Chronic Mold Exposure Ribosomes, Mitochondria & Neuroimmune Sensitization

Tonight’s PRESENTATION
– By Dr. James Alexander Joseph, D.O.

This presentation explores one of the most overlooked questions in chronic inflammatory illness:

What happens when the cell can no longer properly maintain and repair itself?

We will examine how common mycotoxins from water-damaged environments may affect:
– ribosomes and protein synthesis
– mitochondrial energy production
– oxidative stress pathways
– neuroimmune signaling
– mast cells and small fiber nerves
– autonomic regulation and sensory hypersensitivity

Particular attention will be given to the concept of the “ribotoxic stress response” — how certain mycotoxins may impair the cell’s ability to produce and regulate the proteins required for nerve signaling, membrane stability, ion-channel function, mitochondrial repair, and cellular precision.

The presentation will also explore:
– why symptoms may present differently from person to person
– why some individuals develop primarily cardiovascular or musculoskeletal symptoms
– why others develop autonomic dysfunction, sensory hypersensitivity, brain fog, or small fiber neuropathy-type symptoms
– how chronic inflammatory signaling, oxidative stress, and threshold physiology may contribute to persistent illness states

This lecture is presented for educational and exploratory purposes and will integrate both conventional mechanisms and emerging neuroimmune concepts in an effort to better understand chronic multisystem inflammatory conditions associated with mold exposure.

Direct Link: https://us02web.zoom.us/w/88143779001