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- NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_assertion type Assertion NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_head.
- NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_assertion wasGeneratedBy ECO_0000203 NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_provenance.
- NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_assertion wasDerivedFrom befree-2016 NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_provenance.
- NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_assertion SIO_000772 23071542 NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_provenance.
- NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_assertion evidence source_evidence_literature NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_provenance.
- NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_assertion description "[This study demonstrates that down-regulation of miR-101 in different subtypes of human breast cancer tissues is linked to the increase of cellular proliferation and invasiveness via targeting Stmn1, which highlights novel regulatory mechanism in breast cancer and may provide valuable clues for the future clinical diagnosis of breast cancer.]. Sentence from MEDLINE/PubMed, a database of the U.S. National Library of Medicine." NP1021496.RAqr_1DSdZRUllh0pDVWYB-v1pSZnOhnQac9q4VcRv8UQ130_provenance.