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Reduced G Protein Signaling Despite Impaired Internalization and Beta-Arrestin Recruitment in Patients Carrying a Cxcr4Leu317Fsx3 Mutation Causing Whim Syndrome

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P-00Y-3QQ

Author(s)

Kumar, R

Milanesi, S

Szpakowska, M

Dotta, L

Di Silvestre, D

Trotta, AM

Bello, AM

Giacomelli, M

Benedito, M

Azevedo, J

[+1]·

Cortesao, E

[+1]·

Castagna, A

Pinelli, M

Moratto, D

Bonecchi, R

Locati, M

Scala, S

Chevigne, A

Borroni, EM

Badolato, R

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Document Type

Article

Year published

2023

Published

in JCI INSIGHT

Volume: 8, Issue: 5

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Publication Identifiers

DOI: 10.1172/jci.insight.145688

Pubmed: 36883568

Scopus: 2-s2.0-85149595591

Wos: WOS:000949784400001

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All authors

Name Order	Nome	Name Order	Nome	Name Order	Nome
1	Kumar, R;	2	Milanesi, S;	3	Szpakowska, M;
4	Dotta, L;	5	Di Silvestre, D;	6	Trotta, AM;
7	Bello, AM;	8	Giacomelli, M;	9	Benedito, M;
10	Azevedo, J;	11	Pereira, A;	12	Cortesao, E;
13	Vacchini, A;	14	Castagna, A;	15	Pinelli, M;
16	Moratto, D;	17	Bonecchi, R;	18	Locati, M;
19	Scala, S;	20	Chevigne, A;	21	Borroni, EM;
22	Badolato, R;

Reduced G Protein Signaling Despite Impaired Internalization and Beta-Arrestin Recruitment in Patients Carrying a Cxcr4Leu317Fsx3 Mutation Causing Whim Syndrome

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Reduced G Protein Signaling Despite Impaired Internalization and Beta-Arrestin Recruitment in Patients Carrying a Cxcr4Leu317Fsx3 Mutation Causing Whim Syndrome

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