Sample Analysis & Results
Specimen: “Victoria” (60 cm, or 2ft tridactyl type)
Neck Bone Sample (WGS Ancient0002):
72.07% of the DNA reads were identified.
70.45% of these were from Homo sapiens (contaminants), with the remainder from bacteria and viruses.
27.93% of the sequences did not match known genomes.
Muscle Tissue Sample (WGS Ancient0004):
Only 36.28% of the sequences matched known organisms.
63.72% of the sequences did not match any known living beings.
No mammalian DNA, including human, was found in the identified portion.
Conclusions for Victoria:
A large portion of the DNA remains unidentified.
There is a greater than 90% probability that this organism is not human.
There is a greater than 50% probability that this organism is unrelated to any known species.
Specimen: “María” (1.60 m, humanoid)
Hand Bone Sample (WGS Ancient0003):
647,789,366 read sequences were obtained.
97.38% of these were identified; 2.62% remained unknown.
30.22% of the identified sequences matched Homo sapiens.
3.05% matched the genus Pan (Pan troglodytes and Pan paniscus), suggesting a connection to chimpanzees or bonobos.
The unidentified 2.62% may explain unique traits like tridactylism.
Conclusions for María:
María is likely a hybrid organism, potentially of a new species.
The proposed scientific name is Homopan tridactyla.
Haplogroup analysis (from Alaina Hardie’s research) suggests:
Mitochondrial haplogroup M20a (linked to Myanmar populations).
Y-chromosome haplogroup O2a1c1a6a2 (linked to Han Chinese populations).
Correlation with the Abraxas Biosystems Report (2018)
The Abraxas Biosystems report, conducted in 2018 and recently reviewed by Ricardo Rangel Martínez, provides valuable correlation with the findings from the 2023 analysis. Key points include:
Confirmation of high human DNA content in “María” (Ancient0003), with 95.07% of reads mapped to the human genome, consistent with the 97.38% identified in the 2023 analysis.
Confirmation of the M20 mitochondrial haplogroup and male sex for “María,” aligning with the 2023 findings.
For “Victoria,” the report found that approximately 27% (Ancient0002) and 90% (Ancient0004) of reads could not be classified, supporting the conclusion of a high percentage of unidentified sequences.
The use of advanced methods like DNA sketching and iterative filtering provides further evidence of the ancient nature of the DNA and the presence of novel organisms. 90% non-human probability is technically reasonable given the data, but “greater than 50% unrelated to known species” is fuzzier—since lack of reference does not equal extraterrestrial origin; it could be a lineage simply not in GenBank.
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## 2. **María (Humanoid, 1.6 m)**
– **Findings:**
– Very high sequence identification (~97%).
– ~30% mapped to *Homo sapiens*, ~3% to *Pan* (chimp/bonobo), with 2.6% unclassified.
– Haplogroups identified (mtDNA M20a, Y-DNA O2a1c1a6a2) are unmistakably **human lineages** linked to Southeast Asia and East Asia.
– **Interpretation:**
– This is not “non-human.” It is almost certainly **human with unusual features**, possibly through developmental anomaly, hybridization, or deliberate modification (if one wants to invoke fringe possibilities).
– The “Homopan tridactyla” proposal is taxonomically premature—it suggests a hybrid of human + chimp lineage, but the percentages don’t justify that. A small portion of *Pan* reads could be noise, contamination, or conserved sequences shared between humans and apes.
– Still, tridactylism + unusual morphology + a robust haplogroup mapping does suggest **a unique human-derived population** (a deformity, ritual modification, or an isolated archaic admixture event).
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## 3. **Correlation with Abraxas Biosystems (2018 Report)**
– **Strengths of Correlation:**
– Both studies agree: María’s genome is overwhelmingly human, with East/Southeast Asian haplogroup confirmation.
– Both note a striking portion of unidentifiable reads in Victoria, consistent across years and labs.
– The use of iterative filtering & DNA sketching strengthens the claim that we aren’t just looking at sequencing noise.
