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Application Note
High-throughput RNA extraction from Mus musculus tissues on the Omni Bead Ruptor 12 bead mill homogenizer
Technical performance comparison of bead milling vs cryomilling with mortar and pestle from mouse tissue
Application Note
High-throughput lysis of E. coli for multiple analytes using the Omni Bead Ruptor 96 bead mill homogenizer
Omni Bead Ruptor 96 enhances bacterial lysis and recovery of DNA, RNA, and proteins for high-throughput, well-plate sample homogenization and lysis
Application Note
Total protein quantification from murine teeth using the Omni Bead Ruptor 96 homogenizer
Optimization of murine teeth homogenization for proteomic analysis using bead milling.
Application Note
High-throughput mosquito DNA extraction and PCR analysis on the Omni Bead Ruptor 96 bead mill homogenizer
High-throughput mosquito DNA extraction and PCR analysis using bead-beating tubes and well-plate homogenizer
Application Note
High-throughput genomic DNA and protein extraction from multiple tissue types using the Omni Bead Ruptor 96 bead mill homogenizer
High-throughput DNA and protein extraction from multiple tissues using well-plate homogenizer using a well-plate homogenizer
Application Note
Homogenization of hemp and cannabis flowers using the Omni Bead Ruptor 96 well plate homogenizer
Streamlined and optimized cannabinoid analysis using bead mill homogenization as sample prep for HPLC-UV analysis
Application Note
Simplifying chickpea seed sample homogenization and DNA extraction
Streamlined plant DNA extraction with bead mill homogenization
Application Note
High throughput homogenization and DNA extraction from staple crops
Streamlined plant DNA extraction with bead mill homogenization
Application Note
Effectiveness of CRISPR-Cas9 using pools of Dharmacon™ Edit-R™ synthetic crRNAs in high-content analysis screening experiments
Find out about the effectiveness of CRISPR-Cas9 using pools of Dharmacon™ Edit-R™ synthetic crRNAs in HCA screening experiments.
Application Note
Pooled phenotypic CRISPR screening enables the identification of synergistic drug combinations for cancer therapy
This application note demonstrates how a pooled phenotypic CRISPR screening can be used to identify synergistic drug combinations for cancer therapy
Literature - Publication Review
Linking genes to phenotypes with CRISPR screening
Literature review on the multiple CRIPSR screening techniques available for drug discovery and their benefits.
Whitepaper
Overcoming hurdles in high-throughput profiling of cancer cell responses
Presenting case studies on how functional genomic screening is used to find therapeutic targets, identify patient populations, uncover MoA, investigate drug combinations, and reveal drug resistance and sensitivity
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