Publications by authors named "A L Lazenby"

Local and systemic immunosuppression are prominent features of pancreatic cancer, rendering anti-tumor effector cells inactive and immunotherapeutic approaches ineffective. The spleen, an understudied point of antigen-presentation and T cell priming in humans, holds particular importance in pancreatic cancer due to its proximity to the developing tumor. As main effectors of antigen presentation, dendritic cells display antigens to lymphocytes, thereby bridging the innate and adaptive immune response.

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Introduction: Tertiary syphilis, a late form of the disease with neurologic, cutaneous, and cardiovascular manifestations, is rarely seen in the United States in modern times. Also called the "great imitator," syphilis tends to mimic other disease processes, which can lead to a delay in proper diagnosis and treatment.

Case: We present the case of a 59-year-old woman who presented for evaluation of possible squamous cell carcinoma of the vulva.

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Article Synopsis
  • * These guidelines are designed to support physicians in making informed decisions about CRC screening for patients who do not have specific genetic syndromes.
  • * Recent updates include insights on both primary and secondary CRC prevention, particularly addressing when to start screening for average-risk individuals and those with a relevant personal history of cancer.
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Article Synopsis
  • Tumour cells rely on nutrients from their environment to survive, particularly in challenging conditions, and pancreatic cancer-associated fibroblasts (CAFs) play a key role in regulating this process by secreting acetate.* -
  • The enzyme acetyl-CoA synthetase short-chain family member 2 (ACSS2) helps cancer cells utilize this acetate, impacting their gene expression and enhancing their survival in acidic conditions by stabilizing the transcription factor SP1.* -
  • Disabling the ACSS2-SP1-SAT1 pathway in experimental mouse models leads to reduced tumour growth, emphasizing the importance of this metabolic interaction for cancer cell resilience under stress.*
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