Showing 1 to 12 of 70 results
Peacock Spiders' Dark DNA May Explain Exceptional Species Diversity
Research on Australian peacock spiders suggests their unusually high species diversity—over 100—may be linked to 'dark DNA,' non-coding DNA sequences, which could facilitate rapid adaptation and speciation, offering insights into broader biodiversity.
Peacock Spiders' Dark DNA May Explain Exceptional Species Diversity
Research on Australian peacock spiders suggests their unusually high species diversity—over 100—may be linked to 'dark DNA,' non-coding DNA sequences, which could facilitate rapid adaptation and speciation, offering insights into broader biodiversity.
Progress
4% Bias Score
Single Gene Transfer Creates Novel Courtship Behavior in Fruit Flies
Japanese scientists at Nagoya University transferred the courtship behavior of regurgitating food from Drosophila subobscura to Drosophila melanogaster by manipulating the fru gene, demonstrating that a single gene change can cause a significant behavioral shift between species.
Single Gene Transfer Creates Novel Courtship Behavior in Fruit Flies
Japanese scientists at Nagoya University transferred the courtship behavior of regurgitating food from Drosophila subobscura to Drosophila melanogaster by manipulating the fru gene, demonstrating that a single gene change can cause a significant behavioral shift between species.
Progress
40% Bias Score
Female Primatologists Challenge Traditional Views of Primate Behavior
Primatologists Sarah Blaffer Hrdy and Amy Parish revolutionized the field by challenging the male-dominated view of female primates as passive, revealing complex reproductive strategies and matriarchal societies in various species, thereby impacting our understanding of gender roles and the nature o...
Female Primatologists Challenge Traditional Views of Primate Behavior
Primatologists Sarah Blaffer Hrdy and Amy Parish revolutionized the field by challenging the male-dominated view of female primates as passive, revealing complex reproductive strategies and matriarchal societies in various species, thereby impacting our understanding of gender roles and the nature o...
Progress
20% Bias Score
Ancient Proteins Extracted from 24-Million-Year-Old Fossil
Scientists extracted ancient proteins from a 24-million-year-old fossilized rhinoceros tooth discovered in Canada's Arctic, revealing the oldest detailed protein sequence ever recorded and opening new avenues in paleoproteomics research.
Ancient Proteins Extracted from 24-Million-Year-Old Fossil
Scientists extracted ancient proteins from a 24-million-year-old fossilized rhinoceros tooth discovered in Canada's Arctic, revealing the oldest detailed protein sequence ever recorded and opening new avenues in paleoproteomics research.
Progress
20% Bias Score
24-Million-Year-Old Proteins Rewrite Rhinoceros Evolutionary History
Analysis of a 21-24 million-year-old rhinoceros tooth from northern Canada yielded the oldest-ever reconstructed proteins, revising the timeline of rhinoceros evolution and demonstrating the potential for protein analysis to illuminate previously unknown aspects of evolutionary history.
24-Million-Year-Old Proteins Rewrite Rhinoceros Evolutionary History
Analysis of a 21-24 million-year-old rhinoceros tooth from northern Canada yielded the oldest-ever reconstructed proteins, revising the timeline of rhinoceros evolution and demonstrating the potential for protein analysis to illuminate previously unknown aspects of evolutionary history.
Progress
16% Bias Score
Newly Discovered Microorganism Challenges Understanding of Viral Origins
A newly discovered microorganism, Sukunaarchaeum, challenges existing biological understandings by blurring the lines between viruses and cellular life, its minimal genome and dependence on a host suggesting viruses may have evolved from cells.
Newly Discovered Microorganism Challenges Understanding of Viral Origins
A newly discovered microorganism, Sukunaarchaeum, challenges existing biological understandings by blurring the lines between viruses and cellular life, its minimal genome and dependence on a host suggesting viruses may have evolved from cells.
