KRT8 (Keratin 8)

The strong and diffuse staining pattern of desmin and SMA can be very helpful in distinguishing leiomyosarcoma from its spindle cell mimics. A novel finding is that SMA positivity was identified in malignant endothelium. Immunolabelling for CD34 and KIT provides reliable markers for vascular neoplasms and GISTs. Vimentin does not allow to distinguish between different mesenchymal malignancies in guinea pigs. Occasional positivity for keratins and S100 points to potential pitfalls and emphasised the need for a panel of immunohistochemical stains in the investigation of mesenchymal tumours.

This suggests a positive feedback cycle whereby Keratin 8 promotes midzone localization of Aurora B and, in turn, is locally disassembled by its kinase activity. This cycle is required for successful furrow ingression and completion of cell division in cancer cells of epithelial origin and might provide a target for solid tumor treatment.

Genetic colon-specific mouse model with loss of K8 and Apc adequately resembles human CRC. This study identifies anti-tumorigenic protective roles of colonocyte K8 in the colon.

Elevated KRT8 expression in tumor tissues is significantly associated with increased IRP risk in lung adenocarcinoma patients receiving immunotherapy. These exploratory, hypothesis-generating findings suggest that KRT8 expression may serve as a potential biomarker for predicting IRP development, though validation in larger cohorts is needed.

Rather, KRT8 is externalized via secretory autophagy possibly in a complex with KRT19. Thus, despite lacking a classical SP, PDA cells secrete KRT19 to capture CXCL12 and protect against immune attack.

From a translational viewpoint, this approach identifies new pathways and targetable candidates to enhance immune cell recovery in pediatric cancer patients undergoing cytoreductive treatments. From an analytical perspective, it provides an innovative framework for visualizing protein distribution in lymphoid and other tissues, significantly advancing the potential for translational proteomic research.

In conclusion, the present study confirmed the role of KRT8P12 as a palmitoylation-related gene in regulating CRC. In addition, the palmitoylation-associated risk signature may offer a promising tool for prognostic prediction in CRC and could guide personalized treatment strategies, including immune checkpoint inhibitors and targeted therapies.

All doses of the vector induced epithelial proliferation; the higher doses also produced stromal alterations, metaplasia, and possible neoplastic transformation. These findings highlight the potential for site-specific activation of oncogenes in large animal models of epithelial tumors, with the ability to induce stromal alterations reminiscent of human PDAC.

We studied the unconventional secretion of KRT19 and found it is secreted by signal peptide independent entry into the endoplasmic reticulum, as well as via secretory autophagy. Thus, PDA externalized immunosuppressive KRT19 through two unconventional means.

The in vivo assay demonstrated that HCG18 knockdown inhibited tumor growth by the miR-194-5p/KRT18/MAPK axis. HCG18 can promote cell proliferation and stem cell characteristics in CCA through the miR-194-5p/KRT18/MAPK signaling.

These data suggest that the expression of fatty acid or IRAK1/IL1Rrelated genes predicts T lymphocyte effector or regulatory responses to TAA in patients that undergo CT. These findings are a springboard to set up precision immunotherapies in PDA based on the TAA vaccination in combination with CT.

EZMLD has therapeutic potential for ovarian cancer and may be considered for other cancer types. Future research may explore its broader effects beyond cell apoptosis.