Bitesize Bio has released a new edition of its science newsletter, bringing together practical resources and foundational concepts that support better experimental design, interpretation, and day-to-day laboratory decision-making.
This issue spans targeted protein degradation, core principles of hydrogen bonding in biology, and best practices for autoclave use, combining advanced methodologies with essential laboratory knowledge.
Featured resources and insights
AI-powered cell culture confluency assessment
A featured application note focuses on AI-assisted cell culture confluency analysis, addressing a common source of variability in experimental workflows. Rather than relying on subjective visual estimates, AI-driven approaches provide objective and reproducible measurements of cell growth, helping standardize experimental timing for treatments, passaging, and downstream assays.
Measuring the kinetics of targeted protein degradation
One article explores how to quantitatively measure targeted protein degradation, emphasizing that understanding how degraders work is just as important as confirming that they work. The piece highlights how combining live-cell assays, quantitative proteomics, and kinetic analysis enables researchers to dissect each stage of the degradation process and optimize degrader design.
Hydrogen bonds explained
Another featured article revisits the fundamentals of hydrogen bonding, explaining how these interactions underpin protein folding, molecular recognition, and DNA base pairing. By clarifying how hydrogen bonds form and function, the article helps researchers better interpret results in molecular, biochemical, and structural biology experiments.
Autoclave compatibility in the lab
Autoclaving is routine, but mistakes can be costly. A practical guide outlines which common laboratory materials are autoclavable and which are not, helping researchers avoid damaged equipment, compromised experiments, and unnecessary safety risks.
Additional learning opportunities
The newsletter also highlights further resources, including content on Adaptive Focused Acoustics® for protein extraction, AI-driven transfection efficiency analysis, an mRNA synthesis eBook, and a career-focused webinar for scientists navigating a changing research landscape. A historical note commemorates Robert Holley, Nobel laureate recognized for his contributions to RNA structure determination.
Together, these resources reinforce Bitesize Bio’s focus on clear explanations, practical tools, and evidence-based guidance for scientists working across molecular and cellular biology.