Articles tagged with Neanderthals
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Scientists studied Neanderthal DNA to understand how facial features develop and evolve. They found a region of DNA that activates the SOX9 gene, leading to a larger lower jaw in Neanderthals. This discovery sheds light on the genetic mechanisms behind face variation and evolution.
The study of Neanderthal footprints offers a unique window into everyday behaviour, providing insight into their physical presence, locomotion strategies, diet and social structure. The research suggests that Neanderthals were more versatile and ecologically adapted to coastal environments than previously believed.
A new study found that a gene passed down from extinct archaic humans, Denisovans, is present in modern Latin Americans with Indigenous American ancestry and provides an adaptive advantage. The researchers also discovered the gene's presence in ancient individuals excavated at archeological sites across North and South America.
Researchers found that a single amino acid substitution in the ADSL enzyme affects its stability and expression, contributing to modern human differences in behavior. The study suggests that this change may have provided an evolutionary advantage in certain tasks.
Scientists think Neanderthals passed down different food preparation practices to neighboring groups, resulting in distinct butchery strategies. The differences in cut-mark patterns between Amud and Kebara caves may reflect unique cultural traditions of animal carcass processing.
Researchers used computer simulations to recreate Neanderthals' long-distance migrations, tracing possible pathways through river valleys and northern regions. The study reveals insights into the paths of ancient migrations and sheds light on Neanderthal interactions with other human groups.
Penghu 1, discovered on the seabed of the Penghu Channel in Taiwan, is revealed to be a Denisovan mandible dating back to 10,000 years ago. The fossil's molecular identification sheds light on the mysterious distribution and appearance of Denisovans in eastern Asia.
A complete Quina technological system, used for making tools, was discovered in southwest China dating back 50,000 to 60,000 years. This finding disputes the widely held belief that development in China was sluggish during most of the Paleolithic period.
A multidisciplinary study reveals Middle Paleolithic Quina technology in East Asia, dating back to approximately 60,000-50,000 years ago. The discovery suggests potential Neanderthal dispersal into Southwest China and reshapes the understanding of East Asia's evolutionary landscape.
The research reveals that Neanderthals and Homo sapiens coexisted and shared aspects of daily life, technology, and burial customs. These interactions fostered cultural exchange, social complexity, and behavioral innovations.
A new study found that Neanderthals experienced a drastic loss of genetic variation approximately 110,000 years ago, leading to their eventual extinction. The research measured the morphological diversity in semicircular canals, which revealed lower diversity in classic Neanderthals compared to pre-Neanderthals and early Neanderthals.
A study led by Alessandro Urciuoli and Mercedes Conde-Valverde found that the morphological diversity of Neanderthals' semicircular canals is lower than previously thought, suggesting a bottleneck event. This challenges the theory that Neanderthals originated after a significant genetic diversity loss.
Researchers analyzed nuclear genomes of ancient European specimens to shed light on the genetics of early Europeans and their interactions with Neandertals. The study reveals a small, isolated group that interbred with Neandertals but left no present-day descendants.
A new analysis of DNA from ancient modern humans in Europe and Asia has determined that Neanderthals interbred with modern humans from approximately 50,500 to 43,500 years ago. This period of interbreeding left Eurasians with many genes inherited from their Neanderthal ancestors.
Researchers have unraveled the precise timing and functional legacy of Neandertal gene flow into early modern humans. The study suggests that most non-African individuals harbor one to two percent Neandertal ancestry, with the majority tracing back to a single shared period between 50,000 and 57,000 years ago.
Researchers identified genes that impact tooth development and variation among ethnic groups. They found associations with tooth dimensions on genes inherited from Neanderthals and other genetic variants.
Researchers from Case Western Reserve University discovered a large cavern in Manot Cave that was used as a gathering space for rituals, possibly enhancing social cohesion. The site features an engraved rock with a turtle-shell design, contemporaneous with some of the oldest cave paintings in France.
A team of researchers from over 5 countries found a Neanderthal structure in Vanguard Cave, Gibraltar, that matches theoretical studies on anoxic heating. The discovery suggests Neanderthals had advanced cognitive abilities, including organization and practice to extract resin.
Scientists have discovered multiple instances of genetic interbreeding between Denisovans and modern humans, shaping early human history. Denisovan genes confer advantages in distinct environments, such as tolerance to low oxygen conditions and heightened immunity.
A new study published in Science reveals that the salivary amylase gene (AMY1) may have first duplicated more than 800,000 years ago, seeding genetic variation that shapes human digestion of starchy foods. This early duplication allowed for increased starch-digesting efficiency and may have played a role in human adaptation to new diets.
