Whole human genome oligo microarray was applied to detect the differentially expressed genes in invasive cells.
A threshold-free functional profiling of significant features of the microarray was applied to avoid any loss of information as previously described [47].
To gain further insights into the network/circuit mediated by SalK/SalR, whole-genome DNA microarray was applied to reveal the differential transcription profiles between ΔsalKR and WT [13], [19].
Most recently, lectin microarray was applied in distinguishing mammalian cells that were infected with the intracellular apicomplexan parasite Cryptosporidium parvum.
Furthermore, facing the growing threat of interspecies transmission of influenza viruses resulting in the emergence of new infectious pathogens, the DNA microarray was applied in Taiwan CDC for diagnosis, identification, sequencing, and subtyping of influenza virus.
In Nesvold et al. [ 13] and Tengs et al. [ 14] a microarray was applied containing 25-basepair probes from 235 different vector sequences to detect (unknown) GMOs using statistical probability calculations.
