Chapter
COVID-19 Failures Due to Weak Innate Immune System and Overactive Adaptive Immune System
45:14 - 48:49 (03:34)
The COVID-19 response is hindered by a weak innate immune system, responsible for producing a fever, and an overactive adaptive immune system. The innate immune system includes macrophages that fight infections, while the adaptive immune system creates antibodies against specific pathogens.
Clips
The innate immune system is responsible for producing fever and shutting down viral replication in our body.
45:14 - 46:57 (01:42)
Summary
The innate immune system is responsible for producing fever and shutting down viral replication in our body. It comprises cells that act as scavengers and eliminate the infective agents, such as macrophages.
ChapterCOVID-19 Failures Due to Weak Innate Immune System and Overactive Adaptive Immune System
EpisodeChange Your Diet to PREVENT DISEASE & Reduce Inflammation w/Dr. Roger Seheult EP 1156
PodcastThe School of Greatness
The innate immune system in your body fights the virus for the first week of infection, but the adaptive immune system comes in later and starts attacking infected cells.
46:57 - 48:19 (01:22)
Summary
The innate immune system in your body fights the virus for the first week of infection, but the adaptive immune system comes in later and starts attacking infected cells. The key is to strengthen the innate immune system in the first week to prevent an overreaction from the adaptive immune system later on.
ChapterCOVID-19 Failures Due to Weak Innate Immune System and Overactive Adaptive Immune System
EpisodeChange Your Diet to PREVENT DISEASE & Reduce Inflammation w/Dr. Roger Seheult EP 1156
PodcastThe School of Greatness
One way to enhance the innate immune system is by increasing core body temperature for about 20 minutes, multiple times a day, using methods such as interferon.
48:19 - 48:49 (00:29)
Summary
One way to enhance the innate immune system is by increasing core body temperature for about 20 minutes, multiple times a day, using methods such as interferon.