Name: Huge, aggressively spreading, treatment resistant tumors - Dr. Hoffe on vaxx induced turbo cancer
Uploaded: 2022-11-13T10:27:25+00:00
Duration: 5 min 25 s
Description: Dr. Charles Hoffe shares that before 2021, only a small percentage of new cancer diagnoses would be stage 4 (=spread throughout the body). In sharp contrast, since the vaxx roll-out, approximately two

2 years ago

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COVID19 vaccine VaxInjury VaxSafety VaccineMandate

Dr. Charles Hoffe shares that before 2021, only a small percentage of new cancer diagnoses would be stage 4 (=spread throughout the body). In sharp contrast, since the vaxx roll-out, approximately two thirds of all new cancer diagnoses are stage 4.

It has been noticed all over the world that people whose previous cancer used to be in remission, is suddenly and significantly flaring up again.

In new cancer diagnoses, the tumors are bigger than ever. They seem to grow and spread very aggressively, and are very resistant to treatment. This is exactly what Swedish pathologist Ute Krüger has noticed (see link to video below).

Dr. Hoffe presents a case report of a patient of his who was coerced into getting the COVID injection to keep his job. He used to be cancer free as confirmed by a chest x-ray done in December of 2021, which showed no abnormalities. In the mere 10 months since, a 10 cm (4") tumor has grown in his chest.

Such growth at warp speed (or perhaps we should use Pfizer director Janine Small's words, "speed of science"?) used to be unheard of before the mass COVID injections.

The patient also has a 6 cm (2.5") secondary tumor next to his vertebrae and multiple other metastasized tumors. "His chances of surviving this are pretty close to zero. This is a highly aggressive cancer."

NB: Dr. Hoffe has refused to personally COVID inject even one of his patients. He has stressed the risks from the very beginning, because both informed consent and his Hippocratic Oath require him to do so. Patients could still get vaxxed if they wanted, but they would have to go to a different location.