Ron's American World: 05/01/2025

Thursday, May 15, 2025

Black Jesus: Black DNA Just Broke Science — This Changes EVERYTHING!

What if Black DNA holds secrets that challenge everything we thought we knew about human history, science, and the Bible? In this groundbreaking episode, Black Jesus reveals how recent genetic discoveries about Black DNA are shaking the scientific world and confirming truths long buried by religious and academic institutions. Black Jesus explores how Black DNA links directly to ancient civilizations, lost tribes, and biblical prophecies—proof that the roots of Scripture run through Africa. This isn’t just about race. It’s about identity, purpose, and reclaiming a legacy that was erased. As the world begins to uncover the truth, Black Jesus dives deep into what makes Black DNA unique—and why this knowledge has been hidden for generations.

The DNA of Albert Perry may change the story of human origins. Perry was an African-American born into slavery in South Carolina. An analysis of the DNA of his descendants produced results that came as quite a surprise and have raised questions for geneticists around the world. It turns out that Perry carried a very different type of Y chromosome, never seen before. Every male has a Y chromosome, which is a piece of DNA inherited by sons from their fathers. But, unlike most DNA, the Y chromosome is not shuffled as it is passed down, and changes only slowly through mutation. Tracking these mutations allows scientists to create a genetic tree of fathers and sons going back through time. As a man may have several sons or none, some branches of the genetic tree die out each generation, while others become more common. Going back through time it is therefore inevitable that all modern Y chromosomes must descend from from one man at some point in the past. He has become known as “Y-chromosomal Adam”. This Adam was not the first man, or the only man, from his time to contribute to modern human DNA. It is just that, by chance, his Y chromosome was the only one to survive until today. This Adam was not the first man, or the only man, from his time to contribute to modern human DNA. It is just that, by chance, his Y chromosome was the only one to survive until today. What is surprising about Perry’s Y chromosome is that it did not descend from Y-chromosomal Adam’s. Or rather that the established “Adam” has lost his title to a new “Adam”, further back in time, where Perry’s branch split from the tree . While the former-Adam is estimated to have lived around 202,000 years ago, the revised one is thought to be about 338,000 years old. To find where Perry’s Y chromosome may have come from, samples from around Africa were tested. Several more from Perry’s branch were found amongst the Mbo people of Cameroon. So can this tell us anything about human origins? Central Africa contains Y chromosomes from both Perry’s branch and the former-Adam’s branch, while the rest of the world has only been shown to contain the former-Adam’s branch (with the exception of Perry himself). This suggests that our revised Adam may have lived in Central Africa. The oldest-known “modern human” bones are from East Africa. But if Adam lived in Central Africa, does that mean that modern humans could have originated there? Again, it is hard to say. By looking further into the genetics of modern people, the picture becomes even more complex. It so happens that, just like the Y-chromosome is passed down only from father to son, there is a piece of DNA which sits in a different part of the cell called mitochondria, that is passed down only from mother to her children. Tracing back this DNA in a similar way, leads us to a “Mitochondrial Eve”, estimated to have lived about 190,000 years ago. Eve possibly lived in south-eastern Africa. But modern humans have DNA both from Adam and Eve. Albert Perry carried a secret in his DNA: a Y chromosome so distinctive that it reveals new information about the origin of our species. It shows that the last common male ancestor down the paternal line of our species is over twice as old as we thought. One possible explanation is that hundreds of thousands of years ago, modern and archaic humans in central Africa interbred, adding to known examples of interbreeding – with Neanderthals in the Middle East, and with the enigmatic Denisovans somewhere in southeast Asia. The ‘extremely ancient' chromosome that isn't: a forensic bioinformatic investigation of Albert Perry's X-degenerate portion of the Y chromosome Mendez and colleagues reported the identification of a Y chromosome haplotype (the A00 lineage) that lies at the basal position of the Y chromosome phylogenetic tree. Incorporating this haplotype, the authors estimated the time to the most recent common ancestor (TMRCA) for the Y tree to be 338 000 years ago (95% CI=237 000–581 000). Such an extraordinarily early estimate contradicts all previous estimates in the literature and is over a 100 000 years older than the earliest fossils of