The biggest issue with developing a vaccine for the common cold is that it mutates, so scientists are always trying to hit a moving target. Sure, they can develop a vaccine for a specific virus but, by the time you make it and distribute it, the virus has more than likely mutated and the vaccine won't work as well as hoped.
Even the flu vaccine is a best guess based on research by six centers around the world. They meet and determine the A (probable) and B (less probable) viruses that will be transmitted, then develop vaccines based on those probabilities (that's why flu vaccines sometimes don't work - it turns out the B viruses are more prevalent instead of the predicted A viruses).
There are also separate flu vaccines for the Northern and Southern Hemispheres.
Yet study after study shows that getting these shots makes one MORE susceptible to any other cold or flu, makes one a carrier/spreader, and lastly collects toxins from each shot cumulatively.
The biggest issue with developing a vaccine for the common cold is that it mutates, so scientists are always trying to hit a moving target. Sure, they can develop a vaccine for a specific virus but, by the time you make it and distribute it, the virus has more than likely mutated and the vaccine won't work as well as hoped.
Even the flu vaccine is a best guess based on research by six centers around the world. They meet and determine the A (probable) and B (less probable) viruses that will be transmitted, then develop vaccines based on those probabilities (that's why flu vaccines sometimes don't work - it turns out the B viruses are more prevalent instead of the predicted A viruses).
There are also separate flu vaccines for the Northern and Southern Hemispheres.
That's the story they tell us, anyway.
Yet study after study shows that getting these shots makes one MORE susceptible to any other cold or flu, makes one a carrier/spreader, and lastly collects toxins from each shot cumulatively.