4 ms·

The MRNA jabs by definition induce the recipients body to produce viral proteins, so no, other vaccines would NOT cause similar issues. It's not infection per-

The MRNA jabs by definition induce the recipients body to produce viral proteins, so no, other vaccines would NOT cause similar issues. It's not infection per-se, but could explain unprecedented and novel downstream effects. Breastfeeding during an active COVID infection could cause similar results, though infants and young children lack the ACE-2 receptors the virus most actively infects

Hallucinaut 4y ago
Please can you explain how a weakened virus, infecting but not overwhelming an immune system, or an adenovirus modified to produce such proteins, or direct injection of these proteins differ from mRNA vaccines in their ability to leave proteins in a person? I don't understand if you're distinguishing non-COVID vaccines or non-mRNA vaccines when you say other vaccines won't have the issue.
miskin 4y ago
Article specifically says that "SARS-CoV-2 infection can result in viral reservoir formation" and that this may lead to repeated release of virus to body. This may cause the rise of immune activation and "SARS-CoV-2 spike protein that bears resemblance to Staphylococcal enterotoxin B, triggering broad and non-specific T-cell activation. This superantigen-mediated immune-cell activation has been proposed as a causal mechanism of multisystem inflammatory syndrome in children". As MRNA vaccine do not make recipient body to create replicable viral protein, I fail to see the mechanism that would create this viral reservoir and article does not even mention this as possibility. Moreover, MRNA vaccine itself is not injected into your blood, but to muscle tissue, so how would that MRNA vaccine get into milk? Especially if you compare it with much much higher probability of child simply being infected with live virus.
rsfern 4y ago
The amount of spike protein that manages to circulate the blood stream is super low, like orders of magnitude lower than in a typical live infection.

Hallucinaut 4y ago

Please can you explain how a weakened virus, infecting but not overwhelming an immune system, or an adenovirus modified to produce such proteins, or direct injection of these proteins differ from mRNA vaccines in their ability to leave proteins in a person? I don't understand if you're distinguishing non-COVID vaccines or non-mRNA vaccines when you say other vaccines won't have the issue.

miskin 4y ago

Article specifically says that "SARS-CoV-2 infection can result in viral reservoir formation" and that this may lead to repeated release of virus to body. This may cause the rise of immune activation and "SARS-CoV-2 spike protein that bears resemblance to Staphylococcal enterotoxin B, triggering broad and non-specific T-cell activation. This superantigen-mediated immune-cell activation has been proposed as a causal mechanism of multisystem inflammatory syndrome in children". As MRNA vaccine do not make recipient body to create replicable viral protein, I fail to see the mechanism that would create this viral reservoir and article does not even mention this as possibility. Moreover, MRNA vaccine itself is not injected into your blood, but to muscle tissue, so how would that MRNA vaccine get into milk? Especially if you compare it with much much higher probability of child simply being infected with live virus.

rsfern 4y ago

The amount of spike protein that manages to circulate the blood stream is super low, like orders of magnitude lower than in a typical live infection.