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Increased blood BACE1 activity as a potential common pathogenic factor of vascular dementia and late onset Alzheimer's disease.


ABSTRACT: Late onset Alzheimer disease (LOAD) is traditionally considered as a separate disease from vascular dementia (VAD). However, growing evidence suggests that ?-amyloid (A?) accumulation, that initiates LOAD-related neurodegeneration, is preceded by vascular events. Previous in vitro studies showed that ?-secretase 1 (BACE1), the key-enzyme of amyloidogenesis, is upregulated by cerebrovascular insult; moreover, its activity is increased both in brain and serum of LOAD patients. We aimed to investigate whether BACE1 serum activity is altered also in dementias related, or not, to cerebrovascular disease. Thus, we evaluated serum BACE1 activity in a sample of individuals, including patients with LOAD (n. 175), VAD (n. 40), MIXED (LOAD/VAD) dementia (n. 123), other types of dementia (n. 56), and healthy Controls (n. 204). We found that BACE1 was significantly higher not only in LOAD (+?30%), but also in VAD (+?35%) and MIXED dementia (+?22%) (p?

SUBMITTER: Zuliani G 

PROVIDER: S-EPMC7486910 | biostudies-literature | 2020 Sep

REPOSITORIES: biostudies-literature

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Increased blood BACE1 activity as a potential common pathogenic factor of vascular dementia and late onset Alzheimer's disease.

Zuliani Giovanni G   Trentini Alessandro A   Rosta Valentina V   Guerrini Remo R   Pacifico Salvatore S   Bonazzi Stefania S   Guiotto Anna A   Passaro Angelina A   Seripa Davide D   Valacchi Giuseppe G   Cervellati Carlo C  

Scientific reports 20200911 1


Late onset Alzheimer disease (LOAD) is traditionally considered as a separate disease from vascular dementia (VAD). However, growing evidence suggests that β-amyloid (Aβ) accumulation, that initiates LOAD-related neurodegeneration, is preceded by vascular events. Previous in vitro studies showed that β-secretase 1 (BACE1), the key-enzyme of amyloidogenesis, is upregulated by cerebrovascular insult; moreover, its activity is increased both in brain and serum of LOAD patients. We aimed to investig  ...[more]

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