Human Genome

Two ancient human skulls. Illustration: depositphotos.com

The genetic secret revealed: Humans evolved from two separate ancient species

New research at the University of Cambridge reveals that the modern human genome was created as a result of a merger between two ancient populations, which separated about 1.5 million years ago and reunited about 300 years ago.
The genetic code in DNA. Illustration: depositphotos.com

The genetic code contains many synonymous 'words' - information theory may help explain the redundancies

New research suggests that there may be two other significant factors that natural systems weigh: the information-theoretic nature of the genetic code and the principle of maximum entropy
One of the sons of the Nama. Photo from Wikipedia

New DNA research changes the origins of the human race

A new model of human evolution suggests that Homo sapiens arose from many closely related populations rather than from a single group
The human genome represents a collection of genetic sequences from a diverse group of people. Illustration: depositphotos.com

The first human "pangenome" is designed to catalog genetic diversity

Scientists have published draft results from a comprehensive research effort underway to capture all human genetic variation
Human Genome. Image: depositphotos.com

A new comprehensive map links every human gene to its function

The study of genetics has progressed rapidly in recent decades. For example, just a few months ago, the first complete, gap-free sequencing of the human genome was announced. Now the researchers have gone ahead again and created the comprehensive functional map
The future of human evolution. Illustration: shutterstock

Human evolution is still happening and may even be accelerating

A blue eye and a green eye. The differences between the photos are not only in the tone but also in the genome. From Wikipedia

All those with blue eyes have a common father

genetic tests. Photo: shutterstock

The era of free DNA and its social consequences

Thoughts control an LED in the near-infrared range, which initiates the production of a molecule in a reaction cell. [Courtesy of Martin Fussenegger et al., ETH Zurich]

Control genes with the help of thoughts

Garden healing. Illustration: shutterstock

The second act of genetic healing / Ricky Lewis

Sequenced segments are aligned to the known complete human genome. Many overlaps arise (Wikipedia)

Helping children with autism / Nicholas Lange and Christopher J. McDougal

genetic research. Illustration: shutterstock

Historical events were preserved in the human genome

Much of the Neanderthal genome is preserved in modern human populations. Neanderthal man. Illustration: shutterstock

Neanderthal lineages reconstructed from the modern human genome

Chromosomes in XNUMXD

Photo 51. From Wikipedia.

Decipher the book of life

"Our innovative method, to the best of our knowledge, is the only prediction method currently available for finding the relationship and biological distance between any two selected genes, which makes it possible to discover the single gene responsible for any disease," explains lead researcher Yuval Eitan from Rockefeller University

The map of the connections between all the genes in a person

Dr. Yaniv Ehrlich, Whitehead Institute, Boston

The chromosome stays in the family

"To think of ways to prevent misuse of databases". Dr. Yaniv Ehrlich. Photo: MIT

The secret of the disappearing gene

The experimental system: two nostrils from which exit ultrasonic beams of excited helium atoms (in blue) and of argon atoms or hydrogen molecules (in red). The blue beam passes through a magnetic device (in yellow) which causes it to bend, and merges with the red beam - then the argon atoms or hydrogen molecules undergo ionization, and enter the detector. The picture above shows a cross-section of the magnetic device

expression and control

The figure shows a DNA strand with nucleotide bases (A, T, G and C) moving down through a pore the width of a molecule known as a "nanopore". The symbol X marks the location of the missing base that could lead to a disease outbreak. Through the attachment of a ring chemical molecule containing a sodium ion to the damaged site, the movement of DNA through the nanopore can be slowed down so that the point of damage can be located. [Courtesy of University of Utah Department of Marketing and Communications].

A nanopore for detecting DNA damage

Doctor Shagiv Shipman (right) and Eyal Ben-David. Photo: The Hebrew University

The genetics of autism

Prof. Haim Sider, Hebrew University

Spotlight: Epigenetics - heredity not only in genes / Dorit Ferns

Graphic illustration from Wellcome Trust Sanger Institute research to decipher the gorilla genome

The lowland gorilla genome is deciphered

Prof. Ohad Birak. Photo: Danny Machlis, Ben-Gurion University.

A gene whose defect causes myopia has been located