TP53 DRIVES ABSCOPAL EFFECT BY SECRETION OF SENESCENCE-ASSOCIATED MOLECULAR SIGNALS IN NON-SMALL CELL LUNG CANCER

TP53 drives abscopal effect by secretion of senescence-associated molecular signals in non-small cell lung cancer

Abstract Background Recent developments in abscopal effect strongly support the use of radiotherapy for the treatment of metastatic disease.However, deeper understanding of the molecular mechanisms underlying napoleon concealer the abscopal effect are required to best benefit a larger proportion of patients with metastasis.Several groups including

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A novel human tectonin protein with multivalent beta-propeller folds interacts with ficolin and binds bacterial LPS.

BACKGROUND: Although the human genome database has been completed a decade ago, approximately 50% of the proteome remains hypothetical as their functions are unknown.The elucidation of the functions of these hypothetical proteins can lead to additional protein pathways and revelation of new cascades.However, many of these inferences are limited to

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