RNA Biology and Gene Expression Control (ICRBGC-26)

This track focuses on the intricate mechanisms of transcriptional regulation in RNA biology. It will explore the roles of transcription factors, enhancers, and chromatin modifications in gene expression control.

This session will delve into the processes of RNA processing and splicing, highlighting the significance of spliceosomal components and alternative splicing. Discussions will include the implications of splicing variations on gene expression and cellular function.

This track will examine the diverse roles of noncoding RNAs in gene regulation and cellular processes. Participants will discuss recent findings on microRNAs, long noncoding RNAs, and their impact on gene expression.

This session will focus on the mechanisms that govern RNA stability and degradation, emphasizing the roles of ribonucleases and RNA-binding proteins. The impact of RNA turnover on gene expression and cellular homeostasis will be a key discussion point.

This track will explore the various layers of post-transcriptional regulation, including RNA editing and modifications. The session aims to highlight how these processes influence mRNA stability, translation, and overall gene expression.

This session will investigate the critical interactions between RNA and proteins that regulate gene expression. Topics will include the role of ribonucleoprotein complexes in RNA metabolism and gene control.

This track will focus on the emerging field of RNA signaling and its role in intercellular communication. Discussions will include the mechanisms by which RNA molecules mediate signaling pathways and influence cellular responses.

This session will explore the interplay between epigenetic modifications and RNA biology. Participants will discuss how epigenetic changes can affect RNA transcription, processing, and stability.

This track will examine the dynamic nature of RNA within the cellular environment, focusing on RNA localization, transport, and interactions. The implications of RNA dynamics for cellular function and gene expression will be emphasized.

This session will highlight recent advancements in transcriptomic technologies and their applications in understanding gene expression. Discussions will include high-throughput sequencing methods and data analysis strategies.

This track will focus on the development of RNA-based therapeutics, including RNA interference and gene editing technologies. Participants will discuss the challenges and future directions in translating RNA biology into clinical applications.