Phylogeny of primary beer spoilage bacteria.

Slides:

Advertisements

Similar presentations

We Can Read About Mixing Colors

Advertisements

COLORING WITH NUMBERS. NumbersNumbers NumbersNumbers

Mrs. Smith’s 7th Grade Reading Blue Class Mrs. Smith’s 7th Grade Reading Blue Class Mrs. Smith’s 7th Grade Reading Blue Class.

The Color Wheel Claire Heider The Primary Colors.

Kids S1 Vocabulary U1 Colors. Listen and say the color:

If you say 8 color the ones in your picture purple. If you say 9 color the ones in your picture blue.

By: Elizabeth Hayden Mrs. Valle Art Class.  I learned a great song that showed and taught me the primary and secondary colors.  I learned how the primary.

FRACTIONS & SHAPES BY:. How many of these are colored red? * out of *.

= 5 = 2 = 4 = 3 How could I make 13 from these shapes? How could I make 19 from these shapes? STARTER.

Monkey, Monkey In the Tree. Monkey, monkey in the tree Throw the yellow coconut down to me!

Primary Colors are the root of every other hue imaginable. *Think of the three Primaries as the Parents in the family of colors.

Color Distribution A block BrownYellowOrangeRedGreenBlue GreenYellowOrangeRedPurple M&M Skittles.

Art Class for 1 st Grade with Ms. Jenzano Click the Paint Brush to Move on.

Scientific Notation. = 5.4 =3.47 Write the following in standard form A 1.8 X 10⁴ B 3.47 X 10⁷ C 4.3 X 10⁰ D 5.4 X 10⁻⁴ E 5 X 10⁻⁶ F (6 X 10⁴) (7 X 10⁵)

Catch the Wave Wave Rate D = measured distance between sensors.

Average Number of Photons

Can I color yellow?. Can I color yellow?

Inferring chromatin organization.

What Color is it?.

Overview of predicted carbohydrate uptake and metabolism systems in bifidobacteria. Overview of predicted carbohydrate uptake and metabolism systems in.

Shielding of bacterial spores against galactic cosmic radiation by meteorite material. Shielding of bacterial spores against galactic cosmic radiation.

Phylogenetic analysis of replication proteins expressed by bifidobacterial plasmids. Phylogenetic analysis of replication proteins expressed by bifidobacterial.

Allosteric site of B. subtilis PRPP synthase.

The microsporidian sex-related locus.

Solar spectrum in space (thin line) and on Earth's surface (thick line). Solar spectrum in space (thin line) and on Earth's surface (thick line). Below.

Phylogenetic analysis of PurR from low-GC Gram-positive bacteria.

Phrap assemblies visualized with the Consed (53) program.

Catalytic strategies. Catalytic strategies. The coordination of Mg2+ (shown as blue spheres) of the active site to the substrates, to amino acid residues,

Possible secondary structure of the S. enterica prs leader.

Schematic representation of major cell wall components.

Alignments of the complete genome sequences of the B

CTL killing and hepatocyte replacement.

Word Work List ____________ Name____________

General strategies of cellulose hydrolysis and utilization by aerobic (top) and anaerobic (bottom) bacteria. General strategies of cellulose hydrolysis.

Structures of hydrophobic signaling molecules produced by diatoms and bacteria. Structures of hydrophobic signaling molecules produced by diatoms and bacteria.

(A) Scanning electron micrograph of bacteria on the surface of a corn (Z. mays) leaf. (A) Scanning electron micrograph of bacteria on the surface of a.

Summary of major events in Earth history relating to the appearance of eukaryotic groups and the appearance of O2 in the atmosphere and in marine environments.

Let’s Learn the Basic Colors

Structures of P. aeruginosa ExoU and its chaperone, SpcU (PDB ID 3TU3), shown as a cartoon. Structures of P. aeruginosa ExoU and its chaperone, SpcU (PDB.

Siderophore production and roles in virulence in K. pneumoniae.

Schematic representation of the hydrolysis of amorphous and microcrystalline cellulose by noncomplexed (A) and complexed (B) cellulase systems. Schematic.

Antibiofilm strategies arising from fundamental research.

Scheme for recovery of viral nucleic acid from microarray spots.

T4P gene clusters in C. perfringens and C. difficile.

Extreme resistance of D

Physiological effects of heat shock.

Simplified neighbor-joining tree of ABC domains.

Prophage genome map of the C. diphtheriae prophage encoding DT

Structure of an exporter.

Mechanisms of XRV and ERV transmission.

Phylogenetic trees for fusion (F) and attachment (G) genes of selected HMPV isolates. Phylogenetic trees for fusion (F) and attachment (G) genes of selected.

Incorporation of new cell wall in differently shaped bacteria.

Maximum likelihood nucleotide tree of the bla OXA-51-like genes intrinsic to A. baumannii. Maximum likelihood nucleotide tree of the blaOXA-51-like genes.

Linear relationship between the dose of ionizing radiation and, from top to bottom, the extent of DNA degradation and the delay in DNA synthesis. Linear.

Conserved motifs in the ABC

Synteny analysis of the S. meliloti genome.

Absorption spectra of PRs in relation to light attenuation patterns in different marine environments. Absorption spectra of PRs in relation to light attenuation.

Thermodynamic cycle for ligand binding to a periplasmic-BP.

General overview of the bioinformatic pipelines for the 16S rRNA gene microbial profiling and shotgun metagenomics. General overview of the bioinformatic.

Alignment of PilT retraction ATPases.

Contributions of shape to nutrient acquisition.

Sequence alignment of colicin lysis proteins.

Acquisition of global regulators during the evolution of streptomycetes. Acquisition of global regulators during the evolution of streptomycetes. The multilocus.

16S rRNA-based phylogeny of sponge-associated cyanobacteria and chloroplasts. 16S rRNA-based phylogeny of sponge-associated cyanobacteria and chloroplasts.

Molecular model of the Helicobacter pylori PldA1 dimer.

Structure of an ATP-bound ABC dimer.

Actin tails formed by Rickettsia spp.

Presentation transcript:

Phylogeny of primary beer spoilage bacteria. Phylogeny of primary beer spoilage bacteria. The maximum-likelihood tree shows the most common beer spoilage bacteria, colored by ecological niche and taxonomic group. Red, Lactobacillales, isolated primarily from raw materials, fermenting beer, and packaged beer; blue, acetic acid bacteria (Rhodospirillales), limited primarily to spoilage of draft dispensers; green, Enterobacteriaceae, occasional wort contaminants; purple, Veillonellaceae, which cause spoilage in packaged beer. Nicholas A. Bokulich, and Charles W. Bamforth Microbiol. Mol. Biol. Rev. 2013; doi:10.1128/MMBR.00060-12