HITLAB’s Post

Three short days until our: Quantum-Aided Drug Design - Find Your Star Molecule, so register today! We will demonstrate how our QuADD system uses #quantumcomputing to revolutionize how #drugdiscovery is accomplished. This webinar will demonstrate how #QuADD utilizes #quantum computers to search a massive space of up to 10^30 molecules for candidates that have optimized molecular fit and other drug-like characteristics. QuADD operates in Best-In-Class, First-In-Class, and Scaffold Hopping modes to help your team find the candidates you are interested in for your #drugdesign projects. https://lnkd.in/gdpihsGF

🔬With a minimum focus distance of 1cm, the HUE HD Pro document camera can be used as a basic microscope. What would you show your students with this feature? 💬⬇️ 👩🔬 Learn more at: https://lnkd.in/euqANEUi #microscope #STEMeducation #teachingresources #innovativelearning #classroomtools #scienceteacher

VISUAL PATHWAY The visual system consists of two primary parallel pathways: an optic pathway and a pupillary reflex pathway.[2][3] Optic Pathway. The optic pathway begins in the retina, which is a complex structure made up of ten different layers. Each layer serves a distinct function. #snsinstitutions #snsdesignthinkers #snsdesignthinking #sns #snsct

FAQ - What is the Nucleus Medical Art Library (NMAL)? Answer: The Nucleus Medical Art Library (NMAL) is like the Netflix of medical illustrations and animations. If you’ve ever wished for a binge-worthy series of medical conditions and procedures, complete with stunning visuals and educational plot twists, NMAL has got you covered! #NMAL #medicalillustrations #animationcatalog #medicalanimations https://nmm.fyi/sij11nli

This talk by Michael Beyeler gives a good overview of the current state of bionic vision, the challenges posed by the biological organisation of the retina, and the current thinking and research directions in terms of potential solutions: https://lnkd.in/gbETcRXm

Schedule your comprehensive eye exam this Age-Related Macular Degeneration (AMD) and Low Vision Awareness month! Prevent Blindness offers a wide variety of free educational materials to professionals and to the public, to help educate all on AMD, geographic atrophy, and low vision. Click the link below to read up on Living Well with Low Vision: https://lnkd.in/eNPUKPz #LowVision #AgeRelatedMacularDegeneration #MacularDegeneration

Boost your pipetting skills with our Pipetting Myth vs. Fact series! Uncover the truths and clear up the myths to enhance your lab technique and accuracy. Visit: https://lnkd.in/dZ-pnbvR #MythVsFact #Pipetting #Techniques #Science #Myth #Facts #LabMastery #Microlit

https://lnkd.in/een-yq_s Intended for human factors engineers interested in understanding how a computer-graphics surrogate human can augment their analyses of designed environments. #humanfactors #digitalhumanities #computergraphics

Look at the spectra. That is sound #NIR advice, but what does it mean? What are we looking for? I just went through my service training on an instrument I have been working on for almost 20 years. It was nice to be taught the things I figured out long ago by someone using smooth dulcet tones and great graphics. You got to love having a technical writer and professional support staff. So the service manual has lots of pictures to show people what to look for when it comes to an instrument. Here is one example. Sometimes you have a thin film or coating in the optical path of the spectrometer. Sometimes you have fiber optics for coupling. Those fibers can have very thin cracks in them. Either of those things set up interference fringes. There is a picture of one example below. They can look quite different depending on the depth of a crack or the width of a coating. But you can see the characteristic change in the distance between the waves on a wavelength scale. They get wider as the wavelengths get longer. How do you look for this? My recommended way is to set the instrument to 100% transmission. Use your sample as the background and then start scanning and watching the sample in the sample channel. Everything should stay rock solid at 100%. Watch that over half an hour or a few hours if you are being really strict and see if it shows those ripples coming and going or just excessive noise compared to normal. This can also show up with any window covering your sample. Some sample holders might have it and others don't. You are not going to see this if you don't look for it. A little ripple on a big spectrum isn't that visible. Part of looking at the spectrum is knowing how to look. If you have fiber optics in your instrument, probe or just windows, you should at least consider doing this test once in a while. Why did the NIR spectrometer go to therapy for cognitive dissonance? It's coworkers kept saying it was cracked.

Day 2/30 of Solving DSA Problems: Solved 3 Problems on Array: 1. Sort an array of 0s, 1s and 2s. 2. Reverse array in groups. 3. Convert array into ZigZag fasion. It was enjoyable to tackle and solve the problems. #DSA #problemsolving #array #30DaysOfDSA #CodingChallenge #DsaPractice #AlgorithmAdventure