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. 2021 Oct 18;72(2):287–302. doi: 10.1007/s12031-021-01918-3

Table 3.

Gene orthologs downregulated in both Aplysia SN aging and FL LOAD. All genes downregulated in two or more aging Aplysia SN differential expression data sets and five or more in meta-analysis of human frontal lobe FL LOAD samples by Li et al. (2015). See Table 2 for column descriptions. A majority of shared downregulated orthologs are involved in one or more of the following processes: cellular cargo transport, endo/exocytosis, proteostasis, lipid metabolism, energy metabolism, mitochondrial homeostasis, and signaling

Aplysia RefSeq Transcript e-value Human gene symbol Other names Aplysia data sets FL LOAD data sets Major category
XM_005098930 0 AATM GOT2 3 5 Energy metabolism
XM_005099066 2.5E-46 ARF3 ARF3 2 6 Cellular cargo transport
XM_005112446 2.6E-25 CISD1 ZCD1, mitoNEET 2 5 Energy metabolism
XM_013080281 3.6E-21 CNRP1 C2orf32 2 6 Signaling
XM_005098434 1.3E-59 CYC CYCS 2 6 Energy metabolism
XM_005096347 3.9E-65 DCTN6 WS3 2 6 Cellular cargo transport
XM_005100966 1.1E-107 DECR2 PDCR, SDR17C1 2 5 Lipid metabolism
XM_005092530 2.1E-146 ELAV4 ELAVL4, HUD, PNEM 2 6 Synaptic plasticity, mRNA stabilization
XM_005112819 0 EXOC8 EXO84 2 5 Exocytosis
XM_005097581 5.5E-10 FABPH FABP3, FABP11, MDGI 2 5 Lipid metabolism
XM_005096727 4.0E-41 GDAP1 3 5 Mitochondrial homeostasis
XM_005111161 8.8E-44 GDAP1 2 5 Mitochondrial homeostasis
NM_001204703 0 GNAO GNAO1 3 6 Signaling, Ca++ homeostasis
XM_005102254 0 GNB5 2 5 Signaling, Ca++ homeostasis
XM_005112007 0 HMCS1 HMGCS1,HMGCS 2 5 Lipid metabolism, steroid metabolism
XM_005104774 4.8E-106 HPRT HPRT1, HGPRT 2 6 Nucleotide salvage
XM_005102830 2.0E-07 JUPI1 ARM2, HN1 2 5 Other
NM_001204491 0 KAPCA PRKACA, PKACA 2 5 Synaptic plasticity, Ca++ signaling, phosphorylation
XM_005106951 4.0E-65 KCC4 CAMK4, CAMK, CAMK-GR, CAMKIV 2 5 Synaptic plasticity, Ca++ signaling, phosphorylation
XM_005104905 0 KIFA3 KIFAP3, KIF3AP, SMAP 3 6 Cellular cargo transport
XM_005102605 1.4E-10 LIAT1 C17orf97 2 5 Other
XM_005098563 4.0E-171 MDHC MDH1, MDHA 2 6 Energy metabolism
XM_005089329 0 MP2K1 MAP2K1, MEK1, PRKMK1, MKK1, MAPKK1 2 6 Synaptic plasticity, phosphorylation
XM_005098362 3.2E-56 MPND MPND 3 5 Other
XM_005089044 7.7E-36 NDUAA NDUFA10, CI-42kD 2 5 Energy metabolism
XM_005097418 0 NDUV1 NDUFV1, UQOR1 2 5 Energy metabolism
XM_005099251 2.6E-103 NECP1 NECAP1 2 6 Endocytosis
XM_005097828 0 ODPB PDHB, PHE1B 3 6 Energy metabolism
XM_013084642 3.7E-89 OTUB1 OTB1, OTU1 3 6 DNA damage response
XM_013081831 0 PCCB 2 5 Lipid metabolism
XM_005089882 4.6E-28 PEX19 HK33, PXF 2 5 Lipid metabolism, proteostasis
XM_005110189 0 PFKAM PFKM, PFKA, PFKX 2 6 Energy metabolism
XM_005109909 4.9E-74 PITH1 PITHD1, C1orf128 2 5 Transcription
XM_005097948 2.5E-50 PPAC ACP1, LMW-PTP 2 6 Phosphorylation
XM_005097122 4.3E-133 RAB6A RAB6 2 5 Cellular cargo transport
XM_005093164 1.7E-87 SAMC SLC25A26 3 5 Mitochondrial homeostasis
XM_005108342 9.4E-28 SCOC SCOCO 3 6 autophagy
XM_005093202 4.4E-78 SNAG NAPG, SNAPG 2 6 Cellular cargo transport, endocytosis
XM_013087712 1.4E-156 SNX4 3 6 Cellular cargo transport, endocytosis, proteostasis
XM_005091494 2.5E-111 SPEE SRM, SPS1, SRML1, SPDSY 3 5 Mitochondrial homeostasis, proteostasis
NM_001204727 5.4E-129 STAU2 STAU2 2 6 Cellular cargo transport
XM_013086901 5.0E-24 STUM C1orf95 3 5 Other
XM_005107969 0 SVOP 2 5 Exocytosis
NM_001204483 2.7E-151 SYN2 2 5 Exocytosis
XM_013090258 1.1E-63 TTPAL C20orf121 2 5 Other
XM_005091686 3.4E-21 TUSC2 C3orf11, FUS1, LGCC, PDAP2 2 6 Mitochondrial homeostasis, inflammation, cytokine signaling, ROS response
XM_005109532 8.7E-119 1433Z YWHAZ, KCIP-1, 14–3-3 protein zeta/delta 2 5 Signaling, proteostasis