Bitesize Bio

Sign up and receive bite-sized techniques, shortcuts, and troubleshooting tips to your inbox 3 times a week. Join 65,000+ bioscientists saving time, reducing stress, and seeing their experiments succeed 🙌 Join FREE → resources.bitesizebio.com/resource-page/…

You use Empower™ CDS every day — but it still feels more complex and inefficient than it should be? Join this practical webinar to identify workflow bottlenecks and improve consistency in GMP labs. Register Now → buff.ly/i3fxGDK

Discover innovative tools that enhance peptide synthesis and analytical performance. Join us to explore emerging technologies shaping peptide-driven science. Register Now → buff.ly/UAAdqFD

Learn strategies for confidence and professional growth in this launch webinar for the HERizon Leadership Network, presented by Sue Ostrand-Rosenberg, a biomedical researcher with 40+ years of experience. Register Now → buff.ly/pqqq20N

What if you could get transcriptome-wide gene expression data in days instead of weeks? Discover how 3′ end counting makes RNA-seq practical for routine experiments—and when to choose it over qPCR. Read the article now → buff.ly/qmrvLDC

Explore the synergy of whole-organ light-sheet imaging and high-plex spatial proteomics. Visualize 3D tissues and uncover deeper insights into brain biology and cancer progression. Register Now → buff.ly/UmM3rBP

RNA is fragile, and how it's handled shapes what you ultimately measure. By the time NGS or dPCR begins, data quality is often already defined. Learn how upstream decisions and downstream analytical challenges affect your results. Download now → buff.ly/XfZL6Bk

@PlasmoLab @plasmidsaurus Love that analogy @PlasmoLab 😄 Thank you for sharing @plasmidsaurus 🧡

When it comes to differential gene expression studies, there’s a classic tradeoff: RT-qPCR = fast results but limited coverage RNA-Seq = comprehensive but slow But what if you didn’t have to compromise? 🤔 This new article from @BitesizeBio breaks down how Plasmidsaurus RNA-seq is closing the gap, making it practical to use RNA-seq earlier (and more often) in your experiments. bitesizebio.com/87719/choosing…

Gain practical insights into selecting confocal microscopes. Learn from seasoned scientists how to balance current needs with future ambitions. Register Now → buff.ly/qrC6ISr

Choose the right confocal for your research.Join @LeicaMicro's free Confocal Microscopy Masterclass covering fluorophore selection, live cell protection, scanner tech, super-resolution and modular systems.Includes comprehensive buyer's guide.Register Now→buff.ly/MdkXRMQ

Explore the role of cell sorting in studying lymphoproliferative disorders from inborn errors of immunity. Discover insights on sALPS, TET2 variant validation, and LGLL molecular variants. Watch On Demand → buff.ly/ST1yjfh

Discover the key considerations in modern confocal microscopy. Join our expert panel to learn how to choose the right system for your research needs and future-proof your investment. Register Now → buff.ly/qrC6ISr

Join us to understand the role of cell density in nanomaterial uptake and how tissue structures influence nano–bio interactions. See the latest findings from bioprinting studies. Register Now → buff.ly/GnWONob

Discover how Vibraint enhances 3D tissue imaging with advanced microscopy and image analysis. Learn from its CEO about their innovative use of UltraMicroscope Blaze and Miltenyi’s antibodies for clear research insights. Watch On Demand → buff.ly/IhVEQoX

Choosing the right number of PCR cycles can affect the quality of single-cell RNA-seq libraries. This free app note explores how real-time PCR monitoring optimizes amplification while streamlining workflows across variable cell inputs. Download now → buff.ly/7wQ5nFO

Discover how confocal microscopy reveals the intricate interactions between engineered nanomaterials and single cells. Learn about 3D imaging and real-time analysis that inform medical applications. Register Now → buff.ly/GnWONob

I will be giving a @BitesizeBio Webinar on Monday March 23 (5 pm UK time / 1 pm ET / 10 am PT). Title: "How to Find Errors and Misconduct in Biomedical Papers". Topics: sleuthing, @pubpeer.com, @cosig.net Register here: events.bitesizebio.com/how-to-find-er…

Pipetting feels routine, but small inconsistencies can affect the reliability of your results. This free white paper outlines practical steps to reduce pipetting variability and strengthen experimental reproducibility. Download now → buff.ly/xD8DeEv

Fixed PCR cycle counts can lead to overamplified single-cell RNA-seq libraries. Discover how real-time PCR monitoring improves amplification consistency across variable inputs in this free application note. Download now → buff.ly/7wQ5nFO

From purified proteins to complex tissues, ONE microscopy enables sub-nanometer resolution with accessible workflows. Learn the principles and applications in this on-demand webinar. Watch Now → buff.ly/1yfsXpT