Inventor · Cambridge, GB

Barnaby Balmforth

21Patents

2h-index

19Co-inventors

50Inventor score

Filing activity: Jul 9, 2013 → Apr 29, 2024

Most-cited inventions

Patent	Title	Area	Cited by	Status
US9771615B2	Sequencing method	Chemistry; Metallurgy	3	Active
US10000802B2	Sequencing method	Chemistry; Metallurgy	3	Active
US9856528B2	Single nucleotide detection method	Chemistry; Metallurgy	2	Active
US11332780B2	Simplified polynucleotide sequence detection method	Chemistry; Metallurgy	2	Active
US10961569B2	Polynucleotide sequence detection method	Chemistry; Metallurgy	2	Active
US11504715B2	Microdroplet manipulation method	Performing Operations; Transporting	1	Active
US11999996B2	Polynucleotide sequence detection method	Chemistry; Metallurgy	0	Active
US10227638B2	Nucleotide polymorphism detection method	Chemistry; Metallurgy	0	Active
US10551399B2	Single nucleotide detection method	Performing Operations; Transporting	0	Active
US10501795B2	Single nucleotide detection method	Chemistry; Metallurgy	0	Active
US10480024B2	Single nucleotide detection method	Chemistry; Metallurgy	0	Active
US9546996B2	Sequencing apparatus	Electricity	0	Active
US11634754B2	Nucleic acid enrichment and detection	Chemistry; Metallurgy	0	Active
US9828631B2	Single nucleotide detection method	Performing Operations; Transporting	0	Active
US12391987B2	Single nucleotide detection method and associated probes	Chemistry; Metallurgy	0	Active
US11920192B2	Single nucleotide detection method and associated probes	Chemistry; Metallurgy	0	Active
US12365938B2	Polynucleotide sequence detection method	Chemistry; Metallurgy	0	Active
US12134098B2	Microdroplet manipulation method	Performing Operations; Transporting	0	Active
US10690689B2	Microfluidic device for characterzing polynucleotides	Performing Operations; Transporting	0	Active
US10144958B2	Methylation detection method	Chemistry; Metallurgy	0	Active
US10519497B2	Single nucleotide detection method	Chemistry; Metallurgy	0	Active

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