Religion molds many people’s worldview and beliefs about our origin as a species. Could the Rh-negative blood type be another connecting factor? Marzulli have connected these red-haired skulls to the Nephilim.

The gene for red hair originates in the Middle East and Europe. In South America, some of the bizarrely-shaped, oblong Paracas skulls were found to have red hair in an area where that hair color isn’t native. Sensitive vision and particular sensitivity to sunlightĬould there be any validity behind this, or is it an elitist idea that there might be a small percent of the population that has advanced, extraterrestrial genetics? While there’s not much grounding evidence of these alleged characteristics, some have pointed to instances of red-haired rulers in ancient civilizations throughout the world as potentially having some connection.It’s alleged that people with Rh-negative blood have distinct physical features paired with a predilection for psychic phenomena and alien abductions.

This group of angels and their offspring were wiped out in the great biblical deluge, though some were said to have survived, leaving the Rh-negative blood distinction.Īnother otherworldly theory is that the Anunnaki, the extraterrestrial race that helped establish ancient Mesopotamian civilizations, engineered or crossbred with humans, and that some part of this process created the Rh-negative blood type. In the Book of Enoch, the Nephilim, also known as the Watchers, descend from the heavens and mate with humans, creating a human-angel hybrid. Others have posited the idea that the Basques could have been the pure descendants of the first modern humans to arrive in Europe.īut another theory that falls in the more ethereal category is that the Nephilim of biblical lore are responsible for Rh-negative blood types. But this language is not just isolated, it’s completely unrelated to other European languages.Ī more mundane explanation for the homogenous traits of people from the Basque region is the idea that early farmers, during the start of the agricultural revolution, mixed with local hunters, before becoming isolated for thousands of years preserving their language and genetics. Those from the Basque are also the only people of Western Europe who continue to speak an indigenous Indo-European language – an isolated tongue not spoken anywhere else in Europe. Here, straddling the Pyrenees mountains, up to 40 percent of the population is Rh-negative, and that’s not the only distinguishing feature of the region. The gene that produces Rh-negative is largely present in Caucasians, with the highest concentration found in a small region on the Iberian Peninsula between France and Spain, known as the Basque region. In Asia, that proportion is even lower with only about one percent of the population possessing this rare blood type. While humans are thought to all share a common ancestor, originating in sub-Saharan Africa, the number of Rh-negative Africans is disproportionately low compared to others – about three percent. But this percentage of the population is not spread evenly across all areas of the planet. Could there be a similar incompatibility between Rh-negative mothers and Rh-positive babies?Ībout 15 percent of the world’s population has the Rh-negative distinction, with the D-antigen absent in their veins. The same goes for a liger – the progeny of a lion and a tiger – the two species chromosomes don’t match, so they produce infertile offspring. When a horse and donkey mate, the genetic differences result in a sterile mule. When we look at hybrid animals in other species, there are similar incompatibilities and sometimes even complete infertility. But, as strange as it sounds, others have speculated at the possibility that it may have come from an alien species that interbred with humans or engineered us in some way, producing a hybrid bloodline. Some believe Rh-negative blood is simply a mutation that came about at some unknown time in our evolution. This complication is known as hemolytic disease. Oddly, the woman’s body will kill its own fetus, unless given a rare antibody known as Rh-D immunoglobulin.

If a woman with Rh-negative blood becomes pregnant with an Rh-positive baby, her body will produce antigens signaling to her immune system that her fetus is essentially toxic.

Rh negative