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Targeting the Brain 5-Ht7 Receptor to Prevent Hypomyelination in a Rodent Model of Perinatal White Matter Injuries

AuthID
P-00X-HE8

Author(s)

Bokobza, C

Jacquens, A

Guenoun, D

Bianco, B

Galland, A

Pispisa, M

Cruz, A

Zinni, M

Faivre, V

Roumier, A

[+1]·

Vitalis, T

Le Charpentier, T

Young-Ten, P

Monteiro, P

Van Steenwinckel, J

Document Type

Article in Press

Year published

2022

Published

in JOURNAL OF NEURAL TRANSMISSION, ISSN: 0300-9564

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Publication Identifiers

DOI: 10.1007/s00702-022-02556-8

Pubmed: 36335540

SCOPUS: 2-s2.0-85141376122

Wos: WOS:000879273000002

Source Identifiers

ISSN: 0300-9564

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All authors

Name Order	Name	Name Order	Name	Name Order	Name
1	Bokobza, C;	2	Jacquens, A;	3	Guenoun, D;
4	Bianco, B;	5	Galland, A;	6	Pispisa, M;
7	Cruz, A;	8	Zinni, M;	9	Faivre, V;
10	Roumier, A;	11	Lebon, S;	12	Vitalis, T;
13	Csaba, Z;	14	Le Charpentier, T;	15	Schwendimann, L;
16	Young-Ten, P;	17	Degos, V;	18	Monteiro, P;
19	Dournaud, P;	20	Gressens, P;	21	Van Steenwinckel, J;

Targeting the Brain 5-Ht7 Receptor to Prevent Hypomyelination in a Rodent Model of Perinatal White Matter Injuries

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Targeting the Brain 5-Ht7 Receptor to Prevent Hypomyelination in a Rodent Model of Perinatal White Matter Injuries

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