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The discussions reflect genuine enthusiasm, with examples such as calling the review 'very cool visual summaries' and describing it as 'brain candy,' which highlight both the interesting visuals and the relevance to genetic engineering. Their tone indicates a positive reception and recognition of the work's potential influence in advancing optical tools for biological research.
Most discussions express enthusiasm and positive support for the publication, indicating general agreement with the advances highlighted.
Posts show high interest, with phrases like 'very cool visual summaries' and 'latest brain candy,' suggesting excitement and curiosity.
Comments include references to specific topics like real-time molecule detection and optogenetic manipulations, showing moderate yet focused engagement.
The discussions recognize the publication’s significance in genetic engineering and biological research, implying a noteworthy impact in the field.
Up for some weekend brain candy? Our latest “Opticool” review has landed @PLOSGenetics ! https://t.co/sMa5fev0DM Get the scoop on real-time molecule detection and optogenetic manipulations. Check it out
A recent comprehensive review on advances in optical genetic tools including optical sensors and optogenetics with very cool visual summaries, by @KelliFenelon https://t.co/k55uPDzLyB
This tutorial covers DNA sequence alignment using SnapGene, Benchling, and NCBI BLAST, providing essential tools for genetic analysis and research.
This week Dr Fenelon is under the weather so Julia is covering the important topic of glycerol stock preparation. Basic protocol involves adding glycerol to a bacterial sample for preservation and future use.
This video discusses the development of the photoNdegron, a peptide tag that enables precise, light-controlled degradation of proteins in living organisms like yeast and fruit flies, facilitating advanced research on…
The video explains the development of the photoNdegron, a peptide tag enabling precise light-controlled degradation of proteins in yeast and fruit flies, facilitating advanced research on protein function and regulation.
This week Dr Fenelon reviews recent developments in transgenic optical tools, including genetically encoded sensors and optogenetics, enabling real-time visualization and control of cellular processes and protein…
This tutorial covers the basics of immunofluorescence, including fixation, washing, blocking, antibody incubation, and counterstaining. Learn essential steps for preparing samples to study protein localization in cells.
This week Dr Fenelon reviews a study on transgenic mouse strains with FRET-based tension sensors to quantify force transmission across the nuclear envelope, advancing understanding of nuclear mechanotransduction in…
A recent comprehensive review on advances in optical genetic tools including optical sensors and optogenetics with very cool visual summaries, by @KelliFenelon https://t.co/k55uPDzLyB
We just published a transgenic optical tools resource we hope will be useful to the genetic engineers out there! #Transgenics #Optogenetics #TransgenicSensors #GeneticEngineering #DevBio #PLOSGenetics: Opticool: Cutting-edge transgenic optical tools https://t.co/vSaJqzRlxv
Up for some weekend brain candy? Our latest “Opticool” review has landed @PLOSGenetics ! https://t.co/sMa5fev0DM Get the scoop on real-time molecule detection and optogenetic manipulations. Check it out