible habitat for life.
A study published in the Royal Society journal found that chimpanzees' tolerance for inequity increases with their social closeness, mirroring human responses based on relationship quality. This suggests a link between social connections and the sense of fairness in non-human primates.
Pelli and Farell's study shows that our visual system relies on the detection of smaller elements - features - to recognize complex objects like words. Despite learning millions of three-letter words, we never learn to recognize them as single features.
A study finds that deep-sea trawling is depleting populations of vulnerable fish species and invertebrates worldwide. Conservation efforts are needed to protect these species from extinction.
Researchers developed a new imaging technique to identify abnormal blood vessels in the brain, improving diagnosis and treatment of related conditions. The 'high resolution BOLD venography' method revealed detailed information on blood vessel malformations in nine out of ten patients.