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. 2012 Jul 12;2012:171639. doi: 10.1155/2012/171639

Table 2.

Molecular changes observed in DS mouse models: Proteome.

Brain structures Models Age Up Down Method Additional comment Treatment Target Rescue References
Embryo E11; E14 SNC Ts1Cje; TgPCP4 E11; E14 Pcp4, Tubb3, Map2c; Calb2 W, I [38]

Neonatal brain Ts65Dn P0 Map2, Ntf3 Syp W, I [71]

Cortex mBACTgDyrk1a P0 Dyrk1a, Gap43 W [25]

Hippocampus Ts65Dn P2 Ptch1 I [72]

Hippocampus Ts65Dn P25 Kcnj6 Gabbr2 W [73]

Medial septum Ts65Dn P2–20 m p75Ngfr (6 m) I [45]

Thalamus, medulla oblongata Ts65Dn 1 m Gabbr2 W [74]

Hippocampus Ts65Dn 15–45 d neuron, glia I fluoxetine neurogenesis [75]

Brain Ts65Dn 49–66 d KIF17 W involv. NR2B transport [76]

Hippocampus Ts65Dn 2–4 m P (CaMKIIa, AKT), Glur1, p(Ser831)- Glur1 pERK W [77]

Hippocampus, frontal cortex Ts65Dn 80 d Kcnj6, Kcnj3 W [41]

Brain Ts65Dn 3–5 m App, Synj1 W [54]

Brain TgSYNJ1 3–5 m Synj1 W [54]

Cortex mBACTgDyrk1a 3 m Dyrk1A, Ccnd1, Syp, Map2 W [25]

Hippocampus Ts65Dn 1 m, 4 m, 12 m App (12 m) W RS86 (agonist) Chrm1 App increase (12 m) in Ts and 2N [78]

Basal forebrain, hippocampus, paraventricular nucleus Ts65Dn 3 m Nos1 in MSN, DB, PVN I [79]

Brain Ts65Dn, TgSYNJ1 3–5 m PtdInsP Ptdlns (4, 5)P2 E Synj1 gene copy yes [54]

Hippocampus Ts65Dn 4 m Ntf3, Cdk5 Syp W [71]

Brain, hippocampus, cortex, striatum Ts65Dn 4–12 m App, Sod1, Dyrk1A, sAPP-alpha and -beta (12 m) W [21]

Brain hemispheres, cerebellum Ts1Cje; TgPCP4 4 m Pcp4 W, I [38]

Somatosensory cortex Ts65Dn 4-5 m Syp, Gad67, Calb, Calb2, Parv I [80]

Brain hemispheres Ts65Dn 5–12 m increase with age: App, Sod1 W [21]

Hippocampus (rescue), prefrontal cortex Ts65Dn 5-6 m Mef2c Creb1, Mecp2 W [46]

BFCN, hippocampus Ts65Dn, Ts1Cje 6 m, 12 m App, Vchat   hipp. termini Ngf transport W, I App copy numb. dep. [81]

Hippocampus Ts65Dn 7-8 m Tiam1, Dyrk1a W MK801 ip Nmdar no [52]

Cortex Ts65Dn 7-8 m Tiam1, Itsn1, Dyrk1A, p(AKT, ERK, GSK3b) W MK801 ip Nmdar Dyrk1a, pERK1, 2 [52]

Hippocampus Ts1Cje 7-8 m Dyrk1a; pERK1,2 W MK801 ip Nmdar Dyrk1a; pERK 1, 2 [52]

Cortex Ts1Cje 7-8 m Itsn1, Dyrk1a, p(AKT, ERK, GSK3b) W MK801 ip Nmdar Dyrk1a [52]

Medial septum, hippocampus Ts65Dn ( m + f) 7–18 m microglia (CD45+) Calb1 (hippo) I minocycline (7–10 m) inflammation CD45, Calb1 [82]

Hippocampus, medial septum, locus coerelus Ts65Dn 10 m Calb1 (H), Chat (MS), Th (LC) I memantine (4–10 m) Nmdar no [49]

Hippocampus, olfactory bulb, frontal cortex, cerebellum Ts65Dn 10–19 m Chat (10 m, all ages in cerebellum), Glul (19 m) Chat in medial septum, AChe A [83]

Medial septum BFCN Ts65Dn 12 m p75Ngfr I [84]

Hippocampus Ts65Dn 12 m Chat A [78]

Medial septum Ts65Dn 12 m Chat I [78]

Cerebellum Ts65Dn 10–12 m Gfap, Sap/Jnk activation I, W axonal damage [85, 86]

Hippocampus, cingulate cortex Ts65Dn/Ts1Cje 12–15 m Map2/ no I [87]

Medial septum Ts65Dn 18 m Chat I Ngf infusion Ngf transport number and size [84]

Fronto-parietal cortex, hippocampus Ts65Dn 19 m Gfap W [83]

Hippocampus, frontal cortex TghAPP 24 m Abeta 42, UPS alpha-, beta-secretase, Ngf E RS86 (agonist) Chrm1 Ngf, Abeta 42 increase (no) [88]