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Papers note that repetitive DNA — the type of DNA that our junk-DNA-defending friends assure us must be functionless — is vital for forming G4 structures. Source
In cancer research, one person's junk is increasingly becoming another person's treasure. Scientists have uncovered new evidence showing how recently evolved "junk DNA" genetic ele...
In recent years, the concept of “junk DNA” has undergone a dramatic transformation in the field of cancer biology, shifting from perceived biological detritus to a treasure trove o...
A 2026 paper reports on an AI trained on genomic data, including data from a 2024 paper, enabling it to predict when transcription would be initiated. Source
This language is remarkable coming from a journal often considered the third most important in the world for biology. Source
DNA carries the instructions for life, but additional molecular systems help determine how those instructions are used. New research in a sea anemone reveals an unexpected role for...
As development progresses, each cell is directed to unique use of its DNA files by the epigenetic system, which sits above the DNA. Source
A jumping gene was directly observed moving from predator to prey through circular RNA. Dead cells are usually molecular dead ends: their fragile RNA messages rapidly disappear, an...
Much of the information essential to cellular function isn’t editable via random genetic mutations in DNA and is thus inaccessible to the Darwinian mechanism. Source
In most modern cells, DNA stores the genetic blueprint, and proteins replicate, repair and build from those blueprints. At the same time, proteins require instructions from DNA to...
All living organisms are known to inherit genes, DNA sequences that contain instructions for producing specific proteins and performing biological functions, from their parents. In...
Though a mystery to Darwin in his lifetime, the constant mutation of our genes is what allows for life’s magnificent diversity.
Our ancestors' genomes were built through successive waves of gene transfers.
Formulating software for the study of plant genomes
A tiny set of ancient genetic “switches” may have played a surprisingly large role in making human language possible. Researchers found that these DNA regions, which act like volum...
Researchers have identified tiny genetic “switches” that appear to play a surprisingly large role in human language ability. Researchers at University of Iowa Health Care have iden...
by Anamaria Necsulea Recombination suppression leads to genomic erosion through an accumulation of deleterious mutations. A new study in PLOS Biology reveals an outstanding increa...
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