A new study finds that the gene for starch-digesting saliva may have first duplicated more than 800,000 years ago, seeding genetic variation that shapes modern diet. This early duplication set the stage for significant variation in the amylase region, allowing humans to adapt to shifting diets with increasing starch consumption.
A new study from the University of Copenhagen reveals that Neanderthals may have gone extinct due to their isolated lifestyle. The discovery of a male Neanderthal remains in southern France supports the hypothesis that small group sizes and limited genetic diversity contributed to their demise.
A fossilized Neanderthal, nicknamed 'Thorin', lived in a small isolated community for over 50,000 years before the species' extinction. The discovery reveals two distinct Neanderthal populations coexisted without exchanging genes, challenging previous assumptions about their population structure.
A new research from Australian National University sheds light on the poorly known period of Neanderthal history in Spain, revealing their adaptability and hunting skills. The study provides significant data about the Neanderthals' way of life during MIS 4, including their ability to exploit the surrounding fauna and process animal bones.
A pilot study by scientists replicates ancient Neanderthal butchering methods to study their diet. The results show that fire-roasted birds are easier to process, with raw birds requiring more effort and resulting in fewer traces on the bones.
Researchers found evidence of multiple waves of genetic intermingling between modern humans and Neanderthals, challenging previous theories. The study reveals a more intimate connection between early human groups than previously believed.
A new study published in Science Advances documents the first case of Down syndrome in Neandertals, named 'Tina', and reveals that they provided extensive care for a young child with severe hearing loss. The discovery sheds light on the existence of true altruism among Neandertals.
A study of Neanderthal and Palaeolithic human teeth reveals that the two species experienced childhood stress at different developmental stages. Neanderthal children faced increased stress post-weaning, while Palaeolithic humans were less stressed after weaning.
Researchers at Clemson University discovered that certain Neanderthal-derived genetic variations are more common in people with autism than in the general population. These findings suggest long-term effects of ancient human hybridization on brain organization and function, potentially leading to earlier diagnostics.
The research group found that the Japanese population can be divided into three clusters, with different concentrations in Okinawa, Northeastern Japan, and Western Japan. They also identified genetic variants associated with hereditary breast cancer and provided insights into gene sequences derived from Neanderthals and Denisovans.
A team of researchers has identified a single nucleotide change in the TBX1 gene that affects skull base development, contributing to human's unique brain size. This variation is associated with lower TBX1 expression levels in humans compared to extinct hominins, leading to distinct changes in cranial morphology.
Researchers at Binghamton University have developed a new technique to extract usable DNA from bones of fire victims, allowing identification through dental records or DNA testing. The method uses two different techniques to extract DNA, one suitable for temperatures below 350 degrees and the other for hotter fires.
Neanderthals used a complex adhesive made from ochre and bitumen to construct their stone tools, revealing higher levels of cognition and cultural development than previously thought. This discovery provides early evidence of adhesive use in Europe and sheds light on the cognitive abilities of Neanderthals.
Researchers at Nagoya University uncover a complex process of cultural change involving multiple stages, contradicting the 'revolution' theory on Homo sapiens' technological advancements. The study highlights the emergence of bladelet technology in the Early Upper Paleolithic as a key milestone.
Genetic analysis of bone fragments at the Ranis site in Germany confirms that modern humans reached Northwestern Europe 45,000 years ago, overlapping with Neanderthals. The findings suggest that the invasion of Europe by modern humans helped drive Neanderthals to extinction.
Genetic material from Neanderthal ancestors may have influenced the preference for waking up early in some people. Studies found that introgressed genetic variants from Neanderthals are associated with increased morningness and a shorter circadian period, which is beneficial at higher latitudes.
Neanderthals actively hunted straight-tusked elephants, the largest terrestrial mammals of the Pleistocene. The hunting activity was not an isolated phenomenon but a regular practice that could satisfy daily calorie needs for 2,500 Neanderthals.
Researchers from Bologna, Siena, and Haifa will investigate Neanderthal extinction in Eastern and Southeastern Europe and Western and Central Asia. The project aims to shed light on the chain of events that led to their disappearance.
Studies reveal subtle variations in time and geographical space between Sapiens and Neanderthals. The presence of about 2% of DNA of Neanderthal origin in present-day Eurasians varies slightly between regions.
Researchers found that Neanderthals carried human DNA from a now-extinct lineage of early modern humans, which interbred with them in Eurasia over 250,000 years ago. The study reveals that approximately 6% of the Neanderthal genome was inherited from modern humans.
Neanderthals demonstrated intelligence and symbolic thought through their ability to control fire and cook food. Their varied diet consisted of cooked meats, fish, and other food sources, showcasing their advanced cognitive abilities.
