News
2 okt. 2024
Hyperplex PCR showcased at World Agri-Tech Innovation Summit 2024 as a groundbreaking solution for next-gen crop development and management.
Aplex Bio was honored to participate as a featured startup at the World Agri-Tech Innovation Summit 2024 in London. This gathering brought together pioneers and visionaries in agricultural technology and Aplex Bio took center stage at the Startup Arena where we showcased our cutting-edge Hyperplex PCR solution, pitched alongside other promising startups, and connected with innovators shaping the future of agrigenomics.
“Through analysing gene-editing experiments on a molecular level using end-point quantitative PCR technology, Aplex Bio is able to accurately determine the effectiveness of this technology with unparalleled precision” was highlighted by the summit organizers.
In the rapidly evolving field of agrigenomics, highly multiplexed and precise molecular detection is indispensable. As agriculture faces mounting challenges from climate change and growing demands for sustainable food production, precise genetic analysis tools are critical for the following applications:
Gene Expression Analysis where hpPCR enables the quantification of up to 100 genes to better understand plant responses to stress factors.
Gene Editing Quality Control where hpPCR can detect and analyze indels with ultra-high sensitivity, ensuring accuracy in genome editing processes which is vital in developing climate-resilient crops.
Plant Genotyping where hpPCR can provide SNP-level analysis to support crop development and trait selection.
Pathogen Diagnostics where hpPCR can identify up to 100 pathogens simultaneously, enhancing crop protection strategies.
GMO Detection where hpPCR can screen multiple GMO markers in a single assay, simplifying and accelerating GMO monitoring.
As we continue to advance our high-multiplex detection technology, Aplex Bio is excited to be at the forefront of these essential innovations. We look forward to contributing to the growth and sustainability of the agrigenomics field, helping to ensure a more resilient agricultural future.