Maduromycosis

Puestow, K. L.

doi:10.1001/archderm.1929.01440050052005

Cited by 14 publications

(1 citation statement)

References 12 publications

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“…Having been originally described as Sterigmatocystis in 1883 (Eidam), A. nidulans was revised by Thom and Raper (1939) based upon primarily morphological characteristics of the conidia, sterigmata, and perithecia. Advances in the Aspergillus research community grew along the complimentary tracks of industrial utilisation for bioprocessing (Birkinshaw et al 1931), clinical characterisation of pathogenic and immunologically reactive isolates (Wright 1927; Puestow 1929; Brown 1932), and through the production of mutants (Hockenhull 1948), in morphological (Raper et al 1945), biochemical (Pontecorvo 1949), and physiological traits (Roper & Käfer 1957; Lanier et al 1968). Among the latter, cytoplasmic mutations were characterised in A. nidulans by ultraviolet light irradiation (Arlett 1957).…”

Section: Aspergillus Speciesmentioning

confidence: 99%

Diverse data supports the transition of filamentous fungal model organisms into the post-genomics era

McCluskey

Baker

2017

Mycology

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Filamentous fungi have been important as model organisms since the beginning of modern biological inquiry and have benefitted from open data since the earliest genetic maps were shared. From early origins in simple Mendelian genetics of mating types, parasexual genetics of colony colour, and the foundational demonstration of the segregation of a nutritional requirement, the contribution of research systems utilising filamentous fungi has spanned the biochemical genetics era, through the molecular genetics era, and now are at the very foundation of diverse omics approaches to research and development. Fungal model organisms have come from most major taxonomic groups although Ascomycete filamentous fungi have seen the most major sustained effort. In addition to the published material about filamentous fungi, shared molecular tools have found application in every area of fungal biology. Similarly, shared data has contributed to the success of model systems. The scale of data supporting research with filamentous fungi has grown by 10 to 12 orders of magnitude. From genetic to molecular maps, expression databases, and finally genome resources, the open and collaborative nature of the research communities has assured that the rising tide of data has lifted all of the research systems together.

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Section: Aspergillus Speciesmentioning

confidence: 99%

Diverse data supports the transition of filamentous fungal model organisms into the post-genomics era

McCluskey

Baker

2017

Mycology

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Black Grain Maduromycosis Caused by Madurella Grisea

Neuhauser¹

1955

AMA Arch Derm

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Maduromycotic Mycetoma (Madura Foot)

Jones¹,

Alden²

1931

JAMA

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relaxed and there was little that could be done, in addition to a brace.Dr. Robert V. Funsten, Detroit : A survey of the literature concerning Charcot joints will show that Dr. Steindler's paper has gone much more extensively into the mechanics than any other. Undoubtedly the mechanical factor is the biggest in the formation of these joints. Another point of interest is the rapidity of development of Charcot joints. One case I have followed through from the time previous to development down to the extensive involvement in the spine of the several vertebral bodies. This process according to roentgenograms took less than one year.

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Maduromycosis

Cited by 14 publications

References 12 publications

Diverse data supports the transition of filamentous fungal model organisms into the post-genomics era

Diverse data supports the transition of filamentous fungal model organisms into the post-genomics era

Black Grain Maduromycosis Caused by Madurella Grisea

Maduromycotic Mycetoma (Madura Foot)

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