TP53 mutation

A comprehensive assessment of the post-treatment tumor microenvironment revealed that KRAS degradation increased tumor-derived CCL5 levels, thereby promoting CD8+ T-cell recruitment and amplifying antitumor responses. Thus, AUTACE represents a promising strategy for the treatment of KRAS/TP53 co-mutant tumors.

Endometrial tumors with FOLR1 overexpression had a significantly higher rate of TP53 mutations (P=0.013), while all endometrial tumors with PTEN alterations were negative for FOLR1 (P=0.037). Overall, FOLR1 overexpression was associated with poor prognostic factors, such as advanced clinical stage, increased recurrence rate, higher pathologic T and N stage, poor histologic grade, larger tumor size, lymphovascular invasion, uterine serosa involvement, and shorter progression-free survival.

This first comprehensive genomic characterization of HTLV-1 in South America reveals population-specific viral evolution, reduced HLA diversity, and evidence of early oncogenic transformation events. The exceptionally high proviral loads and unique mutational landscape provide novel insights into HTLV-1 pathogenesis and support the development of population-tailored risk stratification approaches. These findings emphasize the urgent need for expanded genomic surveillance and targeted interventions in underrepresented populations bearing disproportionate HTLV-1 burden.

Mechanistically, we demonstrate induction of senescence following HUWE1 depletion - characterised by impaired proliferation, an atypical cell cycle distribution, emergence of morphologically abnormal enlarged cells, increased β-galactosidase activity, and transcriptional reprogramming associated with inflammatory senescence-associated secretory phenotype (SASP) signalling and NFκB activation. Together, these data highlight a crucial role for HUWE1 in mutant Kras-induced LUAD tumorigenesis and in the continued growth and proliferation of established LUAD cells, confirming HUWE1 as a rational therapeutic target for LUAD.

Here, we present a review of the structure, inactivation, and roles of p53 in diseases. In addition, this review discusses the efforts to target diseases associated with p53 dysfunction and the challenges encountered in the clinical development of these approaches.

N+T in patients with HER2-mutant metastatic TNBC appeared to prolong responses versus neratinib alone, representing a novel approach for biomarker-defined metastatic TNBC patients. Based on these and previously published data, neratinib-based combinations are endorsed by NCCN guidelines for patients with hormone receptor-positive or -negative metastatic breast cancer with activating HER2 mutations.

P1, N=32, Not yet recruiting, Northside Hospital, Inc.

We illustrate four use cases of ASHOP: (1) stratification of DUX4-rearranged B-cell leukemias into Early/Multipotent and Committed subgroups with distinct outcomes, (2) characterization of HOXA/HOXB expression patterns in acute myeloid leukemias, (3) correlating mutational burden with mismatch repair deficiency and mutational signatures, (4) investigation of TP53 alteration landscape. ASHOP is an open-access resource to inform genomic and transcriptomic data interpretation for hematologic malignancies, and will expand to support additional diseases and data modalities from the ASH community.

These findings establish a mechanistic link between hormonal signaling, p53 allelic status, and m6A-dependent post-transcriptional regulation. Although further in vivo validation is required, disruption of the ALKBH5-REG1A axis may contribute to heterogeneous endometrial responses to tamoxifen, thereby providing a conceptual framework for biomarker-oriented investigation.

Additionally, we explore the mechanisms underlying TP53 mutations in the leukemic transformation of MPNs, including clonal evolution to multihit status and the role of inflammation and therapy. Finally, recent findings on the clinical impact of multihit TP53 mutations and potential strategies for targeting the p53 pathway in MPNs and sAML are presented.

This review synthesizes current knowledge on the unique tumor biology of breast cancer in young women, highlighting the need for precision oncology approaches that account for age-related tumor behavior. Enhanced characterization of this population may ultimately improve survival outcomes and quality of life for young women affected by breast cancer.

Malignant EAML can invade atypical venous routes such as the lumbar vein. Comprehensive imaging, multidisciplinary evaluation, and long-term follow-up are crucial for successful management.