Trump Elected: The True MAGA Era Begins, Now What?


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More nanobots are needed to contain Trump! They are trying to eliminate him without violating his free will.

Flashback March 2024:
Q: (Joe) What are the chances of Trump being assassinated this year?
A: Possible made to look natural event.

Q: (Gaby) Like a heart attack.
A: Stroke.
 
As a side bar, on Trump being made to possibly have a stroke from the quoted session by @Natus Videre- Gaby recently posted about thromboembolic events occurring in young people from new Covid variants (not necessarily vaccine related, just new strains). Could be something made worse with booster shots perhaps?
The latest vaccination campaign hasn't officially started, but there's already a bad cluster of blood clots in relatively young people having the latest strain of COVID-19. Just a reminder to people if they come down even with a mild cold, to take some blood thinning supplements or anti-inflammatory cocktails such as nattokinase, pycnogenol, bromelain, omega 3s, or even aspirin to relieve symptoms if there's no known allergies or contraindications.

Since the COVID-19 era, there's definitely more thromboembolic events. The latest batch is involving some small visceral arteries like thrombosis in the splenic artery, mesenteric artery, etc. and none of the affected had a particularly bad head cold. All of them tested positive for COVID-19 prior to the event.

FWIW.
 
As a side bar, on Trump being made to possibly have a stroke from the quoted session by @Natus Videre- Gaby recently posted about thromboembolic events occurring in young people from new Covid variants (not necessarily vaccine related, just new strains). Could be something made worse with booster shots perhaps?
And autumn, particularly October (and coinciding with vaccination campaigns), is a month when there's already an increased risk of strokes and heart attacks in vulnerable people:


In particular, the interaction between solar wind and Earth's magnetosphere leads to energy exchanges that are modulated by an approximately 11-year solar cycle, resulting in short-term geomagnetic disturbances (GMD) (Dorman et al., 2008), which are characterized by rapid fluctuations in the geomagnetic field intensity at the surface of Earth, and these GMD are quantified at a global scale using the Kp index (Kauristie et al., 2017; NOAA, 2019).

GMD exhibits a seasonal pattern that is influenced by Earth's orbital position and axial tilt. Notably, during the equinox period of spring (March–April) and autumn (September–October), the Russell-McPherron effect enhances the coupling efficiency between solar wind and Earth's magnetosphere (Russell and McPherron, 1973; Lyatsky et al., 2001), leading to more frequent and intense GMD. It has also been reported that GMD are not confined to high-latitude regions; they can also extend to mid-latitude regions, including East Asian countries, such as South Korea (Mengist, 2019).
The cardiovascular system, which comprises conductive tissues and electrically active cardiac cells, is vulnerable to external electromagnetic fields (Jeong et al., 2005; Wu et al., 2016). It has also been suggested that the autonomic nervous system, melatonin secretion from the pineal gland, and heart rate variability (HRV) are sensitive to external changes in electromagnetic field intensity (Palmer et al., 2006; Anand et al., 2022; Zilli Vieira et al., 2022; Zilli Vieira et al., 2023).

Epidemiological studies have identified significant associations between GMD and increased risks of total and cardiovascular mortality, with some studies suggesting correlations with specific outcomes, such as stroke and myocardial infarction (MI), particularly in Western countries (Stoupel et al., 2011; Feigin et al., 2014; Caswell et al., 2016; Zilli Vieira et al., 2019). Additionally, GMD-related health outcomes are not only influenced by the magnitude of the GMD. They are also influenced by the duration of exposure and the moving averages (MAs) of GMD (Anand et al., 2022; Schiff et al., 2022). These previous studies suggest that the health impacts of GMD may appear immediately after GMD exposure or may be delayed owing to differences in cumulative exposure duration or physiological lag effects. Therefore, there is a need for analytical approaches that incorporate such temporal dimensions.
Someone possibly has the technology to deliver a "punch".
 
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