Concept

Sulfate-reducing microorganism

Related lectures (32)

Sulfur Cycle: Microbial Processes and Energy Conservation

Explores microbial processes in the sulfur cycle and energy conservation mechanisms.

Explores sulfate reduction processes, sulfate-reducing bacteria, and their geochemical implications, including corrosion effects on steel structures.

Methane Cycling: Microbial Transformations

Delves into microbial methane cycling, covering methanogens, methanogenesis, methane oxidation, and microbial interactions in anaerobic environments.

Sulfur Cycle: Processes and Implications

Explores the sulfur cycle processes, microbial components, and geochemical implications, including corrosion by sulfate-reducing bacteria.

Sulfate reduction

Explores sulfate reduction, dissimilatory vs. assimilatory processes, challenges, bacteria, corrosion impact, and mineral formation in anoxic environments.

Sulfur and Nitrogen Cycles

Explores the sulfur and nitrogen cycles, discussing bacterial diversity, key compounds, biogeochemistry, and environmental impacts.

Sulfur Cycle: Microbial Transformations and Environmental Implications

Explores microbial sulfur transformations, focusing on sulfate-reducing bacteria and their environmental impact.

Methanogenesis and Methylotrophy: Pathways and Mechanisms

Discusses methanogenesis pathways, energy generation, and the role of methylotrophy in carbon cycling.

Sulfur and Nitrogen Cycles

Explores the environmental significance of sulfur and nitrogen cycles, including key microbial processes and organisms involved.

Iron Oxidation: Processes and Mechanisms

Explores the process of iron oxidation, covering abiotic and microbial oxidation mechanisms, microbial diversity, and ecological significance.

Biomineralization: Bacteria

Explores biomineralization processes by bacteria, including oxidation, reduction, and mineral production for physiological roles.

Methane oxidation: Processes and Energy Generation

Explores methanotrophy, anaerobic methane oxidation, energy generation, electron transfer mechanisms, and alternative AOM processes.

Carbon Fixation: Processes and Pathways

Explores the critical process of carbon fixation by primary producers, covering pathways and key enzymes involved.

Microbial iron reduction

Delves into microbial iron reduction, iron-reducing microorganisms, and their ecological significance.

Metabolic Diversity: Fermentation and Energy Production

Explores metabolic diversity in microorganisms, emphasizing fermentation pathways and energy production.

Food Biotechnology: Innovations and Applications

Explores food biotechnology, highlighting the role of enzymes and microorganisms in enhancing food products through fermentation and probiotics.

Food Biotechnology: Microorganisms, Preservation, and Safety

Explores food biotechnology, microorganism use, probiotic viability, safety challenges, and prevention methods.

Microbial Iron Cycling: Mechanisms and Implications

Delves into microbial iron cycling mechanisms and photosynthesis strategies employed by various organisms.

Microbial Metabolic Diversity

Explores microbial metabolic diversity, including energy sources, redox reactions, and ATP generation.

Food Fermentation: Nature-Inspired Processing

Delves into the principles of food fermentation inspired by nature, exploring the historical background, benefits of probiotic-fermented foods, and safety aspects.