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May 30, 2025,
Max Rempel, Ph.D.
DNA Resonance Research Foundation, San Diego, CA
max@dnaresonance.org m.+15857051400
We analyzed DNA from 581 complete families in the 1000 Genomes Project to search for nonparental genetic contributions that could indicate alien genetic manipulation. Our screening of 77 Mb on Chromosome 3 identified 11 families (2%) containing large DNA fragments in children that matched neither human parent. The most significant case displayed 348 nonparental genetic variants with precise simultaneous substitution of identical fragments on both chromosomes. These patterns are unusual and warrant investigation. Two unrelated families showed major nonparental insertions at the same genomic hotspot on chromosome 3, suggesting this region may serve as a preferred integration site. Quality control analysis showed low background variation in 98% of families, contrasted with sharp nonparental variant density peaks in 2% of families, achieving statistical significance of p < 10^-13. Families with nonparental insertions displayed clustered density 50 times stronger than normal families. After publication, we identified potential quality issues in the 1000 Genomes dataset. While 98% of families show clean signals, the nonparental fragments in 2% of families could result from either alien genetic manipulation or technical artifacts in the data. We are analyzing additional samples from higher-quality datasets to determine which explanation is correct. These results are preliminary. Our pilot analysis of two self-suspecting alien abductee families using 23andMe detected similar contributions, supporting this approach as an affordable screening method. Future research should test what biological functions were altered in these people.
Max Rempel, Ph.D. Nov 2, 2025
Starseed genetics XG1
Starseed genetics XG1
We invite starseed families to submit your DNA samples, along with detailed personal histories of experiences. By leveraging advanced bioinformatics techniques, we will search for alien genetic variants in your DNA and share the results with you confidentially. When we analyze over 60 samples, we should be able not only to identify the presence of alien markers but also to identify the correlations of personal histories with the specific alien races, and we will also tell you markers of which alien races you have. We will publish our discoveries while keeping your identity private. This will help bring the reality of starseeds and alien hybridization to public awareness and will help future contact and protect the rights of starseeds and hybrids.
In classical genetics, each child inherits exactly 1 copy of each chromosome from each parent. Therefore, from the 0.5 million genetic markers we will analyze, classical genetics would expect that exactly 50% of variants come from the mother and 50% of the variants come from the father. Our hypothesis predicts that alien hybrids will contain variants (markers) from the alien parents and that these markers will be absent in both earthly parents. We call this predicted phenomenon "variant emergence". Documenting it in starseeds would be a big discovery for humanity and the individual starseeds. So, we'd like to invite you to submit the parent-child samples. The minimum submission is two samples, but a more immediate relative would be even better, for example: (2 parents+1 child) or (1 parent+2 children) or (grandparent + parent + child), etc. All family members should be directly related. As we analyze more samples and stories, we will update our analyses and will provide the updated information to you.
XG1 is a nonprofit, charitable public project.
XG1 is a nonprofit, charitable public project.
Coming soon: whole genome sequencing service: $2000 per sample.
Coming soon: whole genome sequencing service: $2000 per sample.
We offer a state-of-the-art long-read whole genome sequencing service that covers the entire genome, including junk DNA and repetitive regions, but excludes telomeres. (Telomere sequencing is offered for an additional price). Whole genome sequencing covers 99.9% of the genome and contains substantially more information than genotyping. It gives you the entire sequence of your chromosomes, excluding the ends (telomeres). This will allow us to do a much more thorough search for unusual and potentially alien genetic variants that might be missed in genotyping analysis. This would include unusual variations in junk DNA, repetitive DNA, transposons, and chromosomal insertions and rearrangements. If you have alien DNA insertions, sequencing would be perfect for locating them.
By submitting your DNA samples, you will help yourself to learn whether you have genetic anomalies that could be attributed to alien hybridization, you will help the community of alien hybrids to collect the samples necessary to identify genetic markers of specific alien races, and you will help humanity to awaken to its hybrid origins.
We also invite help from volunteers with research, coordination, fundraising, and starseed interviews.
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