Anabaena scheremetievi
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Mark Schneegurt, Roger Burks
This specimen of Anabaena scheremetievi was imaged from pond
waters near the edge of an aquaculture pond near Stuttgart, AR. |
Oscillatoria princeps
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Roger Burks, Mark Schneegurt
The organism
was not isolated, but photographed from the natural water sample,
using a light microscope and 200x magnification. |
Oscillatoria sp.
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Roger Burks, Mark Schneegurt
The organism was not isolated,
but photographed from the natural water sample, using a light microscope
and 200x magnification. |
Spirulina major
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Roger Burks, Mark Schneegurt
This specimen of Spirulina major came from a fish hatchery
pond on the University of Arkansas at Pine Bluff campus. |
Neurospora crassa 3: Conidia and Hyphae (Fluorescent)
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Matthew Springer
Specific fluorescent dyes can selectively visualize substructures
such as nuclei and septa. |
Neurospora crassa 1: Introduction
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Matthew Springer
The bread mold, Neurospora crassa, was one of the original model
systems for the study of genetics in the middle of the 20th century. |
Neurospora crassa 4: Microconidiophores-SEM
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Matthew Springer
These scanning
electron micrographs show several different views and magnifications
of this process, and offer an example of the diversity of
sporulation mechanisms in the asexual phase.
|
Neurospora crassa 5: Conidiation Mutants-SEM
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Matthew Springer
Three of the
many known morphological mutants are shown here, visualized by
scanning electron microscopy (SEM). |
Neurospora crassa 2: Macroconidiophores-SEM
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Matthew Springer
These four different views of Neurospora crassa macroconidiophores
highlight various aspects of these structures. |
Acanthamoeba Trophozoites
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Gloria Delisle
This image is of Acanthamoeba trophozoites cultured on a lawn of
E.coli on nonnutrient agar. |
Blastomyces dermatitidis
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Gloria Delisle, Lewis Tomalty
This image is a calcofluor stain of a sputum specimen. |
Coccidioides immitis
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Gloria Delisle, Lewis Tomalty
This image shows a Coccidioides immitis silver stain from lung
tissue viewed at 500X magnification. |
Entamoeba histolytica Cysts and Trophozoites
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Lewis Tomalty, Gloria Delisle
This image shows Entamoeba histolytica cysts and trophozoites
from a stool specimen. |
Histoplasma capsulatum
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Gloria Delisle, Lewis Tomalty
This image shows Histoplasma capsulatum mold phase from culture. |
Microsporum canis
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Gloria Delisle, Lewis Tomalty
The fungus is identified as a dermatophyte by this calcofluor stain
of the skin scrapings viewed at 500X magnification. |
Mycobacterium tuberculosis
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Lewis Tomalty, Gloria Delisle
Mycobacterium tuberculosis are seen as acid-fast bacilli when
stained with the Zeihl-Neelsen acid-fast stain and viewed at 1,000X
magnification. |
Plasmodium falciparum
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Lewis Tomalty, Gloria Delisle
This image is a blood film stained with the Giemsa stain showing the
characteristic banana-shaped gametocyte of Plasmodium falciparum
. |
Tsukamurella sp. - Colony Morphology
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Geraldine Cooper, David Haldane, Todd Hatchette, Louise Thibert
Tsukamurella species, isolated from blood cultures drawn from the
hickman line from a 21 year old female who was diagnosed with acute
myelogenous leukemia. |
Herpes Simplex Virus Type 1 Infection of Primary Rabbit Kidney Cells
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Howell Rogers
Photomicrographs of herpes simplex virus (HSV) type 1-infected primary
rabbit kidney cells collected from human vesicle fluid. |
E. coli Transformed with Green Fluorescent Protein Plasmid
MicrobeLibrary Visual: Image
Prior to 1/1/2002 by Charlotte Mulvihill
Wet mount of E. coli MM294 cells transformed by the pGREEN plasmid
(source: DNA Learning Center, Cold Spring Harbor Laboratory) to
express the jellyfish gene for GFP (green fluorescent protein). |
