Endotoxin, Rapid Bioburden, TOC, Conductivity and Tablet Testing Solutions. Offering solutions for pharmaceutical water testing. Offering applications for dissolution and physical tablet testing.
Bioburden results in 45mins. From 1 Biotic (CFU)/ml up to 10.000 Biotics/ml. In three simple steps, learn more via this Webinar: https://lnkd.in/eTDZmTsU
Understand the differences between the Overkill, Bioburden, and Combined BI/Bioburden Methods. Gain insights into selecting the right strategy that aligns with the safety and functionality relationship of your products on our blog: https://bit.ly/3TQ8QD0
⏱️ Why wait days for traditional bioburden testing methods when you can detect microbial contamination in less than an hour? The Sievers Soleil’s rapid cycle time allows you to make necessary decisions efficiently, ultimately saving you time compared to standard bioburden testing. To discover the full range of benefits that the Soleil can provide, click here. https://bit.ly/3TqGGOm #Bioburden #TimeSavings #Innovative #Accurate #SieversInstruments
Western Sales Manager at Sievers Instruments - Total Organic Carbon, Conductivity, and Endotoxin
If you could get your CFU results in 45 minutes, where would you sample? How would you use that data to make faster decisions in your process? Attend our upcoming webinar on the Sievers Soleil rapid bioburden analyzer and learn how it is equivalent to traditional plate methods.
Are you tired of waiting days for bioburden results? 🕰️ Imagine getting results in just 45 minutes! 🤯 Join our upcoming #webinar to explore: -At-line #rapid microbial methods for ultrapure bioburden monitoring -How RMMs enable quick and easy bioburden tracking throughout manufacturing -Designing a testing program aligned with USP <1223> -How the Sievers Soleil overcomes RMM implementation challenges Don't miss this opportunity to revolutionize your bioburden monitoring process! 💥 Register now and get ready to unlock the power of rapid results. 🔓 https://bit.ly/4aRumfp #EPR #RMMs #Sievers
Understand the differences between the Overkill Method, Bioburden Method, and Combined BI/Bioburden Method. Gain insights into selecting the right strategy that aligns with the safety and functionality relationship of your products on our blog: https://bit.ly/3TQ8QD0
Great webinar this week all about the advances ATCC is making to help make Microbial QC testing easier! Tune in or watch on demand.
We are excited to announce our upcoming webinar featuring Dr. Nilay Chakraborty, who will share insights on the MicroQuant™ by ATCC. Learn how the MicroQuant™ products line of precisely quantitated microbial reference materials can streamline your microbial quality control testing. Key Features about MicroQuant™ • High-titer and low-titer formats for consistent quantitation. • Ready-to-use, single-use format for fast assay setup. • Immediate rehydration at room temperature for efficiency. Register now to secure your spot! https://ow.ly/sVpg50TQhO8
🔬The Polysaccharide Utilization Loci encoded DUF1735 likely functions as membrane-bound spacer for Carbohydrate Active enZymes! A. Lucie Gaenssle, Salvador Bertran Llorens, Tjaard Pijning, Edita Jurak, and I made significant strides in unlocking the function of the Domain of Unknown Function 1735 (DUF1735). Data generated with our Domain and Vicinity Analyzer programs, identified DUF1735 as N-termini of multimodular proteins featuring C-termini like Laminin_G_3, F5/8-typeC, or GH domains, with an Ig-like β-sandwich fold. A function as a membrane-bound spacer for varying C-termini, potentially involved in PUL-mediated carbohydrate utilization, is proposed. For more information go to FEBS OpenBio https://lnkd.in/eVKGJJQj #UnkownFunction #Discovery #Bioinformatic #tools
Really interesting and comprehensive paper shared by Ushio America, Inc.'s Holger Claus with his thoughtful comments: "...It compared the effects of Chlorine based inactivation with Chlorine + 222nm (and 254nm). It shows that the inactivation of Aspergillus niger spores can be enhanced by a factor(!) of 5.5 by exposing the Chlorine water mixture with 222nm. And, photo reactivation is minimal, and toxic byproducts are less that from the chlorine alone, and more effective that H2O2 plus 254nm. Although this was done in water, I would expect similar effects happening with surface disinfectants. Of course that will need to be validated by more research. That would be an amazing, very important "side effect" of Far UVC light..." https://lnkd.in/drwrPweA
Dive into the world of chemical efficacy testing with our 'Inspector Series' as we unveil the results of our latest study on the effectiveness of chemicals in combating harmful microorganisms! Here's what we found: After 24 – 48 hours, our results were read and recorded. Under dirty conditions, simulated by substances like bovine albumin, our test products exhibited remarkable efficacy against various microorganisms: 🔬Staphylococcus aureus, Escherichia coli, Pseudomonas aeruginosa, Enterococcus hirae 🔬All tested dilutions (1%, 2%, 80%) achieved a > 5-log reduction in microbial count. 🔬No surviving test microorganisms were detected after treatment, indicating compliance with N1276/SANS51276 standard. These products demonstrated full compliance with microbial reduction requirements, ensuring effectiveness in real-world conditions. Conclusion: Experimental results confirm the efficacy of our tested products against a range of harmful microorganisms, providing assurance of a cleaner and safer environment. Stay tuned for more insights from our ongoing 'Inspector Series'! 💧🔍 #InspectorSeries #ChemicalEfficacy #SMTLabs2024
The Truth About E-Liquid Ingredients and Their Impact Amidst growing concerns over public health and safety, the spotlight has increasingly fallen on vaping and the composition of e-liquids. This in-depth exploration seeks to demystify the content of these liquids and shed light on their potential health ramifications. Delving into the Chemical Mix E-liquids, the lifeblood of vaping devices, are concocted from a mix… Read More: https://lnkd.in/g85uc-yP
