Helicobacter pylori Genome Microarray
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Nina Salama, Stanley Falkow, Timothy McDaniel, Karen Guillemin
This microarray (Fig. 1) contains 99% of the Helicobacter pylori
open reading frames (ORF’s) from two strains, J99 and 26695. |
Agrobacterium tumefaciens Can Be Genetically Transformed to Produce Green Fluorescent
Protein
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Kim Finer, John Finer
This figure shows the plant pathogen, Agrobacterium tumefaciens,
colonizing a soybean cotyledon 36 h after initial exposure of the
cotyledon to the bacterium. |
Biofilm on a Plant Surface
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Peter Cooke, William Fett
The micrograph depicts a naturally-occurring biofilm on a plant surface (alfalfa sprout hypocotyl). |
The Lost Pond, Epping Forest, England--a typical woodland pond
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Stephen Durr
Photograph of a typical pond that can be found
anywhere in the northern hemisphere.
|
Microbial Inhabitants of Freshwater--Vaginicola
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Stephen Durr
>Vaginicola is a sessile protozoan (peritrich) that can usually be found
attached to an alga filament by a very small non-contractile stalk. |
Microbial Inhabitants of Freshwater--Hyladiscus, rare amoeba
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Stephen Durr
>Hyladiscus is a rare amoeba and is very difficult to find in nature. |
Microbial Inhabitants of Freshwater--Euplotes, a common ciliate
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Stephen Durr
The single-celled organism Euplotes is very common and can often be seen
running up and down the filamentous algae in a pond. |
Microbial Inhabitants of Freshwater--Campanella
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Stephen Durr
Campanella is a sessile peritrich. It is attached to the substratum by a non-contractile stalk at one end, while at the other, the cilia are used to set up a flow of water that directs particles of food. |
Microbial Inhabitants of Freshwater--Amoeba proteus
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Stephen Durr
Figures 1 and 2 are images of the common protozoan Amoeba proteus, belonging to
the class Sarcodina. |
Biofilm of Two Bacteria
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Gordon McFeters
These are micrographs of biofilm cross-sections
composed of two bacterial species (Klebsiella
pneumoniae and Pseudomonas aeruginosa) with
progressive exposure to disinfectant. |
Time Sequence of Bacterium Growing on a Stainless Steel Surface
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Paul Stoodley, Zbigniew Lewandowski, Ursula Charaf
This image shows the bacterium Pseudomonas
aeruginosa attaching to a 316 L stainless steel surface at
hourly intervals from 0 h to 6 h
exposure. |
Three-Dimensional Structure of an Acid-Degrading Biofilm Community
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Soren Moller, Doug Caldwell, Gideon Wolfaardt, Darren Korber, Soren Molin
The image shows an example of the three-dimensional structure of a
2,4,6-trichlorobenzoic acid-degrading biofilm community. The biofilm was visualized by
confocal scanning laser microscopy. |
Side View of a Biofilm Showing Cell Clusters and Water Channels
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Paul Stoodley, Zbigniew Lewandowski, Dirk deBeer
A side view of a biofilm. The cell clusters are attached
to the underside of a glass coverslip and are separated by
water channels. |
Biofilm Accumulation on a Glass Surface
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Zbigniew Lewandowski, Paul Stoodley
Biofilm accumulation on a glass surface at 72, 98, 122, 144, 165, 191, 220, 268, and 309 h. |
Consortia of Bacteria Involved in the Biodegradation of PCE
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Jennifer Bower, Ralph Mitchell
This micrograph is an example of an attempt to take advantage of the growth of a consortium on a surface. |
Two Superimposed Optical Sections of Biofilm Reveal Three-Dimensional Structure
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Zbigniew Lewandowski, Paul Stoodley, Dirk deBeer
Two superimposed optical sections of biofilm reveal a
three-dimensional structure. |
Aquatic Biofilm Formation
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Mark Wiencek
Stages of biofilm formation. This digitized image was
generated with a computer using a graphic illustration
software program. |
Bacterial Population on a Metal Surface in an Industrial Condenser
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Donald Gibbon, Rodney Donlan
This series of micrographs illustrates the process of development of a bacterial population on a metal surface of an industrial condenser. |
Bacterial Population on a Metal Surface in a Whitewater System of
a Paper Mill
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Donald Gibbon, Rodney Donlan
These images are from a "whitewater" system of a paper mill,
which consists of water left over after the pulp is
dewatered to make the paper. |
A Naturally Occurring Biofilm from a Septic System
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Amy Lee Wong
Scanning electron micrograph (SEM) of the naturally occurring biofilm on sand grains in the clog mat of a septic system infiltration mound. |
