Bacterial Structure/Growth/Metabolism

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Can you name the Bacterial Structure/Growth/Metabolism?

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Has a waxy cell wall containing mycolic acid. Its lethal oxidation is survival inside of a macrophage. It is sensitive to heat and UV light.
Simultaneous expression of genes involves this.
Peptidoglycan like on spores
Set of genes needed for a particular response that are in different operons but under the control of one common regulator protein.
Dormant form of a bacterial cell found only in gram positive bacteria. Examples are Bacillus anthacis and Clostridium Tetani.
Toxic part of LPS
Single polar flagellum
Surface antigens only on Gram positive bacteria that has a role in adherence to host cells or other bacteria.
May be a poison for bacteria because it generates toxic products such as hydrogen peroxide and superoxide anion.
Another name for glycocalyx.
Gram negative pathogen that causes UTI, Meningitis in neonates, and GI tract infections.
Transfer of naked DNA
Small segments of DNA that can move from one region of DNA to another
Recognizes and binds to specific DNA sites during transcription
Pathogen that does NOT have a cell wall, will not be seen with a gram stain, and contains sterols.
Gram negative pathogen that causes Lyme disease. It is a spirochete that contains endoflagella for movement. Gram negative stain but too thin to be seen.
Viruses that infect bacteria
Type of diffusion where a protein channel or carrier protein is embedded within the cell membrane
G+ pathogen that causes Gas Gangrene. It is an obligate anaerobe.
Occurs in the cytosol in the absence of O2 and energy yield is 2ATP/glucose. End products of this process can be used for identification of many bacteria.
Also called endotoxin specific to Gram negative bacteria. It is a strong stimulator of the immune response.
Gram positive diplococci that causes pneumonia, otitis media, and meningitis.
Respiration in which an inorganic molecule other than O2 is the final electron acceptor. Theoretical maximum energy yield is 36ATP/glucose or less.
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Where a regulator protein binds in an operon.
Transport against the concentration gradient. Carrier protein and energy are required.
Grows best when O2 is present, but can grow without O2 as well. E. coli is an example.
Unusual carbohydrate residue on LPS
Provides protection for DNA in spores.
Incorporation of extrachromosomal DNA into the chromosome.
Small circular extra-chromosomal DNA that is nonessential. It replicates separately from the chromosome and often codes for virulence factors, antibiotic resistance, and/or self tr
Bind to RNA polymerase core enzyme and recognize promoter.
Small molecules that bind iron. Gets internalized via receptors by the bacterial cell.
Major surface antigen on LPS
Multiple flagella at the same spot
Phase on bacterial growth curve where rate of cell division is equal to the rate of cell death
Multiple flagella around the cell
Phase on bacterial growth curve where the is no or little cell division
Keratin-like protein on spores.
Type of parasite that can live only on living tissue and not dead tissue
Gene transfer through the sex pilus
Phage-mediated gene transfer
Gram negative pathogen that causes meningitis, epiglottitis, otitis media, and pneumoniae.
Chemical conversion of transported molecule
Complex aggregation of microorganisms marked by the excretion of a protective and adhesive matrix. 65% of nosocomial infections are caused by this.
Gram positive pathogen that causes skin infections, endocarditis, pneumonia, and food poisoning.
Repressed temperate phage DNA inserted into bacterial chromosome. Its DNA may code for other proteins that make the bacteria more virulent=lysogenic conversion. Examples are diphth

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Created Nov 4, 2010ReportNominate
Tags:growth, structure