Inventor · Dongguan, CN

Yaping Xue

14Patents

1h-index

19Co-inventors

40Inventor score

Filing activity: Jan 24, 2019 → Aug 31, 2022

Most-cited inventions

Patent	Title	Area	Cited by	Status
US11001823B2	Nitrilase mutants and application thereof	Chemistry; Metallurgy	1	Active
US12031160B2	Method for the production of glufosinate-ammonium	Chemistry; Metallurgy	0	Active
US11987826B2	Nitrilase mutant and application thereof in the synthesis of an anti-epileptic drug intermediate	Chemistry; Metallurgy	0	Active
US11535839B2	Encoding genes of nitrilase mutants and application thereof	Chemistry; Metallurgy	0	Active
US12428656B2	Nitrilase mutant and application thereof in the synthesis of 1-cyanocyclohexyl acetic acid	Chemistry; Metallurgy	0	Active
US11807883B2	Polypeptide tag, highly soluble recombinant nitrilase and application thereof in synthesis of pharmaceutical chemicals	Chemistry; Metallurgy	0	Active
US11408016B2	Amino acid dehydrogenase mutant and application in synthesis of L-glufosinate-ammonium thereof	Chemistry; Metallurgy	0	Active
US12104191B2	Cofactor self-sufficient Escherichia coli and construction method and application thereof	Chemistry; Metallurgy	0	Active
US11939599B2	Gene mining method combining functional sequence and structure simulation, NADH-preferring phosphinothricin dehydrogenase mutant and application thereof	Chemistry; Metallurgy	0	Active
US11525131B2	Recombinant vector constructed from an encoding gene of a nitrilase mutant, a recombinant genetic engineered strain and application thereof	Chemistry; Metallurgy	0	Active
US12152264B2	Phosphinothricin dehydrogenase mutant, genetically engineered bacterium and one-pot multi-enzyme synchronous directed evolution method	Chemistry; Metallurgy	0	Active
US11781117B2	Machine learning gene mining method and phosphinothricin dehydrogenase mutant for amino translocation	Chemistry; Metallurgy	0	Active
US11858910B2	Pyridinylmethylenepiperidine derivatives and uses thereof	Chemistry; Metallurgy	0	Active
US12215372B2	Method for asymmetrically preparing L-phosphinothricin by oxidation-reduction reaction through biological multi-enzyme coupling	Chemistry; Metallurgy	0	Active

Source: USPTO / EPO open patent data. Inventor disambiguation is heuristic; counts are objective bibliographic measures.