Transcription Factor YY1 Drives Radiotherapy Resistance in Lung Adenocarcinoma Through PMVK
A study reveals that the transcription factor YY1 transcriptionally activates PMVK to suppress ferroptosis and promote radiotherapy resistance in lung ...
A study reveals that the transcription factor YY1 transcriptionally activates PMVK to suppress ferroptosis and promote radiotherapy resistance in lung ...
A 2025 in silico study in Cell Division identifies a ceRNA axis involving TMPO-AS1 and let-7b-5p that upregulates chromosomal passenger ...
A retrospective two-center study of 650 patients found a CT-derived nested habitats score discriminated IASLC Grade 1 from Grade 2 ...
Researchers evaluated PSMB7 across multiple datasets and cell lines, identifying it as an independent prognostic biomarker linked to immune microenvironment ...
A multi-cohort transcriptomic study identified shared genetic biomarkers and immune mechanisms connecting atherosclerosis and lung adenocarcinoma, providing new models for ...
A computational study evaluating multi-omics databases found that elevated BUB1 expression driven by a noncoding RNA regulatory network correlates with ...
A molecular stratification of endoplasmic reticulum stress in lung adenocarcinoma identifies DKK1 as a tumor-cell-biased prognostic regulator linked to ER-phagy-related ...
A SCGB3A2-high tumor cell state in lung adenocarcinoma shows low angiogenesis and is associated with extracellular PGK2 and angiostatin signals.
A review synthesizing aging biology, geriatric oncology, and public lung adenocarcinoma cohort analyses proposes an age-decompression framework to reposition chronologic ...
A retrospective analysis of ten fetal lung adenocarcinoma cases at a single Chinese hospital describes distinct low-grade and high-grade pathological, ...
St. Jude scientists showed that METTL13-driven methylation of the translation factor eEF1A selectively speeds decoding of codons enriched in oncogenes ...
A machine learning analysis of 349 lung adenocarcinoma cases identified a 40-lncRNA signature that separated patients by overall survival and ...
Preclinical research shows that natural killer cells engineered with a CD73-targeting receptor kill relapsed or refractory lung adenocarcinoma cells in ...
A retrospective study of 250 patients developed a nomogram using age, EGFR genotype, CYFRA21-1 level, and TKI generation to predict ...
A multi-database bioinformatics study identifies the long non-coding RNA TMPO-AS1 as overexpressed in lung adenocarcinoma and linked to poor survival ...
A case report describes a rapidly enlarging chest wall mass at a thoracoscopic port site after early-stage lung cancer resection ...
A case report describes rare germline MUC16 variants shared by four siblings with multiple primary lung adenocarcinomas, suggesting possible familial ...
A six-gene endothelial cell signature built from single-cell RNA sequencing data predicts survival outcomes and reveals distinct tumor microenvironment communication ...
A methylation mark on translation factor eEF1A selectively speeds decoding of rare, wobble-weak codons, boosting KRAS production and driving resistance ...
A new study reports that the RNA m5C methyltransferase NSUN2 suppresses CCL5-driven CD8+ T cell recruitment in lung adenocarcinoma through ...
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