Digital precision genomics is revolutionizing plant breeding: DiP-DIAMANT combines cutting-edge sequencing technologies with artificial intelligence for a sustainable bioeconomy.
The breeding of climate-resistant and high-yielding plants requires high-precision genetic analyses. DiP-DIAMANT uses long-read sequencing and artificial intelligence to make hidden genetic potential visible and utilise this in a targeted manner.
The Institute of Agricultural and Nutritional Sciences at MLU Halle-Wittenberg is developing a digital platform for genome analysis that offers both researchers and breeding companies completely new opportunities. Particular emphasis is being placed on wheat and genetically partially analysed special crops for which new high-throughput screening methods are being developed. These technologies enable faster, more efficient and more sustainable plant breeding.
DIP-DIAMANT thus not only strengthens Saxony-Anhalt’s position as a centre of innovation for the digital bioeconomy, but also creates concrete economic prospects. The combination of cutting-edge research, digital innovation and practical application makes the region a pioneer in modern plant breeding.
– Development of a novel platform for long-read genotyping and AI-based genome analysis
– Establishment of an automated infrastructure for high-throughput DNA analyses
– Establishment of single-cell technology for complex crops
– Creation of digital twins of plant varieties for more precise breeding
– Strengthening the region as an innovation centre for digital
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(Soon to be published 4 times a year)
