Preselected parental lines and feedback-based progeny selection combine disease and stress resistance with stable soybean yields.
5PENE00 combines native and transgenic traits to address long breeding cycles with multi-disease resistance and drought and heat tolerance.
Limited plant cell regeneration is addressed by expressing CHK2, CHK3, or CHK4 in cytokinin media to promote shoot formation.
This case uses plant promoter control elements to target transcription by tissue and developmental stage, reducing harmful misexpression.
This case targets the female-specific doublesex exon 5 boundary to suppress reproduction while limiting resistance variants.
Modular promoters, introns, and terminators support stacked plant traits while improving transgene expression stability.
Meristem-targeting RNA carries editing cargo through the phloem, bypassing tissue culture for controlled plant genome modification.
This case uses segmented plasmids and tuned molar ratios in HEK293 suspension cells to achieve high-titer rAAV production.
MiMe-based clonal gamete formation enables maize crosses that produce uniform polyploid seeds with multiple haplotypes.
This case uses Bacillus subtilis replication and controlled amplification to produce virus vector plasmids with high CCC purity.
This case combines viral promoter fragments and repeated terminators to increase plant protein expression for mass production.
Endogenous IL-15 regulation supports human protein expression without immune pathologies.
ccePV vectors bypass second-strand synthesis for direct transgene expression.
Gene-edited citrus plants target bacterial effectors to resist HLB.
MiMe clonal gametes enable uniform polyploid maize seed production.
This case uses tethered circular vectors and replicon proteins to amplify plant genes without chromosomal integration.
Endornaviral RdRP recognition sequences enable cargo RNA replication and expression for plant stress, pest, and pathogen resistance.