Progress
36% Bias Score
Extravagant Ankylosaur Fossil Rewrites Dinosaur Evolution
A 165-million-year-old ankylosaur fossil, *Spicomellus afer*, discovered near Boulemane, Morocco, possesses extravagant armor suggesting display functions, pushing back the timeline for tail weaponry evolution by 30 million years and highlighting the issue of fossil poaching.
Extravagant Ankylosaur Fossil Rewrites Dinosaur Evolution
A 165-million-year-old ankylosaur fossil, *Spicomellus afer*, discovered near Boulemane, Morocco, possesses extravagant armor suggesting display functions, pushing back the timeline for tail weaponry evolution by 30 million years and highlighting the issue of fossil poaching.
Progress
16% Bias Score
Ancient Viral DNA Plays Key Role in Human Development and Evolution
A new study published in Science Advances reveals that ancient viral remnants in human DNA, known as transposable elements (TEs) or "jumping genes," play a key role in early human development and evolution by regulating gene expression, with the MER11_G4 subfamily showing strong gene activation in h...
Ancient Viral DNA Plays Key Role in Human Development and Evolution
A new study published in Science Advances reveals that ancient viral remnants in human DNA, known as transposable elements (TEs) or "jumping genes," play a key role in early human development and evolution by regulating gene expression, with the MER11_G4 subfamily showing strong gene activation in h...
Progress
24% Bias Score
Grand Canyon Fossils Reveal Cambrian Explosion's "Goldilocks" Conditions
Paleontologists unearthed exceptionally preserved soft-bodied Cambrian fossils in the Grand Canyon, revealing diverse feeding adaptations in a "Goldilocks" environment of a shallow, oxygen-rich sea, contrasting with findings from harsher environments and offering new insights into the Cambrian explo...
Grand Canyon Fossils Reveal Cambrian Explosion's "Goldilocks" Conditions
Paleontologists unearthed exceptionally preserved soft-bodied Cambrian fossils in the Grand Canyon, revealing diverse feeding adaptations in a "Goldilocks" environment of a shallow, oxygen-rich sea, contrasting with findings from harsher environments and offering new insights into the Cambrian explo...
Progress
28% Bias Score
Nurse Shark Pancreas: An Unexpected Immune Command Center
New research reveals that the pancreas of nurse sharks functions as a secondary lymphoid organ (SLO), actively participating in adaptive immune responses, challenging the previous understanding of immune system organization in cartilaginous fish.
Nurse Shark Pancreas: An Unexpected Immune Command Center
New research reveals that the pancreas of nurse sharks functions as a secondary lymphoid organ (SLO), actively participating in adaptive immune responses, challenging the previous understanding of immune system organization in cartilaginous fish.
Progress
24% Bias Score
Scopes Trial Anniversary: Evolution vs. Creationism Debate Continues
The 100th anniversary of the Scopes Monkey Trial, a staged 1925 event in Dayton, Tennessee, reignited debate over evolution versus creationism, revealing persistent divisions despite increased acceptance of evolution among Americans.
Scopes Trial Anniversary: Evolution vs. Creationism Debate Continues
The 100th anniversary of the Scopes Monkey Trial, a staged 1925 event in Dayton, Tennessee, reignited debate over evolution versus creationism, revealing persistent divisions despite increased acceptance of evolution among Americans.
Progress
32% Bias Score
Misinterpretations of Darwin's Evolutionary Theory and its Societal Impact
Misinterpretations of Darwin's theory of evolution led to social Darwinism and eugenics, while recent discoveries in symbiosis reveal a more cooperative aspect of evolution, challenging traditional interpretations.
Misinterpretations of Darwin's Evolutionary Theory and its Societal Impact
Misinterpretations of Darwin's theory of evolution led to social Darwinism and eugenics, while recent discoveries in symbiosis reveal a more cooperative aspect of evolution, challenging traditional interpretations.
Progress
56% Bias Score
Showing 1 to 12 of 70 results