Master the art of pipetting and learn how to perform serial dilutions with our comprehensive guide! 😎 A serial dilution is the step-wise reduction of a concentration using a constant dilution factor and similar volumes. This highly standardized procedure has applications in drug discovery, microbiology and molecular biology. Half-hearted mixing using insufficient force, slow speeds, or too few mixing steps has the highest impact on the homogeneity of a serial dilution, but you may have questions about how to avoid these problems? We provide more information on serial dilutions and the related calculations in our detailed blog post on how to do serial dilutions: https://lnkd.in/eKSxxCrm #pipetting #serialdilutions #pipettingguide #blog
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Regional Manager-Nordic countries, Proteintech Group , Proteintech +13500 in-house made/validated Antibodies and Humankine Cytokines (GMP). Chromotek-Gold standard nanobody reagents."From Our Bench to Your Bench".
Is it time to learn about #westernblot or fresh up your skills. Welcome to join our webinar next week. Happy Research! #westernblottin #phdlife #immunofluorescence #proteinresearch
🎥 Live online Fluorescent Western Blot Workshop - 1 week to go! Hear from Dr Christopher Carroll (Postdoc at Lund University Sweden) on how to optimize your fluorescent western blot workflow. REGISTER HERE 👇 (2 dates available): 📅 27th Feb 11am CT https://lnkd.in/dQ_MayVd 📅 28th Feb 12pm GMT https://lnkd.in/dWf79NE9 Understand how fluorescence detection can allow you to easily quantify total vs phosphorylated protein, transcription factor expression and downstream signalling, and blotting for two proteins with a similar molecular weight. Dr Carroll is a molecular biologist with 10 years of experience spanning both academia and pharma. The workshop will include: - Detailed Q+A with the speaker - On demand recording - Free Protein Ladder sample - Certificate of attendance #westernblot #immunoassay #onlinelearning #phdresearch
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Take a look at our latest paper, which discusses the initial phase of the YKL40 project.
Our latest publication describing development of molecular biology assays to study binding potency of CHI3L1 (YKL-40) inhibitors. Thanks to these tools we have identified nanomolar compounds which interfere with YKL-40 biological functions. Have a read and contact us if you are interested to pharmacologically interfere with the pathological role of YKL-40.
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Did you register? It's starting tomorrow 8 Day Technical Hands-on Certificate Online Training in Molecular Docking | Study to predict interaction energy between molecules Live Trainer Hands-on practical sessions Video recording Certificate 🌐 https://lnkd.in/gJKfjvgY #moleculardocking #proteomics #bioinformatics #bdglifesciences #drugdesign #molecularmodeling #medicinalchemistry #mdsimulations #autodock
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#FastFacts now available! #Tcell culture process development in stirred-tank #bioreactors The development of T cell-based therapeutic products requires producing a large quantity of high-quality viable T cells in a controlled environment. As the advanced therapies sector advances, the importance of improving culture conditions to increase cell yield grows significantly. Here, Stefan Schlößer (Scientific Communications Manager, Eppendorf Bioprocess Center) discusses how stirred-tank bioreactors can offer a suitable environment for the culture of T cells by providing a homogeneous distribution of nutrients and gases, along with the maintenance of cells and molecules in suspension with a high process control capability. View below:
T cell culture process development in stirred-tank bioreactors
insights.bio
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Exciting news! #MagGenome introduces its own line of #molecularbiology-grade #chemicals and #reagents matching the highest international standards while remaining competitively priced. #TaqDNAPolymerase, sourced from the thermophilic bacterium #Thermusaquaticus, is a thermostable recombinant #DNA polymerase. It can amplify DNA targets up to 5 kb with a simple template. The elongation rate is 2 kb/min at 70-75°C. It exhibits 5' to 3' polymerase activity but lacks 3' to 5' exonuclease activity, leading to #PCR products with 3-dA overhangs. This #enzyme boasts a half-life of over 40 minutes at 95°C. MagGenome's Molecular Biology Grade Range includes: #DNAPolymerases (Taq/PFU) #Mastermixes #dNTPs #DNAladders #Agarose #Rnase #loadingDyes, #Buffers and Other Solutions
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High Efficiency Erlenmeyer Flask Erlenmeyer flasks are commonly used in microbiology, cell biology, and other fields that require cell culture. They are especially useful for suspension cultures, where cells are grown in a liquid medium rather than attached to a solid surface. https://buff.ly/3O9ftwT #biomedicalpackaging #laboratorycellcultureconsumables #cellfactory #liquidprocessconsumables #MultilayersCellFactory #ErlenmeyerFlask #RollerBottle
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High Efficiency Erlenmeyer Flask Erlenmeyer flasks are commonly used in microbiology, cell biology, and other fields that require cell culture. They are especially useful for suspension cultures, where cells are grown in a liquid medium rather than attached to a solid surface. https://buff.ly/3O9ftwT #biomedicalpackaging #laboratorycellcultureconsumables #cellfactory #liquidprocessconsumables #MultilayersCellFactory #ErlenmeyerFlask #RollerBottle
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High Efficiency Erlenmeyer Flask Erlenmeyer flasks are commonly used in microbiology, cell biology, and other fields that require cell culture. They are especially useful for suspension cultures, where cells are grown in a liquid medium rather than attached to a solid surface. https://buff.ly/3O9ftwT #biomedicalpackaging #laboratorycellcultureconsumables #cellfactory #liquidprocessconsumables #MultilayersCellFactory #ErlenmeyerFlask #RollerBottle
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#FastFacts now available! #Tcell culture process development in stirred-tank #bioreactors The development of T cell-based therapeutic products requires producing a large quantity of high-quality viable T cells in a controlled environment. As the advanced therapies sector advances, the importance of improving culture conditions to increase cell yield grows significantly. Here, Stefan Schlößer (Scientific Communications Manager, Eppendorf Bioprocess Center) discusses how stirred-tank bioreactors can offer a suitable environment for the culture of T cells by providing a homogeneous distribution of nutrients and gases, along with the maintenance of cells and molecules in suspension with a high process control capability. View below:
T cell culture process development in stirred-tank bioreactors
insights.bio
