Lockdowns will be seen as the “single biggest public health mistake” in history, a Stanford professor has warned.
…”Almost from the very beginning, lockdown was going to have enormous collateral consequences, things that are sometimes are hard to see but are nevertheless real.”
Dr. Jay Bhattacharya, a professor at Stanford University Medical School, recently said that COVID-19 lockdowns are the “biggest public health mistake we’ve ever made…The harm to people is catastrophic.”
“I stand behind my comment that the lockdowns are the single worst public health mistake in the last 100 years. We will be counting the catastrophic health and psychological harms, imposed on nearly every poor person on the face of the earth, for a generation.
At the same time, they have not served to control the epidemic in the places where they have been most vigorously imposed. In the US, they have – at best – protected the ‘non-essential’ class from COVID, while exposing the essential working class to the disease. The lockdowns are trickle down epidemiology.“
- We have experience of SARS in 2003 and MERS in 2012, while in the UK there are at least four known strains of coronavirus which cause the common cold.
- Many individuals who’ve been infected by other coronaviruses have immunity to closely related ones such as the Covid-19 virus.
- Multiple research groups in Europe and the US have shown that around 30 per cent of the population was likely already immune to Covid-19 before the virus arrived – something which Sage continues to ignore.
- Prof. John Ioannidis, professor of epidemiology at Stanford University in California, have concluded that the mortality rate is closer to 0.2 per cent – 1 in 500 infected die.
- Around 45,000 Covid deaths in the UK
- Approximately 22.5million people have been infected – 33.5 per cent of our population – not Sage’s 7 per cent calculation.
- Not every infected individual produces antibodies.
- The human immune system has several lines of defence:
- Innate immunity which is comprised of the body’s physical barriers to infection and protective secretions (the skin and its oils, the cough reflex, tears etc);
- Inflammatory response (to localise and minimise infection and injury), and the production of non-specific cells (phagocytes) that target an invading virus/bacterium.
- Antibodies that protect against a specific virus or bacterium (and confer immunity) and T-cells (a type of white blood cell) that are also specific.
- T-cells that are crucial in our body’s response to respiratory viruses such as Covid-19.
- World Health Organisation says 750million people have been infected by the virus as of October and almost none have been reinfected.
- Mortality in 2020 so far ranks eighth out of the last 27 years.
- The death rate at present is also normal for the time of year – the number of respiratory deaths is actually low for late October.
- Not only is the virus less dangerous than we are being led to believe, with almost three quarters of the population at no risk of infection.
- I am convinced this so-called second wave of rising infections and, sadly, deaths will fizzle out without overwhelming the NHS.
COVID-19 Infection fatality rate (IFR) estimated between 0.02% and 0.4%.