Chromosomes

Unusual DNA sequences that have undergone direction reversals have been discovered within the genomes of tilapia fish from Lake Malawi. These genetic structures may accelerate evolution by keeping together genes key to survival and reproduction, perhaps explaining how hundreds of species arose so quickly in a single lake. Illustration: depositphotos.com

Scientists discover DNA "reversals" that accelerate evolution

Research in Lake Malawi pangolins shows that chromosomal inversions keep beneficial gene pools together, aid rapid adaptation and may accelerate the formation of new species
Chromosomes A Hrefhttps Depositphotoscom Illustration Depositphotoscom A

The silent competition within us: How our organs choose between mom's and dad's genes

Research conducted by the MRC Medical Sciences Laboratory reveals that cells in different organs selectively express maternal or paternal X chromosomes. This variability, which has been shown in both human data and
X and Y chromosomes. Illustration: depositphotos.com

The complete sequence of the human Y chromosome was assembled for the first time

Scientists have successfully sequenced the entire human Y chromosome, revealing critical genomic features. This groundbreaking research offers deep insights into human biology and potential medical advances. The new sequence reveals genomic factors in fertility,
The consequences of damage to the control mechanism for the separation of chromosomes (SAC) and the KIF18A enzyme in normal cells compared to aneuploid cells

New research reveals a weak point in cancer cells

Researchers from Tel Aviv University shed light on a 140-year-old mystery in an article published in Nature. The study shows for the first time how an abnormal number of chromosomes (aneploidy) - a unique feature of cancer cells that was
Right: Dr. Zvi Telusti and Yonatan Sabir. Correction. Photo: Weizmann Institute

The big stretch

From right: Dr. Amnon Boxbaum, Dr. Shirley Dauba, Prof. Roy Bar-Ziv and Dan Bracha

Dense in the genome

Monkeys groom dogs and play with pigs: Clues to the evolutionary roots of pet bonding

The molecular basis of Down syndrome