Beauty of Science 2 - Gallery

Proteins involved in cellular communication. Green - cell skeleton fibers made of the Actin protein.

Needles of an Ascidian. Prof. Steve Weiner, Structural Biology Department.

Needles of an Ascidian. Prof. Steve Weiner, Structural Biology Department

Eye of a Drosophila fruit fly, photographed in the lab of Prof. Ben-Zion Shilo of the Molecular Genetics Department.

Embryo of a Drosophila fruit fly, photographed in the lab of Prof. Ben-Zion Shilo of the Molecular Genetics Department.

Embryo of a Drosophila fruit fly, photographed in the lab of Prof. Ben-Zion Shilo of the Molecular Genetics Department.

Embryo of a Drosophila fruit fly, photographed in the lab of Prof. Ben-Zion Shilo of the Molecular Genetics Department.

Gene expression in colon cancer tissue samples. Prof. Eytan Domany.

Group of cells from which the respiratory ducts of a Drosophila fly develops. Prof. Ben-Zion Shilo, Molecular Genetics Department.

Mapping of ribosomal subunits using X-ray crystallography. Prof. Ada Yonath.

Intensified formation of cell skeleton (microtubules) which stems from the classification of neuroblastoma cells.

Impaired cellular morphology following faulty actin regulation. Prof. Avri Ben-Ze'ev and Prof. Alexander Bershadsky along with doctoral student Anna Lyubimova.

Group of cells from which the respiratory ducts of a Drosophila fly develops. Prof. Ben-Zion Shilo, Molecular Genetics Department.

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure.

The structures of ribosomal particles, deciphered through the use of X-ray crystallography. Prof. Ada Yonath.

The structures of ribosomal particles, deciphered through the use of X-ray crystallography. Prof. Ada Yonath.

The structures of ribosomal particles, deciphered through the use of X-ray crystallography. Prof. Ada Yonath.

The structures of ribosomal particles, deciphered through the use of X-ray crystallography. Prof. Ada Yonath.

The temporal development of a turbulent flow from an initial instability of fluids flowing against each other. Prof. Itamar Procaccia.

The trails of radioactive signals which were inserted into cells.

Tracheal network in the embryo of a Drosophila fruit fly, photographed in the lab of Prof. Ben-Zion Shilo of the Molecular Genetics Department.
 

Uniform single cell layer (culture).

The venom of cone snails contains a large number of very small proteins that target specific sites in the nervous system of their prey. Dr. Mike Fainzilber.
 

The effect of thyrozine phosphate on the organization of the cell skeleton.

The effect of thyrozine phosphate on the organization of the cell skeleton
 

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure.

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure
 

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure.

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure.

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure.

The development of a polycrystalline substance from its early stages (far left) to later stages (far right). Prof. Joel Stavans, Physics of Complex Systems Department.

The development of soap bubbles, from early stages (far left) to later stages (far right).

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure.

Spatio-temporal chaotic patterns developing during the process of convection in gas under high pressure
 

A graphical representation of a mathematical formula (fractal). Prof. Itamar Procaccia, Chemical Physics Department.

A group of cells from which a Drosophila fly's wing develops. Prof. Ben-Zion Shilo, Molecular Genetics Department
 

A crystal of TBADH, an enzyme from a thermophilic bacterium (alcohol dehydrogenase from T. brockii). Prof. Yigal Burstein.