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. Author manuscript; available in PMC: 2017 May 1.
Published in final edited form as: Anal Bioanal Chem. 2016 Mar 4;408(13):3453–3474. doi: 10.1007/s00216-016-9421-3

Table 3.

Molecular functions upregulated and downregulated as derived from DAVID algorithm based on proteins significantly differing in abundance by spectral counts and/or peak area in Sp2-cKO mice

Molecular functions altered in Sp2-cKO
Pathway Genes p value Fold change in Sp2-cKO Fisher exact Direction in KO
Ribonucleotide binding 16 2.70E−03 +2.2 1.20E−03 Upregulated
Purine nucleotide binding 16 4.00E−03 +2.2 1.80E−03 Upregulated
RNA binding   9 4.10E−03 +3.4 1.20E−03 Upregulated
Purine nucleoside binding 12 3.30E−02 +2 1.60E−02 Upregulated
Ligase activity, forming carbon-nitrogen bonds   4 3.90E−02 +5.2 7.10E−03 Upregulated
Hydrolase activity, acting on acid anhydrides   7 4.00E−02 +2.7 1.40E−02 Upregulated
Oxygen transporter activity   3 1.40E−03 −52.8 2.10E−05 Downregulated
Purine nucleoside binding 17 4.10E−03 −2.1 1.80E−03 Downregulated
Protein transporter activity   4 4.60E−03 −11.7 3.70E−04 Downregulated
Purine nucleotide binding 19 4.80E−03 −2 2.30E−03 Downregulated
Heme binding   5 6.20E−03 −6.7 8.70E−04 Downregulated
Ribonucleotide binding 18 7.30E−03 −1.9 3.60E−03 Downregulated
Hydrolase activity, acting on acid anhydrides   9 1.70E−02 −2.7 6.20E−03 Downregulated
Ligase activity, forming phosphoric ester bonds   2 2.00E−02 −96.9 1.60E−04 Downregulated
RNA binding   9 2.00E−02 −2.6 7.40E−03 Downregulated
Phosphoprotein binding   2 8.80E−02 −21.5 3.80E−03 Downregulated