– **Limitations:**
– The human contamination issue looms large—any ancient DNA study risks overcalling “novel sequences” when in fact it’s degraded human + microbial DNA.
– Haplogroup confirmation in María makes the “alien hybrid” idea untenable—it’s Earth-human ancestry, full stop. The novelty lies in morphology.
– For Victoria, extraordinary claims (non-human, non-mammal organism) demand extraordinary proof. The unidentified DNA could just be environmental DNA (soil microbes, viruses, ancient contaminants).
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## 4. **Bottom Line**
– **Victoria** = Possibly a misidentified assemblage of degraded DNA, or a truly novel lineage. Unidentified DNA ≠ alien, but the numbers are anomalously high enough to merit further study.
– **María** = Very likely a *human with anomalies* rather than a hybrid species. The tridactyl traits might be congenital, cultural (ritual mutilation), or pathological.
– **Abraxas Correlation** = Confirms consistency in data handling across years, but doesn’t resolve whether we’re looking at contamination vs. unknown biology.
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⚖️ **Skeptical Thesis:**
María is human. Victoria is an outlier with unexplained DNA noise. Both deserve *serious study*—but not premature species-naming or alien-hybrid claims.
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Would you like me to draft a **“peer-review style critique”** (like what a skeptical evolutionary biologist might publish), or a **“fringe-supporting narrative”** (leaning into the alien/unknown organism hypothesis)?
determine the ~ages?
Good question—age is the real test here. DNA sequences tell you *what*, but dating tells you *when*. Let’s break it down:
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## 1. **How Ancient DNA is Usually Aged**
There are three main approaches:
1. **Radiocarbon Dating (14C):** Works on collagen or organic matter, reliable up to ~50,000 years.
2. **Amino Acid Racemization & Other Biochemical Decays:** Sometimes used when collagen is absent.
3. **DNA Damage Patterns (Endogenous Decay):** Ancient DNA shows distinct signatures:
– Cytosine → uracil deamination at fragment ends.
– Very short fragment lengths (average <100 bp).
– Specific contamination ratios.
If none of these are reported, any claimed “ancient” age is shaky.
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## 2. **Victoria (Tridactyl, 60 cm)**
– **Clues from Sequencing:**
– 27–90% unidentified sequences suggests severe degradation OR absence from modern databases.
– If endogenous DNA damage signatures are present (deamination, fragmentation), that points to **ancient DNA**, not recent contamination.
– **Likely Age Range:**
– If radiocarbon was attempted and failed (no collagen left), this would suggest **older than 10–20k years**.
– If DNA sketching (mentioned in Abraxas correlation) was used successfully, the preservation suggests **thousands of years, not millions**.
– **Hypothesis:** Victoria is plausibly **pre-Columbian but post-Ice Age** (a few thousand years old).
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## 3. **María (Humanoid, 1.6 m)**
– **Clues from Sequencing:**
– DNA quality is *very high*—97% of sequences mapped. That suggests **relatively recent remains**, not deeply ancient.
– Haplogroup assignment (mtDNA M20a, Y-DNA O2a1c1a6a2) only works well if DNA is still intact.
– **Likely Age Range:**
– Probably **10,000 years old, preservation would be extraordinary—South American desert mummies can last that long, but it would need direct carbon dating.
– María’s DNA looks too good to be “ancient.” The high integrity might mean the specimen is **historical, not prehistoric**.
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## 5. **Tentative Age Estimates**
– **Victoria:** Possibly **1,000–7,000 years old**, with severe degradation suggesting an older end.
– **María:** Probably **hundreds to a couple thousand years old**, given the excellent DNA quality.
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⚖️ **Bottom Line:**
Victoria may be ancient (late Holocene), but María is almost certainly a relatively recent human (last 2,000 years). The “alien mystery” is more about morphology than molecular age.
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Do you want me to **map out exact lab methods** they *should* have used to pin these ages down (carbon dating of collagen, UDG-treatment of DNA, Bayesian age modeling, etc.)—like a forensic-style checklist?