#Polyoxometalates (POMs), are gaining attention for their potential in sustainable energy and catalysis technologies. The #Primer highlights the atomic-level structure and reactivity of POMs alongside their application in next-generation energy solutions.
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Recent advances in #peptide-GPCR interactions are transforming drug discovery. This #Primer details experimental and computational approaches, from in silico peptide mining to modern biosensor assays, paving the way for novel therapeutics.
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#Cucurbiturils are synthetic macrocycles that serve as molecular containers. This #Primer explores their synthesis and applications in chemical sensing, drug delivery, and more, highlighting their high binding affinity for hydrophobic cations. nature.com/articles/s43586-0…
In this #Primer, a variety of #enzyme-tethering techniques, such as DamID, ChIC, CUT&RUN, CUT&Tag, and RT&Tag are highlighted, emphasizing their suitability for single-cell and spatial applications in biological research. 🪢🧬
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Flow NMR spectroscopy offers real-time monitoring of chemical reactions, providing quantitative and structural insights for catalysis, polymers, and more. This Primer is in memory of Jean-Nicolas Dumez, an outstanding scientist and friend lost too soon. nature.com/articles/s43586-0…
In this week's #Primer from @Nanobiosensors and team, discover how fluid force microscopy (#FluidFM) allows for precise manipulation and analysis at the nanoscale by combining AFM and microfluidic probes. ➿💧
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This month, we are celebrating 5 years of Nature Reviews Methods Primers with a variety of Comments and Q&As that address recent advancements in methods!
The #PrimeView highlights the various applications of lidar in the environment, from snow depth mapping to riverbed geomorphology. Check it out here: nature.com/articles/s43586-0…
Explore the potential of #lidar in our latest #Primer, an active remote sensing technology that can consistently measure distances by emitting light from a laser source and recording the signal reflected from the target.
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If you'd like to learn more about #Fouriertransform, check out this #Primer from last year, highlighting the theory behind the Fourier transform and its applications in mass spectrometry, NMR spectroscopy, and IR spectroscopy. 〰️〰️ nature.com/articles/s43586-0…
Many chemistry articles will claim that a process is "greener" than traditional syntheses. But what does that claim even mean? In our newest #Comment, James Clark from @GreenChemYork discusses green chemistry metrics and the future of designing sustainable syntheses.
This week's #Primer features #AcousticTweezers - a method that uses ultrasound waves to manipulate particles and cells without physical contact! Check out the technique and it's applications in biomedicine here: 👋⚒️〰️
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