The bird flu can join the monkey pox, swine fllu and Covid money making coax. Children have natural immunity until it is destroyed by the experimental ‘vaccines’
One would think that non-symptomatic lower shedding would help a little bit toward transmission, but when you see how these birds live, it’s unlikely it will do anything unless it’s neutralizing. One way would be to take apex breeders and attempt selection for stronger immunity…could even CRISPR-mediated suppression of viral life cycle help? It seems like (although a longer process) a natural husbandry approach to select for quantitative resistance traits would be preferred. But we have to remember that vaccination is a big business. You do have to wonder how altering diet could help…considering these diets are optimized for one thing. The crazy part though is “social distancing” 🤣is impossible for these birds and if one gets infected it’s game over. I was trying to argue with a poultry company during an interview that they should care about epigenetics: how much could changing diet and environment of the birds give them a fighting chance to better fight infection? This article was great in that it goes deep in how difficult of a problem this really is.
After much research about the varroa mite destroying bee colonies (that are closely contained in bee hives), I understand that it was decided to stop trying to protect the bees against the mite but let the mite kill the vulnerable bees and support the bees that were resistant to the mite so that in time natural resistance could spread.
The bird flu can join the monkey pox, swine fllu and Covid money making coax. Children have natural immunity until it is destroyed by the experimental ‘vaccines’
One would think that non-symptomatic lower shedding would help a little bit toward transmission, but when you see how these birds live, it’s unlikely it will do anything unless it’s neutralizing. One way would be to take apex breeders and attempt selection for stronger immunity…could even CRISPR-mediated suppression of viral life cycle help? It seems like (although a longer process) a natural husbandry approach to select for quantitative resistance traits would be preferred. But we have to remember that vaccination is a big business. You do have to wonder how altering diet could help…considering these diets are optimized for one thing. The crazy part though is “social distancing” 🤣is impossible for these birds and if one gets infected it’s game over. I was trying to argue with a poultry company during an interview that they should care about epigenetics: how much could changing diet and environment of the birds give them a fighting chance to better fight infection? This article was great in that it goes deep in how difficult of a problem this really is.
After much research about the varroa mite destroying bee colonies (that are closely contained in bee hives), I understand that it was decided to stop trying to protect the bees against the mite but let the mite kill the vulnerable bees and support the bees that were resistant to the mite so that in time natural resistance could spread.
https://open.substack.com/pub/drkalcker/p/the-bird-flu-crisis-and-the-untapped?r=5f623t&utm_medium=ios