Selected article for: "average probe intensity and hybridization intensity"
Author: Ayodeji, Mobolanle; Kulka, Michael; Jackson, Scott A; Patel, Isha; Mammel, Mark; Cebula, Thomas A; Goswami, Biswendu B
Title: A Microarray Based Approach for the Identification of Common Foodborne Viruses
  • Document date: 2009_3_19
    • ID: 7s5b3lpn_22
    Snippet: It is important to note that despite the variation in average probe intensities for the individual strains against probe set hav1Cb (Fig. 5) , the information as presented cannot be used to identify actual target nucleotide Fig. (4) . Hybridization profile of wild-type HAV HM175 strain target: average probe intensity. The hybridization data (normalized probe intensities) for HAV HM175 from Fig. (3) was converted to average probe intensities [15] .....
    Document: It is important to note that despite the variation in average probe intensities for the individual strains against probe set hav1Cb (Fig. 5) , the information as presented cannot be used to identify actual target nucleotide Fig. (4) . Hybridization profile of wild-type HAV HM175 strain target: average probe intensity. The hybridization data (normalized probe intensities) for HAV HM175 from Fig. (3) was converted to average probe intensities [15] and plotted vs each individual probe set. A given probe set represents all probes derived from their respective sequence group.

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