#OpticaBiophotonics24 is on! Today, 7 April, Sarah Bohndiek, University of Cambridge, delivers the plenary talk: Harnessing the Power of Spectroscopy in Early Cancer Detection. During the plenary, Bohndiek covered how spectroscopy can enable earlier detection of cancer and democratize access to high quality diagnostics.
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An experiment is a question which science poses to Nature and a measurement is the recording of Nature's answer. - Max Planck Feel free to discuss about- Material/Polymer Science & Nano-sensing. ➡️Polymath
In microgravity, bubble formation behaves differently compared to Earth's gravity. Without the buoyancy force, bubbles don't rise and instead remain suspended in the liquid. As it can serve as a great material for sensing applications due to its unique microreactor capabilities and can be designed to amplify the detection signals. But there can be several drawbacks of the same, the major drawback can be - Bubbles in microgravity will be highly sensitive to environmental factors such as temperature, pressure, and the composition of the surrounding liquid. Maintaining the optimal conditions for the sensor to function can be challenging in the dynamic and often harsh environments of space.
Researchers from University of Notre Dame are leading a series of groundbreaking experiments onboard the #ISS to revolutionize early #cancer detection. Research results could "dramatically improve the sensitivity of #biosensors, opening the door to earlier and more accurate cancer detection." #BubbleTechnology Lear more in Upward, the official magazine of the ISS National Lab: https://ow.ly/8s1150TeCvt
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A national research center focused on eradicating health disparities in Houston’s underserved communities.
This #NationalColorectalCancerAwarenessMonth, we want to highlight our PGP awardee, Dr. Zhengwei Li. He is spearheading research on the development of bioelectronic sensors that will detect colorectal cancer early. We value his contribution to cancer prevention research! Read more about his work here: https://bit.ly/3TfQpG9 #cancerresearch #cancerprevention #RCMI
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Online Learning Center Spotlight: three new on-demand webinars are now available. https://bit.ly/3V4TPMy • Unlocking the Potential of Cone Beam Computed Tomography • Oral Cancer: Screening and Prevention • Composite Artistry: Simplifying the Complex
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Dr. Keiko Kawauchi and Dr. Kiyoshi Ohtani are editing an issue that aims to deepen our understanding of cancer by exploring the multifaceted interactions at the molecular level. Read more about it at: 🔗https://lnkd.in/dHpBAn_N
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Thanks UMass Chan Biochemistry and Molecular Biotechnology for highlighting this piece!
Check out our #ScienceArt by Samriddha Ray (MS,PhD)! Can you guess what type of cell these are? If you guessed human breast epithelial cells, we'd be surprised, and you’d be correct! These cells are stained with glowing markers so we can see what is going on inside of them. The blue and the red both mark the nucleus, while the green marks places where cells are touching their neighbors. Scientists use methods like these to study how cells know how crowded their environment is. This ability is very important for preventing cancer. Check out our gallery to see more scientific art! https://lnkd.in/eRKyHtSu
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🔬 Our new novelty score metric is used to measures how unique a research paper is compared to existing literature. 🔝 High novelty scores suggests that a study is breaking new ground or offering new perspectives that could lead to major breakthroughs. View September’s most novel cancer research papers 👇 https://bit.ly/3TMCqsd #CancerResearch #OpenAccess #SciencePapers #MedicalAdvancements
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If you missed our webinar with Universiteit Gent and Thierry Marchal of Ansys on the use of digital twins in healthcare and computational modeling and simulation (CM&S), don’t worry! The recording is now available. Discover the challenges of liver cancer radioembolization and how CM&S can resolve some of these challenges with a smooth workflow. Watch the recording now! https://mtls.am/4aYYBRY #DigitalTwins #LiverCancer
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Register by October 11 to get the lowest rates for the AACR conference on Tumor-body Interactions: The Roles of Micro- and Macroenvironment in Cancer (November 17-20, Boston), chaired by Mikala Egeblad, Neta Erez, Sergei Grivennikov, and Ilaria Malanchi, and held in association with the AACR Tumor Microenvironment Working Group. Learn more: https://bit.ly/4eED17j #AACRtumorenviron24 #AACRTME
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Samuel Dulay's journey into electrochemical biosensor development was sparked by a deeply personal experience: his mother's battle with cancer. Her survival ignited a profound curiosity within Samuel to understand the chemistry and the science behind diagnosing cancer at an early stage. This same curiosity guides his work today in electrochemical biosensor development at Canatu. Watch Samuel's story below, and read more on our website (link in comments). #LifeAtCanatu #Canatu #electrochemicalsensors #electrochemicalbiosensors #electrochemicaldetection #medicaldiagnostics
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Some of the most important and compelling topics in cancer research will be explored during plenary sessions each day at #AACR24. Learn more in AACR Annual Meeting News: https://bit.ly/443ZqHn
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