Swabbing Oysters for DNA Could Transform Shellfish Breeding
Every oyster breeding program faces the same awkward problem: the animals that carry the most valuable genes are locked inside ...
Every oyster breeding program faces the same awkward problem: the animals that carry the most valuable genes are locked inside ...
A new tool called Amira uses gene-space de Bruijn graphs to accurately detect single and multi-copy antimicrobial resistance genes directly ...
A case-control study of 200 pregnant women with heterozygous Factor V Leiden found that antenatal anticoagulation was associated with a ...
A systematic exploratory study of TaqMan genotyping and housekeeping gene expression assays finds that slow, intermediate and fast PCR ramp ...
Researchers at the University of Exeter show that a ten-SNP type 1 diabetes genetic risk score can be calculated accurately ...
Researchers have developed and validated a 44-SNP genetic barcode, compatible with both sequencing and qPCR platforms, that reliably detects mislabelled ...
Researchers have developed the first 50,000-SNP target-enrichment panel for the allotetraploid forage grass Leymus chinensis, enabling high-resolution genotyping, population analysis, ...
Researchers have developed a low-cost 10,000-marker SNP array that matches a high-density platform in identifying croaker populations, reconstructing pedigrees and ...
A new pangenome graph tool called COSIGT uses cosine similarity to accurately genotype complex genomic loci from sequencing data as ...
NanoTS, a new deep learning tool published in Nature Methods, enables accurate SNP detection and genotype calling from nanopore long-read ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine