DSPG Stock Recent News

Portfolio expansion reinforces QIAGEN's leadership in automated solutions for non-invasive liquid biopsy applications combined with complete workflows // New ccfDNA Kit upgrade with urine protocol for use on EZ1 and 2 instruments designed to enhance liquid biopsy workflows for cancer research // New QIAsymphony DSP Circulating DNA and Maxi Kits deliver high-quality cfDNA for use in downstream applications Portfolio expansion reinforces QIAGEN's leadership in automated solutions for non-invasive liquid biopsy applications combined with complete workflows // New ccfDNA Kit upgrade with urine protocol for use on EZ1 and 2 instruments designed to enhance liquid biopsy workflows for cancer research // New QIAsymphony DSP Circulating DNA and Maxi Kits deliver high-quality cfDNA for use in downstream applications

The global hospitality company reimagined the customer journey by leveraging Tealium's integrations with Amazon Marketing Cloud and Amazon DSP The global hospitality company reimagined the customer journey by leveraging Tealium's integrations with Amazon Marketing Cloud and Amazon DSP

Ore sorting and beneficiation results highlight simple, small-footprint development potential HIGHLIGHTS Detailed metallurgical study and test work program on representative Cyclone and Chinook Deposit mineralization has successfully generated potential commercial grade Direct Shipping Products ("DSPs") The two-circuit, ore sorting* and Inline Pressure Jig ("IPJ") stream is capable of a range of DSP concentrate grades with excellent yields of copper ("Cu") The DSP processing test work has delivered: Cyclone Deposit at 1.2% Cu to 1.5% Cu feed grades 16-22% Cu concentrate, 58-62% copper metal to DSP Chinook Deposit at 1.2% Cu to 1.5% Cu feed grade 16-22% Cu concentrate, 64-71% of copper metal to DSP DSP process can be easily optimized to suit increased processing rates and selective concentrate grades Ongoing test work anticipated to include further upside potential and includes continuing variability, comminution and optimization studies on the Cyclone, Chinook, and Thunder Deposits The