Tuberculosis of the Spine
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Pat Johnson
This image illustrates the gross skeletal damage that can result from
disseminated tuberculosis. |
Growth of Nonlactose Fermenter on Hektoen Enteric Agar
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Pat Johnson
This image illustrates the growth of a nonlactose fermenter on Hektoen agar. |
Growth of Nonlactose Fermenter on MacConkey Agar
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Pat Johnson
This image illustrates growth of a nonlactose fermenter on MacConkey agar. |
Growth of Lactose Fermenter on MacConkey Agar
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Pat Johnson
This image illustrates growth of a lactose fermenter on MacConkey agar. |
Lactose Fermenter on Hektoen Enteric Agar
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Pat Johnson
This image illustrates the growth of normal flora of the bowel on Hektoen agar. |
Lactose Nonfermenter on EMB
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Pat Johnson
This image illustrates the growth of gram-negative bacteria that cannot ferment
lactose on eosin methylene blue (EMB) agar. |
Fusion of Measles Virus Infected Cells
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Linda Fisher
The photographs show cell fusion occurring
2 hours (Figure 1) and 5 hours (Figure 2) after infection of an AV3
(human amnion) cell line with a high input (MOI about 10). |
Cyanobacteria - Baltic Sea
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Hans Paerl
A cyanobacterial bloom on the open waters of the
Baltic Sea, the worlds largest brackish water ecosystem. |
Cyanobacteria - Neuse River, North Carolina
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Hans Paerl
An extensive surface water bloom of the colonial
cyanobacterium Microcystis aeruginosa in the nutrient-enriched
Neuse River, North Carolina. |
Cyanobacteria Microbial Mat - North Carolina
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Hans Paerl
A side view of an intertidal North Carolina coastal
lagoon microbial mat dominated by cyanobacteria. |
Candida albicans
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Danny Wiedbrauk
Gram-stain of vaginal smear showing Candida albicans epithelial cells
and many gram-negative rods. (1,000X oil) |
Neisseria gonorrheae
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by J. Michael Miller
Gram stained urethral discharge. The image shows many polymorphonuclear
leukocytes (PMNs) and
gram-negative extra- and intra-cellular diplococci. (1,000X oil) |
Cytomegalovirus
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Danny Wiedbrauk, Joan Barenfanger
Figure 1 is an H&E stained lung section showing typical owl-eye inclusions. Figure 2 is an H&E stain of Cytomegalovirus in monocytes in the lung of a patient with AIDS who had disseminated CMV. |
Rhinovirus Cytopathic Effects (CPE)
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Danny Wiedbrauk
This image shows human diploid fibroblasts infected with Rhinovirus (100X). |
Biofilm Viscoelasticity
MicrobeLibrary Visual: Video
Prior to 1/1/2002 by Paul Stoodley
Side view of a bacterial biofilm revealing structural deformation
caused by fluid flow as the flow velocity was varied between 0 and
1.0 m/s. |
Growth and Detachment of Biofilm Cell Cluster in Turbulent Flow
MicrobeLibrary Visual: Video
Prior to 1/1/2002 by Suzane Wilson, J. William Costerton, Paul Stoodley
This sequence shows the growth and detachment of a biofilm
microcolony (or cell cluster) on a glass surface. |
Biofilm Accumulation in Turbulent Flow
MicrobeLibrary Visual: Video
Prior to 1/1/2002 by Paul Stoodley, Zbigniew Lewandowski
This sequence shows the accumulation of a bacterial biofilm on a
glass surface over a 14-day period. |
Initial Events of Pseudomonas aeruginosa Accumulating on a Stainless Steel Surface
MicrobeLibrary Visual: Video
Prior to 1/1/2002 by Paul Stoodley, Anne Camper
This sequence can illustrate to students Pseudomonas aeruginosa cells attaching to a
316L stainless steel over a 6.5 h time period. |
3-D Biofilm Structure
MicrobeLibrary Visual: Video
Prior to 1/1/2002 by Paul Stoodley
Confocal scanning laser microscopy image of a bacterial biofilm showing cell clusters in an extra-cellular polymeric slime and surrounding water channels. |
Anabaena Cyanobacteria
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Hans Paerl
Anabaena is a common filamentous cyanobacterial genus capable of
utilizing atmospheric nitrogen (N2) through the process of nitrogen
fixation. |
