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Role of Bovine Meat and Milk Factors in Colorectal Cancer

Role of Bovine Meat and Milk Factors in Colorectal Cancer

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Bovine meat and milk factor protein expression in colorectal cancer patients' tumor-free mucosa corresponds with macrophages and may interfere with patient survival.

Highlights:
  • Bovine milk and meat factors (BMMFs) are plasmid-like DNA molecules recovered from bovine milk, serum, and colorectal cancer patients' peritumor
  • Monitoring the presence and rate of expression of a BMMF-encoded replication protein (Rep) in inflammatory areas can help with cancer diagnosis
  • BMMF Rep expression could be a signal and an early risk factor for colorectal cancer
Bovine meat and milk factors (BMMFs), discovered by de Villiers et al. in 2014, are a family of infectious agents found in beef and cow's milk that have been connected to cancer development. According to new research published in the journal Molecular Oncology, monitoring the presence and rate of expression of a BMMF-encoded replication protein (Rep) in inflammatory areas of the tissues may help identify individuals at risk of developing colorectal cancer after decades of dormancy.

Identifying the Risk of Colorectal Cancer

The presence of Rep and particular immune cells in tissues from persons with and without colorectal cancer was compared in the study. In addition to finding differences in Rep expression between these groups, the researchers discovered the Rep in immune cells involved in inflammation in precancerous stages, lending credence to our Hausen's earlier contribution of BMMF to colorectal cancer via inflammation-driven indirect carcinogenesis described in 2001 and 2009.

Bovine Meat and Milk Factors Play a Role in Cancer Prognosis

“With further studies, we aim to address whether the identification of BMMF-positive inflamed tissue can be used as an early risk marker for colorectal cancer. Therefore, first monitoring of Rep expression and inflammation in biopsies is important to better understand BMMF-specific induction of cancer and prognosis,” said corresponding author Timo Bund, Ph.D., of the German Cancer Research Centre. “The early identification of BMMF might offer new options for preventive and therapeutical intervention.”

Source-Medindia


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