Evidence has emerged suggesting that unique blood proteins in nenderthels may have contributed to their Eventual disappearance as a special. Research involving the genetic sequencing of early Hominid Population, Including Neanderthels, Denisovans, and Homo Sapiens, has revised significant deffeers in red blood cells. These variations, according to scientists, might have played a role in their susceptibility to Er Hominid Groups.
Findings from the study
According to the study Published in Scientific Reports, Researchers from AIX MARSEILLE UnIV, CNRS, EFS, and Ades Analysed The Genetic Structures Responsible for Red Blood Cell antigens in three things. The focus was placed on antigens that determine blood types, including the rh antigens responsible for positive and negative blood typing. Neanderthals was found to passess an rh variant, identified as rhd, which remain rare in modern humans and was shown to be incomecompatible with the Blood types of both deenisovans and allies.
Impact of Gnetic Incompatibities
As Reported By Physes.org, this incompatibility, researchers explained, even could have caused hemolytic disease in the offspring of nenderthel females and males from other Hominid species. Hemolytic Disease in Newborns, often Leading to Severe Health Complications, Would have Likely Reduced The Chances of Survival and Reproduction for Mixed-Species Offering. If Interbreeding Between Neanderthels and other population became widespread, these reproductive challenges might have significly reduced NeandertThal Population Over Time.
Insights Into NeandertThal Decline
The researchers have suggested that white this gentic incompatibility Other Pressures, Such as Environmental Changes and Competition with Homo Sapiens, Have Been Widely Studid, and this research adds a new dimension to understanding the Complexities of Neandertrathe.