![\"Moderna](\"https:\/\/www.tomgrimshaw.com\/tomsblog\/wp-content\/uploads\/2025\/10\/Moderna_Covid_Jab_Effects.jpg\")
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Spectral pulse-wave analysis revealed significant post-vaccine cardiovascular dysfunction consistent with increased arterial stiffness and impaired vascular function.<\/p>\n
A new peer-reviewed paper from Taipei Medical University has reported that 91% of Moderna mRNA-1273 recipients developed cardiovascular side effects during the observation period\u2014within one week of receiving the Moderna mRNA-1273 vaccine.<\/p>\n
Using advanced spectral pulse-wave analysis, the researchers detected statistically significant post-vaccine changes in arterial pulse amplitude and phase \u2014 patterns consistent with arterial dysfunction and increased vascular stiffness.<\/p>\n
These were objective, quantifiable changes in how the arteries function \u2014 the same alterations seen in hypertension, reduced vascular elasticity, and early endothelial stress.<\/p>\n
The study measured the radial pulse wave \u2014 the tiny pressure wave your heartbeat sends through your arteries \u2014 in 203 adults before and after Moderna vaccination.<\/p>\n
Researchers used a computer model to break down each pulse into harmonic frequencies, like separating a sound wave into musical notes.<\/p>\n
They analyzed:<\/p>\n
Amplitude (Cn): how strongly arteries expand with each beat<\/p>\n
Phase (Pn): how synchronized the pulse wave is as it travels through the vascular system<\/p>\n
Variability (CVn): how stable the body\u2019s cardiovascular regulation is<\/p>\n
These are sensitive markers of vascular health used in early heart disease detection.<\/p>\n
KEY FINDINGS<\/p>\n
185 of 203 participants (91%) experienced cardiac, vascular, or combined cardiovascular side effects following Moderna mRNA-1273 vaccination.<\/p>\n
Statistically significant post-vaccination changes in spectral pulse-wave indices (Cn and Pn) were detected in participants reporting cardiac or vascular side effects.<\/p>\n
These changes were consistent with increased vascular stiffness and reduced arterial elasticity, indicating altered blood-flow dynamics after Moderna\u2019s mRNA-1273 vaccination.<\/p>\n
No significant differences were observed between groups before vaccination, confirming the changes appeared after the Moderna shot.<\/p>\n
Measurements taken 7 \u00b1 3 days post-injection showed the alterations persisted at least one week.<\/p>\n
Standard clinical tests (ECG, blood counts, chest X-ray) remained normal in many participants, indicating these were subclinical, measurable vascular changes.<\/p>\n
The authors concluded that Moderna\u2019s mRNA vaccine \u201ccaused a local mismatch between vascular elastic properties,\u201d likely due to inflammation and immune activation in the vessel wall.<\/p>\n
The study explicitly cites spike protein\u2013driven endothelial inflammation, platelet activation, and autoimmune mimicry as plausible mechanisms.<\/p>\n
IMPLICATIONS<\/p>\n
Subclincial Heart Injury<\/p>\n
Even \u201chealthy\u201d recipients without obvious side effects showed quantifiable cardiovascular dysfunction.<\/p>\n
This suggests that standard blood tests and ECGs may miss early or subtle vascular changes detectable by spectral pulse analysis.<\/p>\n
Cumulative Risk<\/p>\n
Repeated exposure to spike-producing injections could amplify these vascular changes over time.<\/p>\n
Early Detection Tool<\/p>\n
The authors note that this non-invasive technique could be adapted for real-time monitoring of vascular stress following mRNA vaccination.<\/p>\n
The authors concluded:<\/p>\n
Subclinical vascular changes induced by Moderna\u2019s mRNA-1273 vaccine could be effectively detected by noninvasive real-time pulse distribution analysis.<\/p>\n
Translation: Even if you feel fine after the shot, your arteries might tell a different story.<\/p>\n