Methods and kits for linking polymorphic sequences to expanded repeat mutations
P Van Bilsen, WF Kaemmerer, E Burright - US Patent 9,273,356, 2016 - Google Patents
US9273356B2 - Methods and kits for linking polymorphic sequences to expanded repeat
mutations - Google Patents US9273356B2 - Methods and kits for linking polymorphic …
mutations - Google Patents US9273356B2 - Methods and kits for linking polymorphic …
Methods and kits for linking polymorphic sequences to expanded repeat mutations
P Van Bilsen, WF Kaemmerer… - US Patent App. 11 …, 2008 - Google Patents
Methods and kits are provided for determining which single nucleotide polymorphism
(“SNP”) variant of an allele of a heterozygous patient is on the same mRNA transcript as a …
(“SNP”) variant of an allele of a heterozygous patient is on the same mRNA transcript as a …
Method of amplifying target nucleic acid, method of analyzing target nucleic acid, kit for amplifying target nucleic acid, and composition for amplifying target nucleic …
JW Rhee, S Kim, K Choi - US Patent App. 14/082,250, 2014 - Google Patents
US20140162276A1 - Method of amplifying target nucleic acid, method of analyzing target
nucleic acid, kit for amplifying target nucleic acid, and composition for amplifying target …
nucleic acid, kit for amplifying target nucleic acid, and composition for amplifying target …
Method for determining the likelihood that a test polynucleotide sequence differs from a driver polynucleotide
K Poetter, S Foote - US Patent 8,666,669, 2014 - Google Patents
The present invention relates generally is a method for determining the likelihood that a test
polynucleotide sequence differs from a driver polynucleotide sequence. More particularly …
polynucleotide sequence differs from a driver polynucleotide sequence. More particularly …