Abstract:The expression of T-type voltage-dependent Ca
2+
channels (Cav3) has been previously observed in breast cancer, but their expression and subcellular localization were not evaluated in pre-neoplastic lesions. Therefore, this work aimed to evaluate protein expression and subcellular localization of T-type channel isoforms in human breast tissue samples. Protein expressions of Ca
V
3.1, Ca
V
3.2, and Ca
V
3.3 were evaluate… Show more
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