'Growth temperature' presentation slideshows

CAMPYLOBACTER I

CAMPYLOBACTER I . Hin-chung Wong Department of Microbiology Soochow University. Content. INTRODUCTION. TAXONOMY AND GENERAL CHARACTERISTICS Classification and Biotyping Microaerophilism Morphology Growth Temperature and Heat Resistance

1.76k views • 69 slides

Modeling of semiconductor nanowires

V.G. Dubrovskii St. Petersburg Academic University & Ioffe Physical Technical Institute RAS, St.-Petersburg, Russia. Modeling of semiconductor nanowires. Plan: Introduction Growth modeling Crystal structure of III-V nanowires Strain induced by lattice mismatch

997 views • 63 slides

Tokyo Univ. Pharmacy and Life Sci. Akihiko Yamagishi

2014. 09. 26 Oparin International Conference Moscow. Insights from genetic information: experimental evidence of the thermophilicity of ancestral life. Tokyo Univ. Pharmacy and Life Sci. Akihiko Yamagishi.

594 views • 49 slides

Chapter 6: Microbial Growth

Chapter 6: Microbial Growth. Microbial Growth. Microbial growth = growth in population Increase in number of cells, not cell size Two main categories of requirements for microbial growth: Physical requirements (environmental conditions) Temperature, pH, osmotic pressure

964 views • 35 slides

Microbial growth Dr. Hala Al- Daghistani

Microbial growth Dr. Hala Al- Daghistani. Microbial Growth. Microbial growth: Increase in cell number, not cell size! Physical Requirements for Growth: Temperature Minimum growth temperature Optimum growth temperature Maximum growth temperature

363 views • 34 slides

GENERAL MICROBIOLOGY

GENERAL MICROBIOLOGY. CHAPTER 6 MICROBIAL GROWTH-. INCREASE IN _________ OF MICROBIAL _______. PHYSICAL temperature _______ __________ CHEMICAL Carbon (C) Oxygen (O) Nitrogen (N) Sulfur (S). Phosphorus Organic growth factors Trace elements.

777 views • 30 slides

Lab 3: Determination of Aerobic colony count in Foods

Lab 3: Determination of Aerobic colony count in Foods. ENUMERATION OF MICROORGANISMS IN FOOD Determination of Aerobic colony count in Foods. Application

314 views • 20 slides

FE 411 FOOD BIOTECHNOLOGY

FE 411 FOOD BIOTECHNOLOGY. 1-Biochemical Pathways. The Nature of Microorganisms.

350 views • 18 slides

Pf0-1 Pf0-2x 1516- 1517- 1573- 2663- 4146-

Strain. Pf0-1 Pf0-2x 1516- 1517- 1573- 2663- 4146-. 30 26 RT. Growth Temperature. Strain. Pf0-1 Pf0-2x fliC- flgJ- 1516- 1517- 1573- 2663- 4146-. 30 26 RT. Growth Temperature. Strain.

142 views • 5 slides

Tube 1: Wet/Dry Oxidation, H 2 torch Tube 2: Solid Source Diffusion (Boron), oxidation

THERMAL DEPOSITION -Tystar Tytan 4-Tube Furnace Stack. Tube 1: Wet/Dry Oxidation, H 2 torch Tube 2: Solid Source Diffusion (Boron), oxidation Tube 3: Si 3 N 4 and Low Stress SiN x LPCVD (DCS and NH3) Tube 4: Low Temp. Oxide (LTO) Polysilicon LPCVD. Stress and Index of Refraction vs

342 views • 4 slides

Tube 1: Wet/Dry Oxidation, H 2 torch Tube 2: Solid Source Diffusion (Boron), oxidation

THERMAL DEPOSITION -Tystar Tytan 4-Tube Furnace Stack. Tube 1: Wet/Dry Oxidation, H 2 torch Tube 2: Solid Source Diffusion (Boron), oxidation Tube 3: Si 3 N 4 and Low Stress SiN x LPCVD (DCS and NH3) Tube 4: Low Temp. Oxide (LTO) Polysilicon LPCVD. Stress and Index of Refraction vs

41 views • 4 slides

Real -Time Optical Diagnostics of Rapid Graphene Growth

CNMS Staff Science Highlight. Real -Time Optical Diagnostics of Rapid Graphene Growth. Scientific Achievement.

148 views • 2 slides

tetraether macrocyclic lipid

Typical phospholipid found in conventional liposomes. O. H. H. O. R. O. H. O. 3. C. H. C. H. O. H. 3. 3. O. C. H. 3. O. O. C. H. C. H. C. H. C. H. 3. 3. 3. 3. O. C. H. C. H. C. H. C. H. 3. 3. 3. 3. C. H. R. PO. 3. O. 1. 4. C. H. 3. C. H.

172 views • 2 slides

Ion-beam Sputtering Deposition

303 views • 1 slides