Researchers discovered that people carrying three Neanderthal gene variants in the SCN9A gene are more sensitive to certain types of pain. The study found an association between the variants and a lower pain threshold in response to skin pricking after prior exposure to mustard oil.
A study using computational modelling reveals that Neanderthals required advanced cognitive traits to produce birch bark tar, including understanding, information processing, and communication. The findings suggest that prehistoric tar making likely involved complex upscaling techniques and group collaboration.
Researchers investigated SARS-CoV-2 responses in 222 donors from Central Africa, Europe and East Asia. They found disparities in immune responses due to blood cell composition, latent cytomegalovirus infection and human genetic factors. These population differences may help improve patient management in future epidemics.
Scientists discovered that climate shifts during the last 400,000 years influenced the frequency of Neanderthal-Denisovan interbreeding. The researchers found that temperature changes triggered habitat overlaps, leading to increased contact between the two species.
A recent study reveals that past climate changes and vegetation shifts played a key role in determining when and where early human species interbred. The research suggests that the overlap of habitats led to increased encounters and interactions among groups, increasing the chance of interbreeding.
Researchers have identified finger-marks on a cave wall in France as the oldest known Neanderthal engravings, dating back to around 75,000 years ago. The marks were made using a plotting analysis and photogrammetry to create 3D models, confirming that they are deliberate, organized shapes created by human hands.
A genuine bone industry was found at the Chez-Pinaud-Jonzac Neanderthal site, revealing that Neanderthals processed bone using their own techniques. Bone tools, including cutting tools and scrapers, were used for various activities and on multiple materials, contrary to previous assumptions about modern human influence.
A new study reveals that Dupuytren's disease, a hand disorder affecting Northern Europeans, has a significant genetic component tied to Neandertal ancestry. Researchers identified three variants of Neandertal origin as major risk factors for the condition.
Research identified three genetic risk factors for Dupuytren's contracture, a condition affecting fingers, that originated from Neanderthal DNA. The study, based on 7,871 affected individuals and 645,880 healthy controls, provides evidence of the intermingling between Neanderthals and modern humans influencing disease prevalence.
Researchers have identified 4,303 genetic variants with a substantial role in modern humans, influencing 47 distinct traits such as natural immune resistance to diseases. The study used computational genetic tools to analyze over 235,000 genetic variants likely to have originated from Neanderthals.
Recent studies reveal complex patterns of admixture in human populations, particularly in Africa and the Americas. In Africa, ancient introgression from Neanderthals and Denisovans contributed to increased genetic diversity, while in the Americas, modern admixture resulted in redistributed archaic ancestry.
A study using tooth enamel analyzed by laser ablation revealed that Neanderthals in western Europe hunted large animals, such as wild goat and horses, whereas humans consumed smaller creatures like rabbits and fish. The researchers estimated the territory size of both human groups, finding contrasting results.
A new study led by UCL researchers finds that a particular gene affecting nose shape is inherited from Neanderthals and may have been influenced by natural selection. The study used data from over 6,000 volunteers and identified 33 genome regions associated with face shape.
Researchers reconstructed ancient bacterial genomes from human and Neanderthal remains to discover previously unknown metabolites, including paleofurans. This breakthrough expands the ability to study microbial natural products, offering insights into the nutrition and health of early hominins.
A new study reveals that the earliest Sapiens migrated to Europe in three distinct waves, sharing cultural traditions with ancient Lebanese and French artifacts. The findings challenge previous assumptions about human arrival in Europe and provide insight into the gradual replacement of Neanderthals.
A recent study by the University at Buffalo has discovered that genetic variations affecting immunity and metabolism have been preserved in humans for millions of years. This finding supports the theory of balancing selection, which suggests that certain genetic traits can be beneficial or harmful depending on environmental conditions.
The new Radiocarbon 3.0 method provides valuable new insights into the earliest human history, starting with the interaction between Homo Sapiens and Neanderthals in Europe. This is achieved through updated radiocarbon pretreatment, latest AMS instrumental advances, and the application of the Bayesian model coupled with the new IntCal20.
A recent study published in Immunity reveals that human T-cell receptor genes exhibit unexpectedly high variability among individuals, with each person having a unique set of gene variants. The researchers identified 175 new gene variants originating from Neanderthals, which are present in up to 20% of modern humans in Europe and Asia.
A study published in Frontiers in Environmental Archaeology reveals that Neanderthals regularly harvested large brown crabs from the nearby rocky coast, targeting adult animals and cooking them on coals. The findings add evidence to the notion that marine foods played a significant role in Neanderthal diets.