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biomedical imaging Webinars
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BioPhotonics
Conference 2023: October 24-26
Join Photonics Media online Oct. 24-26 for the BioPhotonics Conference, a virtual event highlighting innovation in the life sciences and biomedical optics. The conference will feature three keynotes...
on demand
Optical Technologies Are Poised to Guide Cancer Surgery in Low- to Middle-Income Regions
A majority of noncommunicable diseases — including almost all types of cancer — are treated with some sort of surgery. According to the World Health Organization (WHO), 4.8 billion people...
on demand
Scientific CMOS Drives Discovery in Live-Tissue Applications
Advancements in camera technology have pushed the quest for knowledge into live imaging of cellular processes and even into the workings of the human brain, with new applications in neuroscience....
on demand
BabyGlucoLight Uses Diffuse Optics to Link Glucose Levels at Birth with Early Brain Development
Very preterm newborns are more susceptible to changes in glucose levels (hypo- or hyperglycemia) during the first weeks postpartum. Achieving optimal glycemic control in this population is, however,...
on demand
Fluorescence Techniques Help Preserve Parathyroid Function During Thyroid Surgery
Hypoparathyroidism is the most common complication after total thyroidectomy and is the result of the inadvertent devascularization of parathyroid glands. To help address this issue, researchers have...
on demand
BioPhotonics
Conference 2022: October 25-27
The publishers of BioPhotonics invite you to hear from the world’s top experts in microscopy, spectroscopy, OCT, photoacoustic imaging, flow cytometry, biomedical imaging, and medical laser...
on demand
Advanced Optoacoustic and Fluorescence Techniques for Noninvasive Scalable Imaging of Mammalian Brain
Neuroscience has a fundamental need for more efficient and less intrusive ways to observe the activity of large distributed neuronal populations and related vascular changes at multiple spatial and...
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Expanding Capabilities with Optimized NIR Confocal Imaging
Fluorescence microscopy historically has been dominated by blue, green, and red imaging. Although this limitation is acceptable for some applications, multiplexing and deep tissue imaging suffer with...
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SESORS for Preclinical Cancer Imaging
The ability to image tumors at depth with high selectivity and specificity remains a significant challenge in the field of biomedical optical imaging. Owing to their unique fingerprint-like spectra,...
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Deep Learning-Enabled Computational Microscopy for Biomedical Applications
Deep learning is a class of machine learning techniques that use multilayered artificial neural networks for automated analysis of signals or data. The name comes from the general structure of deep...
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3D Printing Enables Agile Design for OCT Systems and Applications
Optical coherence tomography (OCT) is a biomedical optical imaging technique that uses low coherence interferometry to resolve backscattered light by depth. It has become a widely used technique for...
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A Framework for Designing Light Sheet Microscopes
The wondrous variations of light sheet microscope configurations — with all their acronyms, individual strengths and weaknesses, and sometimes expensive specialized equipment — can be...
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Advancements in Nanopositioning for Today's Microscopy Techniques and Applications
For the development of superresolution microscopy techniques — from the early days of total internal reflection fluorescence (TIRF) microscopy, followed by the stimulated emission depletion...
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Advancements in Photoacoustic Imaging Brighten the Next Decade
Photoacoustic imaging is a hybrid imaging modality that combines both optics and ultrasound. With rich intrinsic optical contrast and high ultrasound resolution at depth, photoacoustic imaging has...
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Augmented Reality Microscopy Offers a New Perspective for Biomedical Applications
Augmented reality microscopy (ARM) is a new technology that transforms the traditional light microscope into a hybrid device, allowing pathologists to deploy computer-assisted diagnostics and other...
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Automation in Microscopy Captures the Whole Sample
Kevin McCarthy explores recent advancements in motion control technology that improve the image quality, throughput, size, and cost of digital imaging systems. At the heart of many life science and...
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Biophotonics Technologies Applied at Point of Care
The use of optical approaches outside specialized laboratories requires easy-to-use optical instruments with a high technology readiness level for the user. Here, the application of spectroscopic...
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Camera Technology in the Medical and Life Sciences 2021: Latest Developments and Upcoming Trends
There is hardly any technology that is not constantly evolving. This is especially true for vision technology in the medical and life sciences sectors. CCD sensors have largely been discontinued, but...
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Functional Imaging and Assessment of Cardiodynamics in Mouse Embryo via OCT
Congenital heart defects (CHDs) are the most common birth defect. Understanding how the heart develops is crucial in elucidating the mechanisms that underly CHDs, leading to effective prediction and...
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How High-Speed Multiphoton Volumetric Imaging Is Driving Higher Spatial and Temporal Resolutions
The desire for imaging the physiological context of cellular behavior and structurally accurate measurements has driven technology development to achieve clearer, faster, and more precise imaging....
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Illuminating Ribonucleic Acids with Dye-Based Fluorescent Tools in Live Cells
Ribonucleic acids (RNAs) have central roles in cells across all domains of life, and understanding their functions critically relies on the continued development of diverse tools to visualize the...
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Listening to the Sound of Light to Guide Surgeries
Photoacoustic imaging offers "x-ray vision" to see beyond tool tips and underneath tissue during surgical procedures, yet no ionizing x-rays are required. Instead, optical fibers and acoustic...
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The Low-Noise Revolution Changes the Game … Again
Discovery in the life sciences is moving at warp speed. Born from the fusion of advancements in fluorescent probe chemistry, tissue clearing, genetic engineering, optics, computational imaging, and...
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Through the Curtain: OCT-enhanced Ear Exams Remove the Guesswork
Ryan Shelton presents a reengineering of OCT technology for production of a hand-held tool that for the first time enables objective, quantitative, and noninvasive assessment of middle ear infections...
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Toward Clinical Applications of Photoacoustic Imaging
Photoacoustic imaging (PAI), also referred to as optoacoustic imaging, is an emerging biomedical imaging technology that is noninvasive and nonionizing and has high sensitivity, satisfactory imaging...
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April 2024
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