Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Morone saxatilis (2)
- Mycobacteriosis (2)
- Mycobacterium marinum (2)
- Striped bass (2)
- Algae and seaweeds (1)
-
- Bacillariophyceae (1)
- Castanea (1)
- Chlorophyceae (1)
- Chrysophyceae (1)
- Contents (1)
- Cryptophyceae (1)
- Cryptophyta (1)
- Cyanoprocaryota (1)
- Diatoms (1)
- Dinophyceae (1)
- Euglenophyceae (1)
- Fish disease (1)
- Flora (1)
- Fresh water (1)
- Freshwater (1)
- Granuloma (1)
- Life sciences and biomedicine (1)
- Mycobacterium shottsii (1)
- Phytoplankton (1)
- Plant sciences (1)
- River water (1)
- Salinity (1)
- Science and technology (1)
- Summer (1)
- Taxa (1)
Articles 1 - 6 of 6
Full-Text Articles in Medicine and Health Sciences
Evaluating Forensic Dna Evidence: Essential Elements Of A Competent Defense Review, Dan E. Krane
Evaluating Forensic Dna Evidence: Essential Elements Of A Competent Defense Review, Dan E. Krane
Biological Sciences Faculty Publications
No abstract provided.
Evaluating Forensic Dna Evidence, Dan E. Krane
Evaluating Forensic Dna Evidence, Dan E. Krane
Biological Sciences Faculty Publications
No abstract provided.
Forensic Dna Evidence: Collection, Mixtures, And Degradation, Dan E. Krane
Forensic Dna Evidence: Collection, Mixtures, And Degradation, Dan E. Krane
Biological Sciences Faculty Publications
No abstract provided.
Phytoplankton Composition Within The Tidal Freshwater-Oligohaline Regions Of The Rappahannock And Pamunkey Rivers In Virginia, Harold G. Marshall, Lubomira Burchardt
Phytoplankton Composition Within The Tidal Freshwater-Oligohaline Regions Of The Rappahannock And Pamunkey Rivers In Virginia, Harold G. Marshall, Lubomira Burchardt
Biological Sciences Faculty Publications
The Rappahannock River is a major river system across north central Virginia prior to entering the Chesapeake Bay. In contrast, the Pamunkey River is smaller in size and joins the Mattoponi River to form the York River, which flows parallel to the Rappahannock before it also flows into Chesapeake Bay. A unique mixing area for both flora and environmental conditions exists in the tidal freshwater-oligohaline region of both rivers. This is a dynamic mixing section where freshwater and estuarine species are subject to the interaction of river flow and daily tidal rhythms. The phytoplankton composition in this region of the …
Ultrastructure Of Mycobacterium Marinum Granuloma In Striped Bass Morone Saxatilis, D. T. Gauthier, W. K. Vogelbein, C. A. Ottinger
Ultrastructure Of Mycobacterium Marinum Granuloma In Striped Bass Morone Saxatilis, D. T. Gauthier, W. K. Vogelbein, C. A. Ottinger
Biological Sciences Faculty Publications
An emerging epizootic of mycobacteriosis currently threatens striped bass Morone saxatilis populations in Chesapeake Bay, USA. Several species of mycobacteria, including Mycobacterium marinum, species resembling M. avium, M. gordonae, M. peregrinum, M. scrofulaceum and M. terrae, and the new species M. shottsii have been isolated from diseased and healthy bass. In this study, we describe the ultrastructure of developing M. marinum granulomas in experimentally infected bass over a period of 45 wk. The primary host response to injected mycobacteria was formation of large macrophage aggregations containing phagocytosed bacilli. M. marinum were always contained within phagosomes. Close …
Isolation And Characterization Of Mycobacteria From Striped Bass Morone Saxatilis From The Chesapeake Bay, Martha W. Rhodes, Howard Kator, Ilsa Kaattari, David Gauthier, Wolfgang Vogelbein, Christopher A. Ottinger
Isolation And Characterization Of Mycobacteria From Striped Bass Morone Saxatilis From The Chesapeake Bay, Martha W. Rhodes, Howard Kator, Ilsa Kaattari, David Gauthier, Wolfgang Vogelbein, Christopher A. Ottinger
Biological Sciences Faculty Publications
Mycobacteriosis in striped bass Morone saxatilisof Chesapeake Bay, USA, was first diagnosed in 1997 based on the presence of granulomatous inflammation and acid-fast bacteria in skin and spleen. To confirm histopathology, bacteriological detection and identification of mycobacteria were begun using splenic tissue from fish with and without skin ulcerations. On the basis of initial studies using a variety of selective and nonselective media, decontamination, homogenization and incubation conditions, a simple and quantitative recovery method using aseptic necropsy of splenic tissue was developed. Optimal recovery was obtained by spread-plating homogenates on Middlebrook 7H10 agar with incubation for 3 mo at …