PUBLICACIÓN

Saraf and efhb modulate store-operated ca<sup>2+</sup> entry and are required for cell proliferation, migration and viability in breast cancer cells

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ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Jardin I., Nieto-Felipe J., Alvarado S., Diez-Bello R., Lopez J.J., Salido G.M., Smani T., Rosado J.A.

2021 Cancers

Oncology (Q1), Cancer Research (Q2)

JCR: 6.575

SJR: 1.349

CITAS

6

DOI

10.3390/cancers13164160

EID

2-s2.0-85113191274

EISSN

2072-6694

BIBTEX

@article{Nieto-Felipe2021,title = {Saraf and efhb modulate store-operated ca<sup>2+</sup> entry and are required for cell proliferation, migration and viability in breast cancer cells},journal = {Cancers},year = {2021},volume = {13},number = {16},author = {Jardin, I. and Nieto-Felipe, J. and Alvarado, S. and Diez-Bello, R. and Lopez, J.J. and Salido, G.M. and Smani, T. and Rosado, J.A.}}

AUTORES DE LA UEX

Joel Nieto Felipe
Ginés María Salido Ruiz
José Javier López Barba
Isaac Jardín Polo
Juan Antonio Rosado Dionisio

OTRAS PUBLICACIONES DE INTERÉS

Role Of Orai-Family Channels In The Activation And Regulation Of Transcriptional Activity
Feedback Modulation Of Orai1α And Orai1β Protein Content Mediated By Stim Proteins
Reduced Ca<Sup>2+</sup> Mobilization In Neonatal Human Platelets Involves Saraf And Pannexin-1
Feedback Modulation Of Orai1α And Orai1β Protein Content Mediated By Stim Proteins
Reduced Ca<Sup>2+</sup> Mobilization In Neonatal Human Platelets Involves Saraf And Pannexin-1
Postbiotics Of Lacticaseibacillus Paracaseicect 9610 And Lactiplantibacillus Plantarumcect 9608 Attenuates Store‐operated Calcium Entry And Fak Phosphorylation In Colorectal Cancer Cells
Reduced Ca<Sup>2+</sup> Mobilization In Neonatal Human Platelets Involves Saraf And Pannexin-1
Postbiotics Of Lacticaseibacillus Paracaseicect 9610 And Lactiplantibacillus Plantarumcect 9608 Attenuates Store‐operated Calcium Entry And Fak Phosphorylation In Colorectal Cancer Cells
Description Of A New Quantitative Method To Assess Mitochondrial Distribution Pattern In Mature Equine Oocytes
Postbiotics Of Lacticaseibacillus Paracaseicect 9610 And Lactiplantibacillus Plantarumcect 9608 Attenuates Store‐operated Calcium Entry And Fak Phosphorylation In Colorectal Cancer Cells
Description Of A New Quantitative Method To Assess Mitochondrial Distribution Pattern In Mature Equine Oocytes
The Store-Operated Ca<Sup>2+</sup> Channel Orai1α Is Required For Agonist-Evoked Nf-Κb Activation By A Mechanism Dependent On Pkcβ2
Description Of A New Quantitative Method To Assess Mitochondrial Distribution Pattern In Mature Equine Oocytes
The Store-Operated Ca<Sup>2+</sup> Channel Orai1α Is Required For Agonist-Evoked Nf-Κb Activation By A Mechanism Dependent On Pkcβ2
Store-Operated Calcium Entry In Breast Cancer Cells Is Insensitive To Orai1 And Stim1 N-Linked Glycosylation
The Store-Operated Ca<Sup>2+</sup> Channel Orai1α Is Required For Agonist-Evoked Nf-Κb Activation By A Mechanism Dependent On Pkcβ2
Store-Operated Calcium Entry In Breast Cancer Cells Is Insensitive To Orai1 And Stim1 N-Linked Glycosylation
Melatonin Controls Cell Proliferation And Modulates Mitochondrial Physiology In Pancreatic Stellate Cells
Store-Operated Calcium Entry In Breast Cancer Cells Is Insensitive To Orai1 And Stim1 N-Linked Glycosylation
Melatonin Controls Cell Proliferation And Modulates Mitochondrial Physiology In Pancreatic Stellate Cells
Correction To: Orai2 Modulates Store-Operated Ca2+ Entry And Cell Cycle Progression In Breast Cancer Cells (Cancers, (2021), 14, 1, (114), 10.3390/cancers14010114)
Melatonin Controls Cell Proliferation And Modulates Mitochondrial Physiology In Pancreatic Stellate Cells
Correction To: Orai2 Modulates Store-Operated Ca2+ Entry And Cell Cycle Progression In Breast Cancer Cells (Cancers, (2021), 14, 1, (114), 10.3390/cancers14010114)
Role Of Orai-Family Channels In The Activation And Regulation Of Transcriptional Activity
Correction To: Orai2 Modulates Store-Operated Ca2+ Entry And Cell Cycle Progression In Breast Cancer Cells (Cancers, (2021), 14, 1, (114), 10.3390/cancers14010114)
Role Of Orai-Family Channels In The Activation And Regulation Of Transcriptional Activity
Feedback Modulation Of Orai1α And Orai1β Protein Content Mediated By Stim Proteins
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