Something about goals of this project, about content etc.

This gallery contains computational visualisation of models of biological macromolecules. We have generated them using cordinates determined experimantally by crystallography and NMR methods.

Our installment includes an introduction to the structure and function of the molecule, a discussion of the relevance of the molecule

What is new

Contents description

• DNA - Each of the cells in your body carries about 1.5 gigabytes of genetic information, an amount of information that would fill two CD-ROMs or a small hard disk drive. Surprisingly, when placed in an appropriate egg cell, this amount of information is enough to build an entire living, breathing, thinking human being...
• aminoacids - that particals are like a molecular LEGO. All proteins are built from combination of 20 aminoacids
• nucleosom - The job of the nucleosome is paradoxical, requiring it to perform two opposite functions simultaneously. On one hand, nucleosomes must be stable, forming tight, sheltering structures that compact the DNA and keep it from harm. On the other hand, nucleosomes must be labile enough to allow the information in the DNA to be used
• tRNA - complexity of protein - nucleic acids interactions
• Antibodies are our molecular watchdogs, waiting and watching for viruses, bacteria and other unwelcome visitors. Antibodies circulate in the blood, scrutinizing every object that they touch. When they find an unfamiliar, foreign object, they bind tightly to its surface
• hemoglobine - super carrier
• porine -
• virus -

• project of the title page has been completed.

• the main hall is being consrtucted.

• the nucleosom area has been added.

• the MTase and antibody areas has been added.