Rewired Glycosylation Activity Promotes Scarless Regeneration and Functional Recovery in Spiny Mice After Complete Spinal Cord Transection

AuthID
 P-00W-6E4
24
Author(s)
Nogueira Rodrigues, J
·
Leite, SC
·
Pinto Costa, R
·
Sousa, SC
·
Sintra, MA
·
Oliveira, R
·
Monteiro, AC
·
Pinheiro, GG
·
[+1]·
[+3]·
Reis, CA
·
Tiscornia, G
·
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Document Type
Article
Year published
2022
Published
in DEVELOPMENTAL CELL, ISSN: 1534-5807
Volume: 57, Issue: 4, Pages: 440-+ (19)
Indexing
Wos®
Scopus®
Crossref®35
Pubmed®
Google Scholar®
Publication Identifiers
Pubmed: 34986324
SCOPUS: 2-s2.0-85123830565
Wos: WOS:000767375600006
Source Identifiers
ISSN: 1534-5807
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All authors
Name Order Name   Name Order Name   Name Order Name
1 Nogueira Rodrigues, J;   2 Leite, SC;   3 Pinto Costa, R;
4 Sousa, SC;   5 Luz, LL;   6 Sintra, MA;
7 Oliveira, R;   8 Monteiro, AC;   9 Pinheiro, GG;
10 Vitorino, M;   11 Silva, JA ;   12 Simao, S;
13 Fernandes, VE;   14 Provaznik, J;   15 Benes, V;
16 Cruz, CD ;   17 Safronov, BV;   18 Magalhaes, A ;
19 Reis, CA;   20 Vieira, J ;   21 Vieira, CP ;
22 Tiscornia, G;   23 Araujo, IM;   24 Sousa, MM ;

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