FluoroFinder’s Post

You can never have enough colors! #flowcytometry #fluorofinder #spectralflowcytometry

There is only one week left to register for our webinar, “Maximizing the Potential of Fluorescent Dyes: Applications and Insights.” Join Vector Labs on November 7th for this exclusive presentation led by Nikita Savelyev, MSc, our Custom Product Development Scientist. Learn how the right fluorescent dyes can streamline your work, enhance signal detection, and help you achieve brilliant, reproducible results—all while staying within your budget. Webinar Highlights📚: ▶️ Enhance your use of fluorescent dyes for research and discovery ▶️ Learn the applications and usage ▶️ Explore cost-effective fluorophores with top-tier performance Don’t miss this chance to deepen your understanding and elevate your research with the latest innovations in fluorescent dyes. 👉 Register now to secure your spot: https://bit.ly/3zp7d7G #FluorescentDyes #Dyes #VectorLaboratories

Happy #flow Friday! On demand webinar alert: Flow cytometry panel design with Invitrogen NovaFluor dyes In this webinar you will learn best practices in panel design and how to incorporate NovaFluor dyes to increase capacity and minimize impact on biological resolution! Contact me for more details and to get additional help with NovaFluor dyes, designing flow panels and I'll get you in touch with our fantastics flow experts!

Fluorescence Using Turmeric... (this is a cool and crazy experiment about seeing things fluoresce under ultraviolet light.) (small amount of isopropyl alcohol+ small amount of turmeric in a glass )- hold the UV over the glass ...... magic 💥 #uvlight #fluorescence

And we're 🔴LIVE with Xuzi Kang, Ph.D. for our lipstick webinar on the Latest Developments in Lip Care Products Testing Methods & Claims at TRI Princeton. Learn More & Register (there's still time to join!) ➡️ https://lnkd.in/gGUgz_uE In this free webinar, Xuzi Kang, Ph.D. (Postdoctoral Fellow, TRI Princeton) will describe several measurement techniques recently developed at TRI to evaluate the performance of lipsticks. She will explain how these methods can be used to substantiate product claims, and set your brand apart. This presentation will describe tests that can measure the properties of the lipstick stick itself (hardness, stickiness and melting behavior), lipstick spreadability (pay-off and layering friction), color effects, and, lipstick transfer and longevity. The care of the lips and prevention of dryness and cracking is always an important consumer need. This presentation will, therefore, also describe the tests available to measure lip hydration, based on spectroscopy and on skin electrical impedance measurements. The pros and cons of these approaches will be discussed. #cosmeticsindustry #lipstick #skintesting #biochemistry #researchanddevelopment #triprinceton

How to Mix the Blue Dye for Submucosal Injection Today's Quick Tip Video briefly focuses on the concept of "interventional chromoendoscopy" and shows how easy it is to make a "Blue Dye Solution". Watch the full video on EndoCollab

How to Mix the Blue Dye for Submucosal Injection Today's Quick Tip Video briefly focuses on the concept of "interventional chromoendoscopy" and shows how easy it is to make a "Blue Dye Solution". Watch the full video on EndoCollab

How to Mix the Blue Dye for Submucosal Injection Today's Quick Tip Video briefly focuses on the concept of "interventional chromoendoscopy" and shows how easy it is to make a "Blue Dye Solution". Watch the full video on EndoCollab

How to Mix the Blue Dye for Submucosal Injection Today's Quick Tip Video briefly focuses on the concept of "interventional chromoendoscopy" and shows how easy it is to make a "Blue Dye Solution". Watch the full video on EndoCollab

We are excited to introduce you to the first of our "How Can I See..." monthly series! 🕵🏻 How Can I See... Elastic Fibers? Elastic fibers are widely distributed throughout the body in tissue that requires movement, such as in skin, arteries and veins, and lung tissue. The number of elastic fibers may be increased or decreased due to disease, and can also be used to demonstrate that a structure is a blood vessel. Elastic fibers are resistant to autolysis and are quite easily fixed. Under ultra-violet light, they may have a green to blue-white fluorescence. The coarser fibers can often be seen in H&E stained sections as a smooth, pale pink material. However, fine fibers are much more difficult or impossible to see, requiring more selective staining methods, including orcein dye, iron resorcin fuchsin, and iron hematoxylin staining.