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Jim Hoffman: How Poor Efferocytosis Self-Sufficiency Causes Circulating Blood Levels of NETs Rising
Dec 27, 2025, 10:13

Jim Hoffman: How Poor Efferocytosis Self-Sufficiency Causes Circulating Blood Levels of NETs Rising

Jim Hoffman, Former Technical Advisor at Cygnus Technologies, LLC, reposted Muhammad HARIS Baig on LinkedIn:

“Poor efferocytosis self-sufficiency also causes a rise in circulating blood levels of extracellular chromatin/NETs that helps to facilitate experimental tumor growth, cancer-associated thrombosis and cancer metastasis. Digesting the extracellular chromatin with DNase has been demonstrated to improve the efficacy of existing anti-cancer therapies in tumor models and is going to be co-administered and trialed for human cancer.

See the attached very enlightening presentations by Mikala Egeblad, using Intravital Fluorescent Microscopy.”

Watch presentations using these links:

presentation.1
presentation.2

Quoting Muhammad HARIS Baig’s post:

“Role of Apoptosis Failure in Cancer Progression
Apoptosis is the body’s natural system for removing damaged or abnormal cells.
When this process breaks down, genetically unstable cells survive and continue dividing.
Over time, these cells collect mutations, escape normal growth control, and move one step closer to cancer.
How apoptosis failure drives cancer
p53 mutations

Loss of DNA damage sensing and cell cycle control
Bcl 2 overexpression

Blocks mitochondrial mediated cell death
Caspase inactivation

Prevents execution of programmed cell death
Genomic instability

Progressive accumulation of mutations

The outcome is clear. Abnormal cells avoid death, tumors grow, therapies fail, and disease progresses.
Defects in apoptotic pathways sit at the core of cancer biology and remain critical targets for modern anticancer therapies.”

Jim Hoffman: How Poor Efferocytosis Self-Sufficiency Causes Circulating Blood Levels of NETs Rising

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