Loading...
Loading...
Browse all stories on DeepNewz
VisitHow will the media portray mRNA vaccine DNA integration findings by February 2025?
Mostly negative • 25%
Mostly positive • 25%
Balanced reporting • 25%
Limited coverage • 25%
Content analysis of major news outlets
In Vitro Evidence Shows mRNA Vaccine DNA Can Integrate into Human Cells, Prof. Buckhaults Leads In Vivo Research Pending
Nov 25, 2024, 05:17 PM
Recent studies have provided evidence suggesting that plasmid DNA from mRNA vaccines can integrate into human cellular DNA. Findings indicate that genomic integration of plasmid DNA has been demonstrated in vitro, but in vivo studies are still pending. Professor Buckhaults has reportedly shown that plasmid DNA, which can reach human cells through mRNA vaccines, not only enters these cells but can also integrate into their DNA. While some experts claim this integration has now been proven, others caution against mischaracterizing the results as indicative of integration occurring in humans, emphasizing that further clarification is needed. The implications of these findings on public health and societal perceptions remain to be fully understood.
View original story
Widespread alarm • 25%
Balanced reporting • 25%
Dismissive reporting • 25%
Minimal coverage • 25%
Majority critical of vaccinations • 25%
Majority supportive of vaccinations • 25%
Balanced view with no clear majority • 25%
Focus on study methodology • 25%
Increased trust in mRNA vaccines • 25%
Decreased trust in mRNA vaccines • 25%
Trust remains unchanged • 25%
Mixed opinions • 25%
Support study's findings • 25%
Refute study's findings • 25%
Call for more research • 25%
No official stance • 25%
Safety concerns • 25%
Efficacy concerns • 25%
Public pressure • 25%
Other • 25%
Mostly positive • 25%
Mixed • 25%
Mostly negative • 25%
Unchanged • 25%
Majority positive • 25%
Majority negative • 25%
Evenly split • 25%
Insufficient data • 25%
Increase • 25%
Decrease • 25%
No significant change • 25%
Varied across platforms • 25%
No issues found • 25%
Minor issues found • 25%
Significant issues found • 25%
Undetermined • 25%
Yes • 50%
No • 50%
Mostly Positive • 25%
Mostly Negative • 25%
Neutral • 25%
Mixed • 25%
No issues found • 25%
Minor issues found • 25%
Moderate issues found • 25%
Severe issues found • 25%
Yes • 50%
No • 50%
No • 50%
Yes • 50%
Study not completed • 25%
Proven integration in humans • 25%
No integration found • 25%
Inconclusive results • 25%