Publications recommended: papers -microbiology - by this author are recommended:
– Present (3 years)Greater Boston Area
– (3 years 7 months)Greater Boston Area
– (2 years 1 month)
– (8 years) – (9 years)Moscow, Russian Federation
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Background
Summary
Contribution to development of microbial growth theory (kinetics and stoichiometry of microbial growth, systems biology) and its implementation to biotechnology and environmental science.
- Biofuel: cellulosic fermentation control (on-line, off-line, biomass and products sensors, optimization, strains selection and directed evolution)
- Anaerobic processes (methanogenesis, fermentations, low and high temperature, waste treatment)
- Environmental toxicology (heavy metals, organic pollutants, N-deposition survey, evaluaiton and prediction of direct and side effects)
- Soil, aquatic and human microbiome (isoaltion and characterization of novel species, recovery of uncultivable stressed forms, physiologcal mechanisms of dormancy and stress)
- Mathematical modeling of bioprocesses.
Specialties:Microbiology, biotechnology, biofuel, biogeochemistry, global changes, human microbiome
- Biofuel: cellulosic fermentation control (on-line, off-line, biomass and products sensors, optimization, strains selection and directed evolution)
- Anaerobic processes (methanogenesis, fermentations, low and high temperature, waste treatment)
- Environmental toxicology (heavy metals, organic pollutants, N-deposition survey, evaluaiton and prediction of direct and side effects)
- Soil, aquatic and human microbiome (isoaltion and characterization of novel species, recovery of uncultivable stressed forms, physiologcal mechanisms of dormancy and stress)
- Mathematical modeling of bioprocesses.
Specialties:Microbiology, biotechnology, biofuel, biogeochemistry, global changes, human microbiome
Experience
Visiting scientist
Harvard School of Public Health
Human microbiome
Gut bacterial community
Microbial fermentation and growth kinetics
Gut bacterial community
Microbial fermentation and growth kinetics
Research Professor
Northeastern University
- Proteomic study of Pseudomonas putida
- Subzero microbial activity (molecular mechanisms, microbial diversity and evolution in permafrost, impact on global change)
- Mechanism of dormancy, recovery of uncultivable forms of life
- Uranium contaminated subsurface water
- Human microbiome
- Subzero microbial activity (molecular mechanisms, microbial diversity and evolution in permafrost, impact on global change)
- Mechanism of dormancy, recovery of uncultivable forms of life
- Uranium contaminated subsurface water
- Human microbiome
Senior Researcher
Dartmouth College
Cellulosic ethanol production from cellulose and pretreated wood.
Recombinant yeasts Saccharomyces cerevisiae
Thermophilic bacteria, Clostridium thermocellum and related species
Kinetics and stoichiometry of growth on cellulose and pretreated wood.
Development of on-line sensors to record cell mass, fermentation products, residual solid substrates
Mathematical modeling and optimization of fermentation
Recombinant strains and mutants
Spontaneous changes in structure of growing population
Recombinant yeasts Saccharomyces cerevisiae
Thermophilic bacteria, Clostridium thermocellum and related species
Kinetics and stoichiometry of growth on cellulose and pretreated wood.
Development of on-line sensors to record cell mass, fermentation products, residual solid substrates
Mathematical modeling and optimization of fermentation
Recombinant strains and mutants
Spontaneous changes in structure of growing population
Professor
Stevens Institute of Technology
Chemical biology
Microbiology: nanobacteria, psychrophilic microorganisms, detection of bacterial aerosol
Microbiology: nanobacteria, psychrophilic microorganisms, detection of bacterial aerosol
Director of Laboratory
Winogradsky Institute of Microbiology
Directing research activity of 10 to 20 permanenet research faculty at PhD level. Supervising 5 graduate PhD students.
Research in microbial physiology, wetland microbiology, methane cycle in tundra and boreal zones, development of rhizobacteria to improve productivity of plants
Research in microbial physiology, wetland microbiology, methane cycle in tundra and boreal zones, development of rhizobacteria to improve productivity of plants
Skills
Top Skills
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Education
Additional Info
Interests
Personal Details
| Birthday | March 1 |
|---|---|
| Marital Status | Married |
Organizations
Additional Organizations
Honors & Awards
Additional Honors & Awards
• Distinguished Visiting Professor, Michigan State University, East Lansing, 1996
• Gold Medal of Moscow Government for applied research, 1997
• Who's Who in the World and Who's Who in America, 2002-2005
• Who’s Who Among America’s Teachers, 2004, 2005
• Plenary talk to the Annual Meeting of Society for General Microbiology, UK, Essex, 1995
• Gold Medal of Moscow Government for applied research, 1997
• Who's Who in the World and Who's Who in America, 2002-2005
• Who’s Who Among America’s Teachers, 2004, 2005
• Plenary talk to the Annual Meeting of Society for General Microbiology, UK, Essex, 1995
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