Biotech Information from the inside out​

 Regulation of Splicing


Our team has developed innovative methods to identify differential alternative splicing events for organisms, including those without a reference genome. By leveraging advanced computational and sequencing techniques, we enhance the precision of splicing event detection and functional annotation across diverse species.

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Our team has developed innovative methods to identify differential alternative splicing events for organisms, including those without a reference genome. By leveraging advanced computational and sequencing techniques, we enhance the precision of splicing event detection and functional annotation across diverse species.

The Role of Small RNAs in Gene Regulation


Using degradome and small RNA sequencing, we identified specific miRNA target sites in plants. Our recent focus includes small RNA profiling and RNA-seq to explore DCL-dependent siRNAs and their regulatory effects on gene expression. These breakthroughs help elucidate critical post-transcriptional mechanisms in plant biology.


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Using degradome and small RNA sequencing, we identified specific miRNA target sites in plants. Our recent focus includes small RNA profiling and RNA-seq to explore DCL-dependent siRNAs and their regulatory effects on gene expression. These breakthroughs help elucidate critical post-transcriptional mechanisms in plant biology.
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.

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.

Exemple of research

Bioinformatics Software for Alternative Splicing Detection

We developed a groundbreaking method for detecting alternative splicing without relying on cDNA-to-genome alignment. This approach enables researchers to analyze RNA-seq data in species without a reference genome.


A second software solution, utilizing the cDNA-to-genome alignment method, detects both alternative splicing and differential splicing events with unparalleled accuracy.

These tools have been peer-reviewed and are designed to address the challenges of high-throughput sequencing data analysis in plant genomics.

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We developed a groundbreaking method for detecting alternative splicing without relying on cDNA-to-genome alignment. This approach enables researchers to analyze RNA-seq data in species without a reference genome. A second software solution, utilizing the cDNA-to-genome alignment method, detects both alternative splicing and differential splicing events with unparalleled accuracy. These tools have been peer-reviewed and are designed to address the challenges of high-throughput sequencing data analysis in plant genomics.

Solving Business Challenges with Advanced Bioinformatics Tools

At Bioinfor, we offer state-of-the-art products designed to solve complex business challenges in genomics and bioinformatics. Our tools are tailored to address the ever-evolving needs of high-throughput sequencing data analysis. With unparalleled accuracy, our peer-reviewed solutions empower businesses to make informed decisions, improving research and operational efficiency.

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Solving Business Challenges with Advanced Bioinformatics Tools


Upcoming Event: Celebrating Groundbreaking Research in Plant Genomics

20/02/2025
Genomic Synergy: Exploring Alternative Splicing and Small RNAs in Plants
01/04/2025 
The Plant Genome Revolution: Breakthroughs in Splicing and Bioinformatics
12/05/2024
 Splicing & Small RNAs Summit: Innovating Plant Genomics and Post-Transcriptional Regulation
16/07/2025
RNA Frontiers: Advancements in Plant Genomics and Gene Regulation

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!

Start Now

"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.

 

🌍 Revolutionizing Bioinformatics : Your Gateway to Precision Science


Unlock the potential of data-driven discoveries with BioInfor.org. We are at the forefront of bioinformatics innovation, bridging the gap between biology and technology. Our platform empowers researchers, scientists, and enthusiasts to:

🔬 Decode the secrets of the genome with advanced tools.

📊 Visualize complex biological data like never before.

🤝 Collaborate on groundbreaking projects in a global community.

Whether you're mapping the human genome, developing personalized medicine, or exploring new horizons in proteomics, BioInfor.org is your trusted partner in precision science. Join us today and be part of the future of biotechnology!


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Revolutionizing Bioinformatics : Your Gateway to Precision Science

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