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Point-of-Care Functional Optical Spectroscopy Platform for Precision Quantification of In Vivo Tumor Metabolism and Vasculature in Small Animals
Caigang Zhu reports on a point-of-care optical spectroscopy platform and novel spectroscopic data processing techniques for simultaneous precision quantification of key metabolic and vascular...
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Raman Spectroscopy Rapidly Detects COVID-19
Rapid detection is a key tool in the fight against the COVID-19 pandemic to accurately trace where the virus has been and where it may transmit to next. Derek Guenther presents a surface-enhanced...
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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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Low-Cost, Compact Protein Biomarker Sensors Based on Lens-Free Microscopy
Many biomedical diagnostics require quantifying levels of specific protein molecules in blood, saliva, or other bodily fluids. Antigen tests for COVID-19 are a recent example. Lens-free holographic...
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Clinical Multicontrast Spectroscopy
Jürgen Popp highlights recent efforts toward the implementation of multicontrast spectroscopy in combination with AI-based analysis to both improve clinical diagnosis and enable personalized...
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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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Neuroscience in the Everyday World
Recent advancements in wearable functional NIR spectroscopy (fNIRS) devices and signal processing tools expand the repertoire of unconstrained experiments for neuroscientific research. Meryem Ayse...
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Novel Amplification-Free Methods to Detect Viruses
Viral pathogens can transmit undetected from person to person, often without apparent symptoms, facilitating rapid spread and underscoring the importance of the development and deployment of...
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Fiber Optic Solutions for Medical Devices
Steve Allen provides a brief overview and examples of procedures that continue to push adoption and proliferation of optical fiber-based medical devices. From cosmetic surgery to cutting-edge sensing...
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Reshaping Histopathology with Deep Learning
Recent advancements in deep learning have enabled a new state of the art for results in microscopy. Yair Rivenson focuses on deep-learning-powered image enhancement tasks and, specifically, on the...
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Soft, Biocompatible Optoelectronic Neural Interfaces
Advanced optoelectronic systems that can intimately integrate with the brain and the peripheral nervous system have the potential to accelerate progress in neuroscience research and enable new...
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In Vivo Label-Free Multimodal Optical Imaging of Mouse Brain
The brain is an enormously complex organ. To fully understand brain function, it is necessary to map out multiple cell types and subcellular features (e.g., dendrites and axons) and probe functional...
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Quantitative Analysis of Intact Organs Using Adaptive Light-Sheet Microscopy
Alon Greenbaum discusses methods for quantitative analysis of intact organs using tissue clearing and adaptive light-sheet microscopy. As a test case, he presents macroscopic and microscopic...
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Quantum-Enhanced Superresolution Confocal Microscopy
Far-field optical microscopy beyond the Abbe diffraction limit is already a reality. Yet, while Abbe's theory was based on classical physics, quantum mechanical phenomena were only very recently used...
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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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High-End Optical Filters: Challenges and Solutions to Optimizing Fluorescence Analysis
Advanced optical thin-film coating technology is instrumental for the manufacturing of filters, mirrors, or beamsplitters with superior optical characteristics. Monitored control of the coating...
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Femtosecond Lasers for High-Resolution Bone Tissue Surgery
In the last decade, lasers have become the tools of choice for next-generation tissue surgeries. Thanks to their unique properties, femtosecond lasers are currently considered for high-resolution...
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Kevin Tsia covers the latest technologies that could allow researchers to reprioritize imaging speed and throughput in advanced optical microscopy, which is especially used for capturing fast dynamic...
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BioPhotonics
Conference: October 26 - 28
The publishers of BioPhotonics invite you to attend a free virtual conference spanning three days. The BioPhotonics Conference will feature insights and innovations in microscopy, spectroscopy, flow...
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Simplifying Fluorescence Microscopy Using Next-Generation Laser Technology
Konstantin Birngruber and Max Eisele introduce TOPTICA's next-generation laser technology by highlighting multicolor light engines for standard fluorescence microscopy, as well as TOPTICA's...
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European Photonics Manufacturing Services Funded by EC
This event is supported by the European initiatives presented and is moderated by EPIC, the European Photonics Industry Consortium. The European Commission is helping companies access the...
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Multi-Line Lasers or Laser Combiners: What Solution Is Best for Fluorescence Imaging?
Fluorescence imaging is a key technique in both biomedical research and clinical diagnosis. Fluorescence-based microscopy for high-resolution and high-throughput multifluorophore imaging typically...
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Optics for Ophthalmic Applications: Methods and Examples for Successful Product Development
Successfully and efficiently turning ideas into innovative products requires dedicated engineering activities related to manufacturability throughout the development process. This is even more true...
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How the Kinetix sCMOS Camera Broke the Golden Rule of Compromise in Scientific Imaging
In this webinar, product and applications experts from Teledyne Photometrics are joined by leading imaging scientists to discuss how the latest developments in scientific CMOS (sCMOS) technology are...
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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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May 2024
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