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miRNA in Breast Cancer

Explore this research category across breast cancer datasets

142
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142 research entries found

MIRNA
RNA Name Mechanism of Action Effect on Cancer Cancer Type Reference
hsa-miR-495-3p

miRNA
miR-495-3p mimics downregulate GRP78 and reduce p?AKT/mTOR signaling (autophagy-related pathway) in a TNBC drug-resistance model. Sensitizes TNBC cells to pirarubicin and reverses drug resistance. Breast Cancer PubMed
Reference

PMID: 34935899
hsa-miR-181a-5p

miRNA
Suppresses autophagy via direct repression of ATG5 and/or ATG2B. Reduces autophagy, increasing cancer stemness and aggressive features in TNBC. Breast Cancer PubMed
Reference

PMID: 35029026
hsa-miR-30a-5p

miRNA
miR-30a-3p negatively regulated autophagy by autophagy related 12 (Atg12) Altered mammary structure in the involution of the mammary glands of mice, which was indicative of alteration in mammary remodeling Breast Cancer PubMed
Reference

PMID: 37762652
hsa-miR-4295

miRNA
Targets ITPR1 to suppress autophagy; RMST lncRNA sponges miR-4295, restoring ITPR1 and increasing autophagic flux (?LC3-II/I, ?p62). miR-4295 promotes proliferation/migration; RMST/ITPR1 counteracts this and suppresses TNBC progression via pro-autophagic signaling. Breast Cancer PubMed
Reference

PMID: 40287640
hsa-miR-27a-3p

miRNA
Promotes autophagy by targeting/relieving BNIP3; CAF exosomal circFOXO1 lowers miR-27a-3p, increasing BNIP3 and autophagy during radiotherapy. Increases radioresistance and pro?tumor traits in TNBC (MDA?MB?231); autophagy inhibition (3?MA) weakens these effects. Breast Cancer PubMed
Reference

PMID: 40784956
hsa-miR-25-3p

miRNA
Upregulation reduces autophagy by suppressing ULK1, leading to chemoresistance (reported in BC models). Reduced autophagy; increased chemoresistance in breast cancer models. Breast Cancer PubMed
Reference

PMID:
miR-153

miRNA
Reduces cell ferroptosis via circ_0000643/miR-153/SLC7A11 axis Inhibits ferroptosis and promotes progression Breast Cancer PubMed
Reference

PMID: 37591453
miR-335-5p

miRNA
Regulates GPX4 via Sp1 transcription factor Induces ferroptosis and inhibits progression Breast Cancer PubMed
Reference

PMID: 38866351
miR-128-3p

miRNA
Targets CD98hc, induces ferroptosis Promotes ferroptosis and reduces tumor burden Breast Cancer PubMed
Reference

PMID: 38734268
miR-376c-3p

miRNA
Targets SLC7A11 to regulate ferroptosis Inhibits ferroptosis and supports tumor growth Breast Cancer PubMed
Reference

PMID: 38318853
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