No wonder having batch number in vax cards is important to them. And no wonder the vaxes were not fully certified by the FDA, if composition can vary so much.

I do contract engineering. Some time ago I saw various job notices for bioengineers by the vax companies looking for engineers to come in, work, and document their vax production processes. That is odd, because normally this is handled by internal people, and the processes are fairly stable. Although bioreactors have to be fine tuned. But if you are frequently changing the batches, perhaps now you need someone on top of that, and if you later have to deny what you are doing, you use disposable personnel so that you can deny your (direct) employees did anything. I always thought the job descriptions were a bit odd because they implied nonstandard ways of operating. Several of the GMO/DNA companies we have in the Bay Area were hiring for it, which made me suspicious because it was more than one company suddenly doing it. These companies provide components to sell to the vax mfrs (the mfrs do not all make all their own materials).

In particular, nanotech in vaxes may be made by outside companies specializing in it. So for instance, Pfizer might not have nanotech engineers on staff nor make silicon chips or (carbon?) nanochips themselves; they probably buy it and mix it in. A vax is kind of like a blended whiskey - it's not all one substance and you kind of need a brew meister. My guess is that one secret company makes the nanotech and then all vax cos get it. So that way you can put the same Bluetooth ID means in all vaxes.

No wonder having batch number in vax cards is important to them. And no wonder the vaxes were not fully certified by the FDA, if composition can vary so much.

I do contract engineering. Some time ago I saw various job notices for bioengineers by the vax companies looking for engineers to come in, work, and document their vax production processes. That is odd, because normally this is handled by internal people, and the processes are fairly stable. Although bioreactors have to be fine tuned. But if you are frequently changing the batches, perhaps now you need someone on top of that, and if you later have to deny what you are doing, you use disposable personnel so that you can deny your (direct) employees did anything. I always thought the job descriptions were a bit odd because they implied nonstandard ways of operating. Several of the GMO/DNA companies we have in the Bay Area were hiring for it, which made me suspicious because it was more than one company suddenly doing it. These companies provide components to sell to the vax mfrs (the mfrs do not all make all their own materials).

In particular, nanotech in vaxes may be made by outside companies specializing in it. So for instance, Pfizer might not have nanotech engineers on staff nor make silicon chips or (carbon?) nanochips themselves; they probably buy it and mix it in. A vax is kind of like a blended whiskey - it's not all one substance and you kind of need a brew meister.

No wonder having batch number in vax cards is important to them. And no wonder the vaxes were not fully certified by the FDA, if composition can vary so much.

I do contract engineering. Some time ago I saw various job notices for bioengineers by the vax companies looking for engineers to come in, work, and document their vax production processes. That is odd, because normally this is handled by internal people, and the processes are fairly stable. Although bioreactors have to be fine tuned. But if you are frequently changing the batches, perhaps now you need someone on top of that, and if you later have to deny what you are doing, you use disposable personnel so that you can deny your (direct) employees did anything. I always thought the job descriptions were a bit odd because they implied nonstandard ways of operating. Several of the GMO/DNA companies we have in the Bay Area were hiring for it, which made me suspicious because it was more than one company suddenly doing it. These companies provide components to sell to the vax mfrs (the mfrs do not all make all their own materials).

In particular, nanotech in vaxes may be made by outside companies specializing in it. So for instance, Pfizer might not have nanotech engineers on staff nor make silicon chips or (carbon?) nanochips themselves; they probably buy it and mix it in.