21 results on '"Dominic M. Walsh"'
Search Results
2. Baseline characteristics from TANGO: Phase 2 study to evaluate gosuranemab (BIIB092) in patients with early Alzheimer’s disease
3. P1‐106: A HEAD‐TO‐HEAD COMPARISON OF LEAD CLINICAL ANTI‐Aβ ANTIBODIES
4. P1‐301: CERTAIN PLASMA N‐TERMINAL TAU FRAGMENTS ARE ELEVATED IN AD AND AD‐MCI COMPARED TO CONTROLS
5. DT‐02‐03: TARGET ENGAGEMENT IN AN AD TRIAL: CRENEZUMAB LOWERS Aβ OLIGOMER LEVELS IN CSF
6. The aqueous phase of Alzheimer's disease brain contains assemblies built from ∼4 and ∼7 kDa Aβ species
7. [P3–036]: MEDI1814, A HIGH‐AFFINITY ANTIBODY DIRECTED TO THE C‐TERMINUS OF AβX‐42, ABROGATES SYNAPTIC PLASTICITY DISRUPTION CAUSED BY SYNTHETIC OR AD BRAIN‐DERIVED Aβ SOLUBLE ASSEMBLIES IN VIVO
8. P4‐058: A Novel Paradigm for the Identification and Targeting of Bioactive Abeta Species from Alzheimer Brain
9. F5‐02‐01: Getting a handle on soluble aß in Alzheimer's disease brains
10. P4‐264: ARE ANTI‐ABETA AGGREGATE‐PREFERRING ANTIBODIES THE FUTURE FOR AD IMMUNOTHERAPY?
11. P4‐034: Alzheimer's disease human brain beta‐amyloid‐containing extracts inhibit hippocampal long‐term potentiation in rats in vivo : Relationship between soluble and insoluble preparations
12. P1‐238: Soluble Aβ from PSAPP mice is different to that extracted from Alzheimer patients
13. P2‐461: Selective modulation of gamma‐secretase cleavage of the amyloid precursor family of proteins
14. P3‐415: The presence of Abeta dimers in soluble brain extract is associated with dementia
15. P2‐338: Substrate‐targeting gamma‐secretase modulators
16. S1‐02–03: Synthetic Abeta dimers and Abeta dimers from CSF and Alzheimer brain disrupt synaptic plasticity and memory
17. O2‐02–02: Soluble amyloid β‐protein dimers isolated directly from Alzheimer's disease patients potently impair synaptic plasticity and memory
18. P2‐422: Co‐polymeric nanoparticles inhibit Abeta fibrillogenesis
19. P1‐368: Monomeric and oligmeric Aβ assays on plasma of Alzheimer patients
20. P1–391: Monomeric Aβ peptides bearing the Flemish A21G mutation are less readily degraded by neprilysin than wild type Aβ
21. S1–02–04: Role of AB oligomers in AD
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