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9 Quelling in Neurospora crassa [PDF]

open access: possible, 2002
The first report of silencing in the vegetative phase of growth in fungi was made in Neurospora crassa. A loss of hygromycin resistance was observed as a result of transformation with a plasmid carrying the bacterial hygromycin phosphotransferase ( hph ) gene, fused to the promoter of the trpC gene of Aspergillus nidulans.
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Photoperiodism in Neurospora Crassa

Journal of Biological Rhythms, 2004
Plants and animals use day or night length for seasonal control of reproduction and other biological functions. Overwhelming evidence suggests that this photoperiodic mechanism relies on a functional circadian system. Recent progress has defined how flowering time in plants is regulated by photoperiodic control of output pathways, but the underlying ...
Ying Tan, Martha Merrow, Till Roenneberg
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Conidiation in Neurospora crassa

Archiv f�r Mikrobiologie, 1971
Conidiation in Neurospora crassa has been studied in vivo by time-lapse microphotography and shown to be most generally (in aerial, “dry” conditions) a budding-fission process. Such a two-phase process is characterized by an initial basifugal budding of proconidial elements which are then secondarily separated as maturing conidia by interconidial septa.
Gilbert Turian, D. E. Bianchi
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Uricase in Neurospora crassa

Archives of Biochemistry and Biophysics, 1957
Abstract Uricase from Neurospora crassa has been purified 400-fold. The properties of this enzyme are similar to those of the animal uricases except that it is more soluble at low pH values. Addition of uric acid to the growth medium causes a twofold increase in the amount of enzyme. One atom of oxygen is consumed per mole of uric acid decomposed in
R.C. Greene, Herschel K. Mitchell
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Conidiation of Neurospora crassa

Nature, 1966
THE vegetative mycelium of Neurospora crassa can, during the course of its development, successively initiate three types of reproductive structure. These are the macroconidia, microcoriidia and ascogonia which develop into protoperithecia and, after fertilization, into perithecia with ascospores. Problems of macroconidial differentiation (conidiation)
Gilbert Turian, N Matikian
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Cryobiology of Neurospora crassa

Cryobiology, 1971
Abstract Neurospora crassa conidia were frozen and thawed in water suspensions at various rates and with different minimum temperatures. Colony counts of the experimental conidia were compared with those of controls, which were taken as 100% survival.
E.E. Barnhart, Claude E. Terry
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Metabolism of ricinoleate by Neurospora crassa

Applied Microbiology and Biotechnology, 1996
Neurospora crassa is a potential expression system for evaluating fatty-acid-modifying genes from plants producing uncommon fatty acids. One such gene encodes the hydroxylase that converts oleate to ricinoleate, a fatty acid with important industrial uses.
Jiann-Tsyh Lin   +3 more
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