ETS-Lindgren的动态

Forensics experts use microscopes to analyze tiny pieces of evidence like fibers, soil, hair, and gunshot residue. Microscopy plays a crucial role in forensic investigations by enabling the detailed analysis of small, trace, and microscopic evidence collected from crime scenes. Forensic experts use various types of microscopes to examine and identify materials such as fibers, soil, hair, and gunshot residue, among others. #forensic #science #microscopy

?? Unlock the Secrets of Polymorphic Structures with CSD-Materials ?? ?? Are you navigating the complex world of polymorphic structures? Our latest blog, dives deep into how you can leverage the powerful tools in the CSD-Materials suite to enhance your research. ??https://lnkd.in/e9CiE-TM #Polymorphs #Crystallography #SolidForms

??Learn how to assess weaknesses and strengths in your polymorphs, and how this can help you identifying features which may have an impact on the relative stability of your solid forms. Discover a detailed workflow to perform an in-depth study of polymorphic structures using our structural informatics tools: ??https://lnkd.in/e9CiE-TM #Polymorphs #Crystallography #SolidForms

With the dynamic range of modern #NMR spectrometers, and abundance of advanced post-processing techniques for solvent signal removal, including ML/AI approaches, is there really any need for sequence based water-suppression anymore in 1D spectroscopy? As in Presat, WET, Watergate, Excitation Sculpting and variations of these. I have implemented these and many others from scratch on benchtop systems, but these days post-processing can do a much cleaner job. Curious to hear thoughts on the continued need for sequence based water suppression, particularly at higher fields. Is radiation damping still a big issue? I have not been working with high field instruments for a few years now so not very up-to-date. #nmrspectroscopy

Learn how Low Voltage Electron Microscopy (LVEM) enhances imaging of biological thin sections. Operating at 25kV, the LVEM 25E uses z-contrast to produce clear images of unstained specimens, surpassing conventional methods. This report compares three staining protocols and highlights how LVEM delivers superior quality micrographs, offering greater flexibility and reducing the limitations of traditional staining techniques. https://bit.ly/3KPQo7U

?? KUPO Optics is renowned for crafting high-quality Bandpass Filters, a key component transforming the field of forensic science. ???♂? Enhancing Forensic Capabilities with Precision Light Control: In forensic science, where detail and accuracy are non-negotiable, KUPO Optics' Bandpass Filters are proving to be indispensable. Here's a look at how these filters are reshaping forensic methodologies: 1. Precise Spectral Analysis: Bandpass filters enable forensic instruments to isolate specific light wavelengths, crucial for accurate spectroscopic analysis of substances. This enhances the ability to identify and match chemical compounds found at crime scenes. 2. Improved Forensic Photography: In capturing evidence, bandpass filters provide clarity and contrast by filtering out unwanted wavelengths. This leads to more detailed and accurate photographic documentation, essential for investigation and courtroom presentation. 3. Enhanced Visualization in Microscopy: For microscopic examination of samples such as fibers, tissues, or residues, bandpass filters can improve visibility and detail by isolating specific wavelengths, aiding in the identification and comparison of microscopic evidence. 4. Custom Solutions for Forensic Applications: Acknowledging the diverse needs of forensic science, KUPO Optics offers customizable bandpass filters, designed to align with specific forensic investigation requirements. 5. Reliable Performance Under Varied Conditions: Built to endure the demanding conditions of forensic labs and field investigations, these filters maintain consistent performance, ensuring reliable results in critical analysis. A New Frontier in Forensic Analysis: The integration of Bandpass Filters from KUPO Optics marks a significant advancement in forensic science. These filters not only improve the accuracy and reliability of evidence analysis but also open new avenues in investigative techniques, contributing to the evolution of forensic methods. Discover the edge in forensic science with KUPO Optics. Where precision optics meet investigative excellence. ?????? https://buff.ly/3GDbYun #ForensicScienceEvolution #BandpassFilters #KUPOptics #CrimeSceneAnalysis #LabTechnology #InvestigativeAccuracy

??Learn how to compare polymorphic structures in depth using Mercury and the informatics tools included in the CSD-Materials and CSD-Core suites. Read our blog to discover: ??Why you should study your polymorphs ??How to assess weaknesses and strengths in polymorphic structures ??How to identify features that may impact the relative stability of your solid forms. ??https://lnkd.in/e7mz3kZg #Polymorphs #Crystallography #SolidForms

How do you determine if IPR is necessary? ? Assess crowding severity ? Evaluate tooth alignment possibilities without extraction ? Consider alternative space-gaining techniques IPR (Interproximal Reduction) is recommended when mild to moderate space is needed for alignment, helping to avoid more invasive procedures. According to the scientific literature, IPR is a safe and effective technique —when performed correctly. However, it’s essential to be comfortable with the process. If you're not, consider these alternatives to create space: 1?? Proclining 2?? Expanding 3?? Distalizing 4?? Molar rotation 5?? Extraction You can also combine these strategies to achieve the best results. ?? What’s your go-to method for creating space when using clear aligners? Share your approach in the comments below! Don’t forget to save this post for future reference or share it with someone who might find it useful! #TheCLEARInstitute #MakeTheMove #MasterOfClearAligners #ClearAligners #Aligners #DentalEducation #DigitalDentistry Stephane Reinhardt

Epoxy Film and Laser-Cut Windows: Next-Level Cell Culture Prep In this video, we share the step-by-step process of finishing off arrays for cell culture. Learn how we epoxy film onto glass microscope slides, use falcon tubes tops with laser-cut acrylic windows, and more. Get ready to take your cell culture techniques to the next level! #CellCulturePrep #EpoxyFilm #LaserCutWindows #MicroscopeSlides #CellCultureTechniques #LabTips #BiologyResearch #ScienceExperiments #BioLab #CellCultureGrowth

Want to learn more about #lithogeochemical #interpretation and #3D #modeling? Enjoy this 2 part #webinar from our #sponsor LKI Consulting Inc. #alwayslearning #STEM #geoscience #geochemistry