anatomically modern humans. This estimate raises two astonishing possibilities, either the novel Y chromosome was inherited after ancestral humans interbred with another species, or anatomically modern Homo sapiens emerged earlier than previously estimated and quickly became subdivided into genetically differentiated subpopulations. We demonstrate that the TMRCA estimate was reached through inadequate statistical and analytical methods, each of which contributed to its inflation. We show that the authors ignored previously inferred Y-specific rates of substitution, incorrectly derived the Y-specific substitution rate from autosomal mutation rates, and compared unequal lengths of the novel Y chromosome with the previously recognized basal lineage. Our analysis indicates that the A00 lineage was derived from all the other lineages 208 300 (95% CI=163 900–260 200) years ago. The Y chromosome of a descendent of Albert Perry, an African American from South Carolina (born circa 1819–1827), was recently identified as representing an out-group lineage to all other known Y haplotypes presently identified in the human population. We will refer to the Y chromosome as Perry's Y chromosome because the region of the Y that was examined is the X-degenerate, non-recombining portion of the Y, expected to be nearly identical between Albert Perry and his male descendants. This Y haplotype was dubbed A00, in reference to a previously recognized oldest lineage that was rebranded as A0. The identification of a novel Y haplotype is always exciting, and this new haplotype, in particular, is unique in its basal position on the Y haplotype tree, which justifies its moniker ‘the Y-chromosomal Adam haplotype'. However, the announcement by Mendez et al that the coalescent time of all human Y chromosomes or the time to the most recent common ancestor (TMRCA) is approximately 338 000 years ago (ya), with a 95% confidence interval of 237 000–581 000 ya, was surprising on many levels. First, this estimate is more than double the oldest previous estimate of 141 500±15 600 ya, and is hugely larger than all the other previous or subsequent estimates, which ranged from 46 000 to 160 000 ya. Second, it significantly predated the most ancient mitochondrial DNA, which Poznik et al had recently estimated to be only slightly younger than the Y chromosome (mtDNA:99 000–148 000 vs Y:120 000–156 000 ya). Third, this TMRCA estimate is 142 000 years older than the oldest known anatomically modern human, estimated to be 196 000±2000 years old. Thus, this TMRCA inference suggests that either this Y chromosome is from a different ‘species' (sensu Hammer), or that the ancestral population of anatomically modern Homo sapiens became subdivided into genetically differentiated subpopulations much earlier than previously known. One of the authors of Mendez et al even proposed that early Homo sapiens mated with ‘an unknown archaic species in western Central Africa'. Although either of the two scenarios above may be true, there is no scientific support for either one for the Y chromosome. We wondered whether a simpler explanation might exist. https://www.newscientist.com/article/dn23240-the-father-of-all-men-is-340000-years-old/ https://theconversation.com/albert-and-adam-rewrite-the-story-of-human-origins-15835 https://pmc.ncbi.nlm.nih.gov/articles/PMC4135414/#:~:text=Introduction,identified%20in%20the%20human%20population. FamilyTreeDNA: Y-Haplogroup A Project - Y-DNA Classic Chart http://www.familytreedna.com/public/Haplogroup_A/default.aspx?section=yresults 2013 Mendez FL, Krahn T, Schrack B, et al. An african american paternal lineage adds an extremely ancient root to the human y chromosome phylogenetic tree. Am J Hum Genet. 2013;92:454–459. doi: 10.1016/j.ajhg.2013.02.002. [DOI] [PMC free article] [PubMed] [Google Scholar] Cruciani F, Trombetta B, Massaia A, Destro-Bisol G, Sellitto D, Scozzari R. A revised root for the human Y chromosomal phylogenetic tree: the origin of patrilineal diversity in Africa. 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Sunday, May 4, 2025

Why Africans Were Always Seen as a Threat | The Untold Truth They Never ...

Why have Africans—and people of African descent—been historically viewed as a threat across continents and centuries? This powerful video explores the deep-rooted reasons behind the global fear of African strength, culture, and legacy. From ancient civilizations and genetic dominance to colonial exploitation and the fear of Africa’s future potential, this documentary-style breakdown connects history to the modern-day struggle of Afro-descended people. It reflects a historical and cultural analysis from an Afrocentric perspective, aiming to spark meaningful dialogue and awareness. The mission is to uplift, educate, and reclaim the narratives that have been stripped from Africa and its diaspora. Whether you’re here to learn, reflect, or reconnect with our rich heritage, this video will open your eyes to the untold truth they never wanted you to know.