🔍 The Importance of Optical Filters in FISH Imaging In fluorescence in situ hybridization (FISH), filter selection plays an important role in obtaining clear and reliable images. The performance of your filters affects several key factors including: 1️⃣ Contrast: Higher signal-to-noise ratio for clearer images 2️⃣ Brightness: Brighter images for easier slide scoring 3️⃣ Color Separation: Allows clearer distinction between different probes 4️⃣ Registration: Precise alignment for accurate results Learn more about the impact optical filters have on your FISH imaging process: https://bit.ly/3XXyPc7
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How to attach an electronic eyepiece to the eyepiece tube and trinocular tube？💡 The electronic eyepiece converts the microscope's field of view into digital images. Once installed, it allows users to observe and record sample images and videos in real-time. 🖼 Using the BS-2030T biological microscope🔬 as the demonstration object. #biologicalmicroscope #microscope #microscopy #electroniceyepiece
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Leading change to solve global, environmental problems | Relationship builder | Marine scientist
New data show that when ships do not meet the ballast water discharge standard, it is *almost always* due to larger organisms (≥50 μm). These findings are consistent with our results, and they reinforce the importance of sampling and analyzing this size class for effective compliance. The good news is that it's doable! Kudos to Okko Outinen, Sarah Bailey, Oscar Casas Monroy, Stephanie Delacroix, Sonia Gorgula, Evelina Griniene, Jenni E. Kakkonen, and Greta Srebaliene for their recent paper, which summarizes data from 228 ships over 6 years. 🚢 https://lnkd.in/eiWn8kCj (Outinen et al. paper) https://lnkd.in/ey9YekUW (Drillet et al. paper) #ballast #ballastwater #invasivespecies #biodiversity #imo #shipping #artandscience Image: Barnacle larva collected from the Pagan River, Virginia, USA; photomicrograph taken (by me) with an Olympus Corporation DP-10 digital camera attached to an Olympus SZX12 dissecting microscope. The colored background is possible using a set of prisms and “filters” arranged to achieve Nomarski Differential Interference Contrast (DIC). This optical phenomenon employs light, rather than biological stain or digital alteration, to distinguish different components of specimens. Images can thus be seen in striking color—an “optical staining”—and in exaggerated three-dimensional appearance.
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🔎 #Exosomes and #extracellularvesicles exhibit a broad range of characteristics. #CryoTEM is the ideal technique for their direct visualization, regardless of shape or size. 🔬 Imaging and quantitative analysis of cargo encapsulation, #lamellarity, and size distribution can facilitate lot comparability, stability studies, and more. 👀 Learn more: https://lnkd.in/ghjajVky
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Chief Commercial Officer (CCO) at NanoImaging Services. Making cryo-EM accessible to companies of all stages and sizes in the drug discovery pipeline.
🔎 #Exosomes and #extracellularvesicles exhibit a broad range of characteristics. #CryoTEM is the ideal technique for their direct visualization, regardless of shape or size. 🔬 Imaging and quantitative analysis of cargo encapsulation, #lamellarity, and size distribution can facilitate lot comparability, stability studies, and more. 👀 Learn more: https://lnkd.in/ghjajVky
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Updates from multiple members through recent peer reviewed publications together with many international co-authors - Thank you Lisa Drake, PhD for sharing this information. These observations are important as #MEPC is coming this months and number of discussions on #ballastwater are to take place. Global TestNet will participate to these discussions and will be available to share information on #testing and best practices as needed. #compliance #monitoring #enforcement #shipping #laboratory #analysis
Leading change to solve global, environmental problems | Relationship builder | Marine scientist
New data show that when ships do not meet the ballast water discharge standard, it is *almost always* due to larger organisms (≥50 μm). These findings are consistent with our results, and they reinforce the importance of sampling and analyzing this size class for effective compliance. The good news is that it's doable! Kudos to Okko Outinen, Sarah Bailey, Oscar Casas Monroy, Stephanie Delacroix, Sonia Gorgula, Evelina Griniene, Jenni E. Kakkonen, and Greta Srebaliene for their recent paper, which summarizes data from 228 ships over 6 years. 🚢 https://lnkd.in/eiWn8kCj (Outinen et al. paper) https://lnkd.in/ey9YekUW (Drillet et al. paper) #ballast #ballastwater #invasivespecies #biodiversity #imo #shipping #artandscience Image: Barnacle larva collected from the Pagan River, Virginia, USA; photomicrograph taken (by me) with an Olympus Corporation DP-10 digital camera attached to an Olympus SZX12 dissecting microscope. The colored background is possible using a set of prisms and “filters” arranged to achieve Nomarski Differential Interference Contrast (DIC). This optical phenomenon employs light, rather than biological stain or digital alteration, to distinguish different components of specimens. Images can thus be seen in striking color—an “optical staining”—and in exaggerated three-dimensional appearance.
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Government • Nano Technology Aerospace Engineer. R&D Aerospace Green Energy Research . EggShell IPv6 FFOX:0:0:0:0:0:0:173=Crown:vitals:vitals:vitals:vitals:vitals:vitals:GPS. Atlantean Aerospace Administration Gambia
63,000,000 Hash Strings. LEVI! Levitation Metrics on Vitals. Or A block of RGB medical Hash strings or an all rgb plant based block to weave with. Reality Weaving. Reality quilting. Cryptologic studies. So we are practically done with Diagnostics. Or at least how to configure it. Now to use it and Birdman along........ Braiding, weave with Levi, RGB, Nano, Bio and Geo.
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Discover the Benefits of Water and Oil Immersion Lenses! Understanding the different immersion techniques in microscopy can significantly enhance your imaging quality. Here’s a quick look:- - Immersion Lens Basics: Designed to reduce light refraction for clearer images. - Why Use Microscope Immersion Oil?: Ideal for high magnification (400x+), preventing image distortion. - Applications: Perfect for viewing fixed, thin specimens like bacteria and muscle striations. - Water vs. Oil: Water offers better depth of field; oil provides higher numerical aperture. Know more: https://ow.ly/NFmw50TkNct #Microscopy #ImmersionLens #WaterImmersion #OilImmersion #ScientificImaging #LabTech #OpticalInnovation
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Mshot Four-channel fluorescence light source MG-120 facilitates fluorescence observation with Leica microscopes. #Mshot #fluorescence #lightsource #microscopes
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Explore the Core Principles of Particle Morphology with Static Image Analysis Dive into our latest blog post to uncover the essential elements for accurately determining particle morphology using static image analysis. Brush up your understanding and enhance your analysis skills today This blog discusses essential elements for making quality static image analysis measurements including sample preparation, calibration and standards, considerations, and challenges Link for the Particle AnalytiX blog - https://lnkd.in/d7R2dngY Read more on our website: https://lnkd.in/dHN7KyZS #imageanalysis #scientificreseaech #particlemorphology #TechInnovation
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Discover the Benefits of Water and Oil Immersion Lenses! Understanding the different immersion techniques in microscopy can significantly enhance your imaging quality. Here’s a quick look:- - Immersion Lens Basics: Designed to reduce light refraction for clearer images. - Why Use Microscope Immersion Oil?: Ideal for high magnification (400x+), preventing image distortion. - Applications: Perfect for viewing fixed, thin specimens like bacteria and muscle striations. - Water vs. Oil: Water offers better depth of field; oil provides higher numerical aperture. Know more: https://ow.ly/NFmw50TkNct #Microscopy #ImmersionLens #WaterImmersion #OilImmersion #ScientificImaging #LabTech #OpticalInnovation
