Covid 19 Part XXXV-956,720 ROI (5,952 deaths) 452,946 NI (3,002 deaths) (08/01) Read OP

The numbers for Northern Ireland today is 1973 new cases. Presumably we will have 1000+ new cases in the South today.

That will be 3000 new cases on the Island of Ireland.

Considering that the population of the Island is 6.5 million, and the population of England is 5.5 million, and their 7 day average is 42,000, we are not far behind where they are. With Bars and restaurants opening here on Monday we could be at 4000+ cases per day in two weeks time.

Tony Blair said a few weeks ago that vaccines should be mandatory. Now consider in the early 2000's during an upsurge of measles and mumps, he refused to say if Leo Blair was Vaccinated. He could have stopped hesitancy in one sentence and been a hero.. he said they had a right to privacy and never once divulged it, until 2008 when his wife promoted her own book and said yes he did..she wouldn't say when and won't say if it was a triple jab or single jab.

so why say it then?? simple, it didn't happen and that's been confirmed in the past. Have a read about her and carol Caplin and even here fraudster husband who advised the blairs and introduced them to these mystics. He even advised as to if they should go to war in Iraq!!

She had a celeb endorsed mystic help Leo and hold a crystal over him amongst other things..they are absolute bonkers those two but it gives an insight in the do as we say not as we do culture that reveals itself very day.

"Any infection initially activates a non-specific innate immune response, in which white blood cells trigger inflammation. This may be enough to clear the virus. But in more prolonged infections, the adaptive immune system is activated. Here, T and B cells recognise distinct structures (or antigens) derived from the virus. T cells can detect and kill infected cells, while B cells produce antibodies that neutralise the virus.

During a primary infection – that is, the first time a person is infected with a particular virus – this adaptive immune response is delayed. It takes a few days before immune cells that recognise the specific pathogen are activated and expanded to control the infection.

Some of these T and B cells, called memory cells, persist long after the infection is resolved. It is these memory cells that are crucial for long-term protection. In a subsequent infection by the same virus, the memory cells get activated rapidly and induce a robust and specific response to block the infection.

A vaccine mimics this primary infection, providing antigens that prime the adaptive immune system and generating memory cells that can be activated rapidly in the event of a real infection. However, as the antigens in the vaccine are derived from weakened or noninfectious material from the virus, there is little risk of severe infection.

Vaccines have other advantages over natural infections. For one, they can be designed to focus the immune system against specific antigens that elicit better responses.

For instance, the human papillomavirus (HPV) vaccine elicits a stronger immune response than infection by the virus itself. One reason for this is that the vaccine contains high concentrations of a viral coat protein, more than what would occur in a natural infection. This triggers strongly neutralising antibodies, making the vaccine very effective at preventing infection.

The natural immunity against HPV is especially weak, as the virus uses various tactics to evade the host immune system. Many viruses, including HPV, have proteins that block the immune response or simply lie low to avoid detection. Indeed, a vaccine that provides accessible antigens in the absence of these other proteins may allow us to control the response in a way that a natural infection does not.

The immunogenicity of a vaccine – that is, how effective it is at producing an immune response – can also be fine tuned. Agents called adjuvants typically kick-start the immune response and can enhance vaccine immunogenicity."

https://theconversation.com/why-a-vaccine-can-provide-better-immunity-than-an-actual-infection-145476