Skip to main content
Video: Webinar conversion

Podcast series: Multi-omic sample preparation for agricultural research

agro-audio

Listen to our short audio podcast that explores innovative, reliable workflows developed to propel the efficiency of your genomics-based agricultural research workflows.

Research use only. Not for use in diagnostic procedures. 

Podcast 1 (28 mins): Dr. Charlie Johnson, director of the Texas A&M AgriLife Genomics and Bioinformatics Service (TxGen), delves into the current state of high-throughput genomics systems for plant and animal genotyping. He elaborates on his lab's collaboration with Revvity to develop a cost-effective, high-throughput genotyping pipeline tailored for agricultural research. This innovative approach involves the following thought leadership on:

  • optimized laboratory processing by automation
  • extensive sample multiplexing and the integration of machine-learning techniques

These strategies collectively yield highly accurate genotype information from low-coverage sequencing data, facilitating precise and cost-effective genotyping of large populations in plant and animal studies. The achievement is attributed to the optimization of the entire library preparation workflow, spanning sample homogenization, nucleic acid isolation, automated library prep, and high-throughput sequencing, coupled with a reduction in the required data per sample.

 

 

Podcast 2, part I (16 mins): Caleb Proctor, research and applications lab manager at Revvity for Omni Bead Ruptor bead mill homogenizers, offers a review of sample preparation, particularly homogenization of solid tissues or complex matrices for reliable DNA and RNA extractions. He looks at the technical benefits of physical lysis by bead mills to help address these workflow challenges.

 

 

Podcast 2, part 2 (6 mins): Caleb continues his conversation regarding the importance of thorough sample homogenization and lysis utilizing optimized homogenization bead mixes for microbiome and metagenomic research studies.