Removing serine protease activity from tPA prevents intracerebral hemorrhage while maintaining the ability to clear glutamate and lactate.
Fusion proteins recruit the Hsp70 chaperone mechanism to reduce tau-mediated protein aggregation, addressing neuronal degeneration in Alzheimer's disease.
Combining deuterated dextromethorphan with quinidine reduces agitation symptoms in Alzheimer patients, addressing the lack of approved treatments.
Targeting C-terminal binding proteins with inhibitory agents alleviates traumatic brain injury symptoms by suppressing neuroinflammatory pathways.
Anti-Flt-1 antibodies block VEGF binding to Flt-1 receptors, increasing available VEGF for other receptors to treat Duchenne muscular dystrophy.
Targeting flanking sequence polymorphisms enables allele-specific silencing of mutant huntingtin, avoiding embryonic lethality from constitutive knockout.
Merging cannabidiol with hypothermia addresses partial protection limits by reducing brain damage in neonatal encephalopathy.
Crystalline forms of Compound 3 resolve the trade-off between therapeutic efficacy and intravenous injection complexity by enabling stable oral administration.
ASC-JM17 addresses insufficient therapeutic efficacy of natural products by suppressing polyQ aggregation and improving mitochondrial function.
Mimotope peptides induce specific antibodies against truncated amyloid forms, avoiding autoimmune side effects from full-length APP targeting.
A pharmaceutical composition combines donepezil and memantine in a single tablet using pH-dependent polymeric substances for controlled drug release.
Sulfamate derivatives minimize adverse side effects while maintaining potent pain relief via structural parameter optimization.
Novel kinase inhibitor compounds overcome drug resistance in ROS1, NTRK, and ALK mutations via targeted structural modifications.
Specific amino acid mutations in recombinant activated protein C reduce anticoagulant activity while maintaining cytoprotective effects, lowering bleeding risk.
Administering specific antibodies to reduce toxic peptide aggregates in the brain.
N-acetyll lysine conjugates slow MDMA release, reducing anxiety and abuse liability.
Immunoadsorption using specific peptides removes autoantibodies from plasma, reducing gamma-secretase activity and beta-amyloid release in cerebral cells.