An article this month in Global Health Now highlights a "global surge in cardiovascular deaths". However, the data oddly stop in 2018 and, as usual, there's not a single mention of vaccine side-effects.
Excess deaths in the past year were thousands higher than in the pandemic year of 2021 – 67,724 vs 54,770 above the pre-pandemic five-year average – and just a quarter were from Covid.
The high number of heart deaths in the past two years have resulted in the five-year baseline heading upwards, hiding quite how high heart-related deaths continue to be. What's driving the alarming trend?
Singapore has seen a similar rise in heart deaths to England despite having far less Covid before autumn 2021, meaning it cannot be blamed on Long Covid and putting more suspicion on the vaccines.
In the last year, there has been an excess of 21,841 cardiovascular deaths. The data suggest it isn’t caused by a fall in drug treatment. The Government should do better to get to the bottom of what is really driving it.
The “incredibly high” excess death rate in 2022 should be urgently investigated by the Government, Australia’s top actuarial body has said. Heart problems top the causes, alongside thousands from 'unknown' causes.
Correlation isn't causation. But the correlations keep cropping up and the causal mechanisms are known. The possibility the vaccines are involved in some of the thousands of recent excess deaths must be taken seriously.
The latest explanation for the thousands of excess heart deaths this year is the NHS backlogs. The idea that the experimental mRNA shots might be to blame is either ignored or dismissed as a 'conspiracy theory'.
New evidence has emerged from Switzerland showing that mRNA vaccines are routinely injuring the heart of vaccine recipients, with myocarditis occurring in as many as one in 27 cases.
The NHS waiting list for routine operations has topped 7 million for the first time, leaving 1 in 8 people in England waiting for treatment. The number out of work due to long-term sickness is at a record high of 2.5m.
