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Researchers explore the role of trigeminal axons in nose-to-brain delivery of antidepressant

Intranasal (in.) administration has been garnering increasing popularity as a non-invasive approach to deliver drugs directly to the brain. This approach involves the respiratory or olfactory epithelia of the nasal mucosa through which the drugs reach the central nervous system (CNS).

Chikamasa yamashitaEmily hendersonLab diagnostics automationLab diagnostics automation industryTokyo university of scienceProfessor chikamasa yamashitaTokyo universityAutomation industry focusCentral nervous systemDrug deliveryNervous system

Exploring role of trigeminal nerves in delivering intranasally administered antidepressant

Exploring role of trigeminal nerves in delivering intranasally administered antidepressant
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Chikamasa yamashitaFaculty of pharmaceutical sciencesDaiichi sankyo taneds funding programUniversity of tokushimaLife sciences at tokyo university of scienceTokyo university of scienceDepartment of medicinalProfessor chikamasa yamashitaTokyo universityNobel prizePharmaceutical sciencesLife sciencesDaiichi sankyo tane

Promising research suggests oxytocin may reduce Alzheimer s

Scientists from Japan conducted a study suggesting that oxytocin may help reduce the cognitive decline seen in Alzheimer's disease.

Nadya swartJun ichiro okaAkiyoshi saitohChikamasa yamashita at tokyo university of scienceResearchers at tokyo university of scienceImproves cognitive impairmentTokyo universityChikamasa yamashitaNeuropsychopharmacology reportsAlzheimers diseaseJapanese scientistsHe love hormoneUsiness newsSouth africa

Novel oxytocin derivative can reverse Aβ25-35-induced cognitive impairment in mice

Alzheimer's disease (AD), characterized by an accumulation of β-amyloid protein (Aβ) in brain tissue, is a leading cause of dementia.

Jun ichiro okaAkiyoshi saitohEmily hendersonChikamasa yamashita at tokyo university of scienceResearchers at tokyo university of scienceTokyo universityChikamasa yamashitaNeuropsychopharmacology reportsLzheimer 39s diseaseCentral nervous systemOgnitive functionNervous systemPeptide hormone

Love hormone oxytocin improves cognitive impairment in Alzheimer s model

Love hormone oxytocin improves cognitive impairment in Alzheimer s model
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Jun ichiro okaAkiyoshi saitohChikamasa yamashita at tokyo university of scienceChikamasa yamashitaTokyo university