​The Role of Extracellular RNA in Intercellular and Interkingdom Communication​

Image from National Institute of Health, public domain 

Goals

To determine, across three diverse eukaryotic species (humans, fall armyworm, and maize), how RNAs are targeted for secretion, how these secreted RNAs (exRNAs) are recognized for uptake by cells in the same organism and by resident microbiome bacteria, and the impacts of exRNA delivery on microbiome community structure and function. 

Protocols

Techniques and protocols developed for the three diverse eukaryotic species (humans, fall armyworm, and maize). Descriptions of how RNAs are isolated and characterized. Other published protocols and tools, including Github llink.

Resources

Extra information and previous research conducted on exRNAs by the investigating labs or other organizations.

The Borchert Lab 

University of South Alabama

Provides expertise in mammalian systems, non-coding RNA gene regulation, and exosomal RNAs. 

Investigating Labs

The Westerman Lab 

University of Arkansas

Provides expertise in insect systems, evolutionary biology, and behavioral genomics. 

The Baldrich Lab 

Genome Center at the University of California Davis

Provides expertise in plant sRNAs and bioinformatics, with a focus in interkingdom communication. 

The Innes Lab 

Indiana University

Provides expertise in plant molecular biology and plant–microbe interactions.  

The Jones Lab 

University of North Carolina

Provides expertise in RNA sequencing technologies, bioinformatics (especially as applied to microbiome analysis), and project management.. 

The Corbin Lab 

University of Kentucky

Provides expertise in microbiome analyses, with a focus on human gut microbiomes and the impact of diet on microbiome assembly.

The Konkel Lab 

Clemson University

Provides expertise in genome evolution, bioinformatics, and development of new interfaces for interrogating and displaying genomic and transcriptomic data.

Publications

The various environments where extracellular RNAs are found in. Image from​ National Institute of Health, Public domain.