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Interplay Between Splicing and Small RNAs
Both alternative splicing and small RNAs serve as pivotal post-transcriptional regulatory mechanisms in eukaryotes. Our long-term research investigates the interplay between these two processes, with a focus on their dynamic roles in gene expression regulation in plants. This project aims to bridge knowledge gaps and provide comprehensive insights into RNA-based regulation.
Upcoming Event: Celebrating Groundbreaking Research in Plant Genomics
Here’s a title for the person leading or teaching the event :
Dr. Celeste Arbour
Specialist in Plant Genomics and RNA Regulation
Prof. Ezra Larkfield
Expert in Molecular Biology and Bioinformatics
Dr. Alaric Fennec
Innovator in Splicing Mechanisms and Plant Biotechnology
Dr. Iris Verdant
Lead Researcher in Small RNA and Gene Expression
"Join Us in Shaping the Future of Plant Genomics and RNA Research ! "
Don’t miss out on this unique opportunity to explore alternative splicing, small RNA regulation, and bioinformatics in plant genomics. This event brings together world-class experts to discuss cutting-edge research and advanced genomic technologies that are transforming plant biology.
Whether you’re a researcher, student, or industry professional, you’ll gain invaluable insights into the latest trends in post-transcriptional regulation, RNA sequencing (RNA-seq), and plant molecular biology.
Be part of a vibrant community of scientists, bioinformaticians, and plant biotechnologists who are pushing the boundaries of plant genomics research.
Register now to secure your spot and take the next step in advancing your knowledge of plant genomics, RNA technologies, and gene regulation!
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Rainbow Calibration Particles in Fluorescence Microscopy
Rainbow calibration particles with 8 peaks are critical for fluorescence microscopy calibration, providing precise emission spectra at eight distinct wavelengths. These particles contain fluorescent dyes embedded in a matrix, allowing them to serve as reference standards for aligning optical filters, detectors, and excitation sources.
In technical terms, they enable the validation of excitation-emission matrices (EEMs), ensuring accurate spectral separation and minimizing signal overlap in multi-channel imaging systems. Calibration particles are particularly effective for quantifying fluorophore intensity, correcting for photobleaching effects, and establishing reproducibility in fluorescence-based assays.
By using these particles, researchers can perform spectral unmixing, which resolves overlapping fluorescence signals from different fluorochromes. This process ensures accuracy in colocalization studies, protein-protein interaction analysis, and fluorescence lifetime imaging (FLIM). They are also critical for maintaining the sensitivity of photomultiplier tubes (PMTs) or CMOS detectors and validating performance in confocal, widefield, and super-resolution microscopy.
Additionally, rainbow calibration particles support the standardization of fluorescence intensity units (e.g., MESF—Molecules of Equivalent Soluble Fluorochrome), ensuring comparability across instruments. They are routinely employed in validating laser stability, spectral registration, and uniform illumination profiles.