The genotypes of the 1204 markers were successfully profiled through MPS by using the custom-designed panel.
Nine microsatellite markers were developed using genomic libraries, and all of the markers were successfully amplified in 42 individuals.
All 27 markers were successfully localized when 100 progeny were genotyped; 26 of the markers were localized when 25, 50, or 75 progeny were genotyped.
Previously, CALIPER reference intervals for several biochemical markers were successfully transferred from Abbott assays to Roche, Beckman, Ortho, and Siemens assays.
According to these sequences, 5 SNP markers were successfully designed, which were used to mine the variations of purothionin genes of 102 einkorn wheat accessions.
GAL@Ce-HAp adopted as a promising candidate for AD curativeness, whereas oxidative stress markers were successfully upregulated, degenerated neurons in hippocampal and cerebral tissues were wholly recovered and Aβ-plaques were vanished.
In the discovery sample, 2,731 cases and 10,747 controls passed quality control steps, and 429,912 markers were successfully genotyped.
In order to develop a stable, fast and reliable marker system for variety identification and assessing genetic diversity of germplasm in Taiwan, 37 CAPS and two STS markers were successfully designed.
