Skip to main content
. 2022 Mar 10;15:852368. doi: 10.3389/fnmol.2022.852368

TABLE 1.

Enrichment of GO biological process terms for differentially expressed proteins in htau mice.

Mitochondrial pool Biological process term % p-Value Genes
5 months, synaptic oxidation-reduction process 15.4 2.80E-04 Bdh1, ND5, Acadm, Akr7a5, Aifm1, Chchd4, Ethe1, Gpd1, Moab, Ptgs1
apoptotic process 10.8 9.70E-03 Dnaja3, Aifm1, Fam162a, Fis1, Mapt, Sgpl1, Trpv2
8 months, synaptic microtubule-based process 6.4 4.50E-03 Tuba4a, Tubb3, Tubb4a
5 months, non-synaptic oxidation-reduction process 15.8 1.00E-02 Ndufb8, Cat, Dhrs4, Hsd17b12, Mthfd1, Pcyox1
translation 13.2 8.00E-03 Eif4gl, Mrpl17, Mrpl55, Rpl12, Slc25a51
8 months, non-synaptic transport 22.4 1.10E-02 Atp5e, Atp1b3, Cadps, Etfb, Eif5a, Gosr2, Lrpprc, Mtx2, Nup155, Slc6a6, Vps45
protein transport 12.2 1.40E-02 Cadps, Eif5a, Gosr2, Mtx2, Nup155, Vps45

Differentially expressed proteins in mitochondria isolated from htau mice were analyzed using DAVID to identify biological processes affected by human tau expression.