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Microbial Ecology and Ecophysiology
Microbial Ecology and Ecophysiology
Metagenomic and culture-dependent analysis of microbiota
Metagenomic and culture-dependent analysis of microbiota
Analysis of microbial communities in an ecosystem is crucial for understanding the distribution, diversity, and dynamics of complex microbial populations. In addition to providing insights into the interactions of microbes among themselves, these studies also reveal their interactions with nature and higher organisms. Such insights are important for improving environmental and human health. We employ both culture-dependent and metagenomic techniques to study bacterial communities in a variety of ecological niches, including:
Analysis of microbial communities in an ecosystem is crucial for understanding the distribution, diversity, and dynamics of complex microbial populations. In addition to providing insights into the interactions of microbes among themselves, these studies also reveal their interactions with nature and higher organisms. Such insights are important for improving environmental and human health. We employ both culture-dependent and metagenomic techniques to study bacterial communities in a variety of ecological niches, including:
Gut symbionts and their functions in host digestive metabolism and nutrition: Animal gut harbors a complex ecosystem of microorganisms that play an important role in health. We aim to understand the composition and functional roles of these microbes by analyzing their metagenomes and performing culture-dependent studies.
Gut symbionts and their functions in host digestive metabolism and nutrition: Animal gut harbors a complex ecosystem of microorganisms that play an important role in health. We aim to understand the composition and functional roles of these microbes by analyzing their metagenomes and performing culture-dependent studies.
Bacteria in the rhizosphere and internal tissues of plants and their beneficial or pathogenic effects: The rhizosphere is the soil region in the vicinity of plant roots where a rich community of microorganisms interact with the plant. We investigate the bacterial communities in the rhizosphere and internal tissues of local crops to understand their beneficial or pathogenic effects on plant growth and health.
Bacteria in the rhizosphere and internal tissues of plants and their beneficial or pathogenic effects: The rhizosphere is the soil region in the vicinity of plant roots where a rich community of microorganisms interact with the plant. We investigate the bacterial communities in the rhizosphere and internal tissues of local crops to understand their beneficial or pathogenic effects on plant growth and health.
Microbes from extreme environments and their biotechnological insights: Microorganisms living in extreme environments have evolved unique mechanisms to cope with harsh conditions. We study the microbial communities in these environments to identify novel enzymes and their biotechnological potential.
Microbes from extreme environments and their biotechnological insights: Microorganisms living in extreme environments have evolved unique mechanisms to cope with harsh conditions. We study the microbial communities in these environments to identify novel enzymes and their biotechnological potential.
Microbiota of local foods and their beneficial and safety aspects on consumer health: Foodborne illnesses are a major public health concern, and understanding the microbial communities in local foods is important for ensuring their safety. We investigate the microbiota of local foods and their potential health benefits or risks.
Microbiota of local foods and their beneficial and safety aspects on consumer health: Foodborne illnesses are a major public health concern, and understanding the microbial communities in local foods is important for ensuring their safety. We investigate the microbiota of local foods and their potential health benefits or risks.
In addition, we explore the connection between physiology and metabolic aspects of microbes and the environmental conditions where they are isolated. Our studies contribute to the understanding of microbial symbiosis and ecophysiology and may lead to the development of novel biotechnological applications.
In addition, we explore the connection between physiology and metabolic aspects of microbes and the environmental conditions where they are isolated. Our studies contribute to the understanding of microbial symbiosis and ecophysiology and may lead to the development of novel biotechnological applications.
[+] Related publication(s)
Hydrolytic Exoenzymes Produced by Bacteria Isolated and Identified From the Gastrointestinal Tract of Bombay Duck. Frontiers in Microbiology. 2020
To see list of all papers, please visit the publications page.
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