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  • Book
    Jules J. Berman.
    Contents:
    Pt. I. Principles of taxonomy. The magnitude and diversity of infectious diseases
    What is a classification?
    The tree of life
    pt. II. Bacteria. Overview of Class Bacteria
    The Alpha Proteobacteria
    Beta Proteobacteria
    Gamma Proteobacteria
    Epsilon Proteobacteria
    Spirochaetes
    Bacteroidetes and Fusobacteria
    Mollicutes
    Class Bacilli plus Class Clostridia
    Chlamydiae
    Actinobacteria
    pt. III. Eukaryotes. Overview of Class Eukaryota
    Metamonada
    Euglenozoa
    Percolozoa
    Apicomplexa
    Ciliophora (ciliates)
    Heterokontophyta
    Amoebozoa
    Choanozoa
    Archaeplastida
    pt. IV. Animals. Overview of Class Animalia
    Platyhelminthes (flatworms)
    Nematoda (roundworms)
    Acanthocephala
    Chelicerata
    Hexapoda
    Crustacea
    Craniata
    pt. V. Fungi. Overview of Class Fungi
    Zygomycota
    Basidiomycota
    Ascomycota
    Microsporidia
    pt. VI. Nonliving infectious agents : viruses and prions. Overview of viruses
    Group I viruses : double-stranded DNA
    Group II viruses : single-stranded (+)sense DNA
    Group III viruses : double-stranded RNA
    Group IV viruses : single-stranded (+)sense RNA
    Group V viruses : single stranded (-)sense RNA
    Group VI viruses : single-stranded RNA reverse transcriptase viruses with a DNA intermediate in life-cycle
    Group VII viruses : double stranded DNA reverse transcriptase viruses
    Prions
    Appendices : I. Additional notes on taxonomy
    II. Number of occurrences in some common infectious diseases
    III. Organisms causing infectious disease in humans.
    Digital Access ScienceDirect 2012
  • Article
    Takeda M.
    Arch Histol Jpn. 1977 Jun;40(3):243-50.
    Monoamines in the taste bud cells of the mouse circumvallate papilla were studied by fluorescence histochemistry and electron microscopy. With administration of 5-HTP (5-hydroxytryptophan) after a pretreatment with nialamide, yellow fluorescence appeared in some of the taste bud cells, while no fluorescence was observed in untreated, L-DOPA treated on serotonin treated mice. Electron microscopic study after treatment with both nialamide and 5-HTP showed small dense-cored vesicles intermingled with small clear vesicles (30-60 nm in diameter accumulated at the membranes of the gustatory cells in typical afferent synaptic contacts with nerve terminals. Definite ultrastructural change in large dense-cored vesicles (70-100 nm in diameter) could not be observed. It is suggested that the gustatory cells of the mouse take up 5-HTP and convert it to serotonin. The synaptic vesicles in the gustatory cells are believed capable of storing and releasing serotonin which presumably acts as the neurotransmitter involved in the impulse transmission from the gustatory cells to the sensory nerve fibers.
    Digital Access Access Options