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A Single Amino Acid Deletion in the Er Ca 2+ Sensor Stim1 Reverses the in Vitro and in Vivo Effects of the Stormorken Syndrome–Causing R304W Mutation

AuthID
P-015-GME

Author(s)

Gamage, TH

Grabmayr, H

Horvath, F

Fahrner, M

Misceo, D

Louch, WE

Gunnes, G

Pullisaar, H

Reseland, JE

Lyngstadaas, SP

[+1]·

Amundsen, SS

Rathner, P

Cerofolini, L

Ravera, E

Krobath, H

Luchinat, C

Renger, T

Müller, N

Romanin, C

Frengen, E

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Document Type

Article

Year published

2023

Published

in Science Signaling, ISSN: 1945-0877

Volume: 16, Issue: 771

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Publication Identifiers

DOI: 10.1126/scisignal.add0509

Source Identifiers

ISSN: 1945-0877

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All authors

Name Order	Name	Name Order	Name	Name Order	Name
1	Gamage, TH;	2	Grabmayr, H;	3	Horvath, F;
4	Fahrner, M;	5	Misceo, D;	6	Louch, WE;
7	Gunnes, G;	8	Pullisaar, H;	9	Reseland, JE;
10	Lyngstadaas, SP;	11	Holmgren, A;	12	Amundsen, SS;
13	Rathner, P;	14	Cerofolini, L;	15	Ravera, E;
16	Krobath, H;	17	Luchinat, C;	18	Renger, T;
19	Müller, N;	20	Romanin, C;	21	Frengen, E;

A Single Amino Acid Deletion in the Er Ca 2+ Sensor Stim1 Reverses the in Vitro and in Vivo Effects of the Stormorken Syndrome–Causing R304W Mutation

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A Single Amino Acid Deletion in the Er Ca 2+ Sensor Stim1 Reverses the in Vitro and in Vivo Effects of the Stormorken Syndrome–Causing R304W Mutation

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