About me

Who I am

My name is Lucy. I graduated from the Department of Molecular Biology, Biological faculty of Moscow State University. Now I’m a graduate student at the Institute of Bioorganic Chemistry of the Russian Academy of Sciences  studying molecular biology specialization at the department of Molecular Bases of Neuronal signaling.

Back in school I was interested in the fundamental laws of nature, and the ability to apply them in life. That's why I was interested in science, especially biology, physics and chemistry. In the framework of modern biology, all of these disciplines are closely intertwined, and the study of biology directly to the study of man himself, and the possibility of bioengineering, transformation and control of biological processes in living systems. That's why I decided to study biology, mainly molecular biology

                                                                                                                     
           

What is inspire me

I believe that four fields of biological science: regenerative medicine, neurobiology, gerontology and synthetic biology are new directions which could radically change our lives.

What's my goal

Today there are enough knowledge's to make a first step to the extension of life.

As a molecular biologist I believe that anti-aging therapy could be reached by bioengineering methods. Our DNA has the capacity to launching an extremely mechanisms of renewal. We only should learn how to do this, how to regulate aging-processes in our organism, and turn it back. 

I think we should to learn how to "talk" with human body on biological level that will be the most perfect way of fighting against the age, methods which help human to fully activate their internal regenerative mechanisms.

A schematic representation of my vision of the strategy of fighting with aging:

1.       Bioinformatics

It’s very important point, because technology in the field of biology and medicine are rapidly developing, this entails the accumulation of large amounts of information that needs to be structured to work effectively, which makes it necessary in conjunction with advanced information technology to organize all the information. Bioinformatics helps scientist in structuring information for properly analyze of a large amount of data

2.       Molecular and cell biology: to study of the age-dependent changes on molecular and cellular levels. This step also include bioengineering approaches in molecular biology, (for example creating artificial biomolecules for providing renewal processes), including synthetic biology

3.       Clinical trials of therapy

Projects

On a base of "The First Open Institute for Regenerative Medicine for Young Scientists" our research group  spend bioinformatics analysis for signal transduction networks and the search for new targets for accelerated no-scarring skin regeneration, planned to set up the development of new molecular therapies for accelerated wound-healing and skin regeneration.