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Clevio David Rodrigues Nobrega
AuthID:
R-000-M2J
Publications
Confirmed
To Validate
Document Source:
All
Document Type:
All Document Types
Article (43)
Review (13)
Book Chapter (9)
Book (4)
Article in Press (3)
Abstract (1)
Editorial Material (1)
Year Start - End:
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Order:
Year Dsc
Year Asc
Cit. WOS Dsc
IF WOS Dsc
Cit. Scopus Dsc
IF Scopus Dsc
Title Asc
Title Dsc
Results:
10
20
30
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50
Confirmed Publications: 74
11
TITLE:
Mutant Ataxin-2 Expression in Aged Animals Aggravates Neuropathological Features Associated with Spinocerebellar Ataxia Type 2
AUTHORS:
Afonso, Ines T.; Lima, Patricia; Conceicao, Andre; Matos, Carlos A.;
Nobrega, Clevio
;
PUBLISHED:
2022
,
SOURCE:
INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES,
VOLUME:
23,
ISSUE:
19
INDEXED IN:
Scopus
WOS
CrossRef
:
1
IN MY:
ORCID
|
CIÊNCIAVITAE
12
TITLE:
p ULK overexpression mitigates motor deficits and neuropathology in mouse models of Machado-Joseph disease
AUTHORS:
Vasconcelos Ferreira, A; Martins, IM; Lobo, D; Pereira, D; Lopes, MM; Faro, R; Lopes, SM; Verbeek, D; Schmidt, T;
Nobrega, C
;
de Almeida, LP
;
PUBLISHED:
2022
,
SOURCE:
MOLECULAR THERAPY,
VOLUME:
30,
ISSUE:
1
INDEXED IN:
Scopus
WOS
CrossRef
:
10
IN MY:
ORCID
|
CIÊNCIAVITAE
13
TITLE:
The stress granule protein G3BP1 alleviates spinocerebellar ataxia-associated deficits
AUTHORS:
Koppenol, Rebekah; Conceicao, Andre; Afonso, Ines T.; Afonso Reis, Ricardo; Costa, Rafael G.; Tome, Sandra; Teixeira, Diogo; da Silva, Joana Pinto; Codesso, Jose Miguel; Brito, David V. C.;
Mendonca, Liliana
; Marcelo, Adriana;
de Almeida, Luis Pereira
; Matos, Carlos A.;
Nobrega, Clevio
;
PUBLISHED:
2022
,
SOURCE:
BRAIN,
VOLUME:
146,
ISSUE:
6
INDEXED IN:
Scopus
WOS
CrossRef
:
12
IN MY:
ORCID
|
CIÊNCIAVITAE
14
TITLE:
Autophagy in Spinocerebellar ataxia type 2, a dysregulated pathway, and a target for therapy
Full Text
AUTHORS:
Marcelo, A; Afonso, IT; Afonso Reis, R; Brito, DVC; Costa, RG; Rosa, A; Alves Cruzeiro, J; Ferreira, B; Henriques, C;
Nobre, RJ
; Matos, CA;
De Almeida, LP
;
Nobrega, C
;
PUBLISHED:
2021
,
SOURCE:
Cell Death and Disease
in
CELL DEATH & DISEASE,
VOLUME:
12,
ISSUE:
12
INDEXED IN:
Scopus
WOS
CrossRef
:
19
Handle
IN MY:
CIÊNCIAVITAE
15
TITLE:
Current Status of Gene Therapy Research in Polyglutamine Spinocerebellar Ataxias
AUTHORS:
Afonso Reis, R; Afonso, IT;
Nobrega, C
;
PUBLISHED:
2021
,
SOURCE:
INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES,
VOLUME:
22,
ISSUE:
8
INDEXED IN:
Scopus
WOS
CrossRef
:
15
IN MY:
ORCID
|
CIÊNCIAVITAE
16
TITLE:
Stress granules, RNA-binding proteins and polyglutamine diseases: too much aggregation?
AUTHORS:
Marcelo, A; Koppenol, R;
de Almeida, LP
; Matos, CA;
Nobrega, C
;
PUBLISHED:
2021
,
SOURCE:
CELL DEATH & DISEASE,
VOLUME:
12,
ISSUE:
6
INDEXED IN:
Scopus
WOS
CrossRef
:
94
IN MY:
ORCID
|
CIÊNCIAVITAE
17
TITLE:
The autophagy-enhancing drug carbamazepine improves neuropathology and motor impairment in mouse models of Machado-Joseph disease
Full Text
AUTHORS:
Vasconcelos Ferreira, A; Carmo Silva, S; Codesso, JM; Silva, P; Martinez, ARM; Franca, MC;
Nobrega, C
;
de Almeida, LP
;
PUBLISHED:
2021
,
SOURCE:
Neuropathology and Applied Neurobiology
in
NEUROPATHOLOGY AND APPLIED NEUROBIOLOGY,
VOLUME:
48,
ISSUE:
1
INDEXED IN:
WOS
CrossRef
:
17
Handle
IN MY:
ORCID
|
CIÊNCIAVITAE
18
TITLE:
The cholesterol 24-hydroxylase activates autophagy and decreases mutant huntingtin build-up in a neuroblastoma culture model of Huntington's disease
AUTHORS:
Nóbrega, C
; Conceição, A; Costa, RG; Koppenol, R; Sequeira, RL; Nunes, R; Carmo Silva, S; Marcelo, A; Matos, CA; Betuing, S; Caboche, J; Cartier, N; Alves, S;
PUBLISHED:
2020
,
SOURCE:
BMC research notes,
VOLUME:
13,
ISSUE:
1
INDEXED IN:
Scopus
CrossRef
:
11
IN MY:
ORCID
|
CIÊNCIAVITAE
19
TITLE:
Trehalose alleviates the phenotype of Machado-Joseph disease mouse models
Full Text
AUTHORS:
Santana, MM; Paixao, S; Cunha Santos, J; Silva, TP; Trevino Garcia, A; Gaspar, LS;
Nobrega, C
;
Nobre, RJ
;
Cavadas, C
; Greif, H;
de Almeida, LP
;
PUBLISHED:
2020
,
SOURCE:
JOURNAL OF TRANSLATIONAL MEDICINE,
VOLUME:
18,
ISSUE:
1
INDEXED IN:
Scopus
WOS
CrossRef
:
23
IN MY:
ORCID
|
CIÊNCIAVITAE
20
TITLE:
Cordycepin activates autophagy through AMPK phosphorylation to reduce abnormalities in Machado-Joseph disease models
AUTHORS:
Marcelo, A; Brito, F; Carmo Silva, S; Matos, CA; Alves Cruzeiro, J; Vasconcelos Ferreira, A; Koppenol, R;
Mendonca, L
;
de Almeida, LP
;
Nobrega, C
;
PUBLISHED:
2019
,
SOURCE:
HUMAN MOLECULAR GENETICS,
VOLUME:
28,
ISSUE:
1
INDEXED IN:
Scopus
WOS
CrossRef
:
37
IN MY:
ORCID
|
CIÊNCIAVITAE
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