'Extreme thermophiles' presentation slideshows

Microbiology of High Temperature Environments

Microbiology of High Temperature Environments. Microbiology of High Temperature Environments. Microbiology of High Temperature Environments. Ameer Ballout Rui Saito Britta Voss Steve Thorsen. Ameer Ballout Rui Saito Britta Voss Steve Thorsen. Ameer Ballout Rui Saito Britta Voss

682 views • 42 slides

Self-Organizing Bio-structures

Self-Organizing Bio-structures. NB2-2009 L. Duroux. Overall goal. Give an insight of self-organizing processes in nature and how these designs inspired humans to create nano-sized objects

449 views • 38 slides

Table 13.1 Page 218

433 views • 34 slides

Prokaryotic diversity Eubacteria & Archaebacteria

Prokaryotic diversity Eubacteria & Archaebacteria. Campbell & Reese Fig 26.1. Bacteria. one-celled to simple colonies cells prokaryotic metabolism diverse. Mycobacterium paratuberculosis. Archaeabacteria - extremophiles. one-celled to simple colonies cells prokaryotic

1.39k views • 20 slides

MICROBIAL GROWTH

MICROBIAL GROWTH. Microbial growth = increase in the number of cells Requirements for growth: Physical: temperature, pH, osmotic pressure Chemical: the necessary chemical elements. Physical Requirements for Growth. Temperature minimum growth temp - lowest temp at which organism can grow

704 views • 17 slides