Colony color ISOLATE PDA CMA MALT Fus-01 Pink White White Fus-02 Light pink White Purple Fus-03 Light pink White White and purple Fus-04 Light pink White Violet TABLE 7--Length, width, number of septa and shape of macro and microconidia, and production of
chlamydospores of Fusarium oxysporum isolates.
On the other hand a surprising result was obtained where 36 strains failed to produce germ-tube and out of these 2 were positive for
chlamydospores coupled with results of carbohydrate assimilation and chromogenic agar these were identified as C.
Production of
chlamydospores: Out of 24 isolated PNF, 23 were positive for the formation of resistance structures (Figs.
'Previous studies have shown that when sheep were given an adequate daily dose of
chlamydospores, there was more than 80% reduction in the number of infective larvae derived from nematode eggs in faeces; Knox says.
albicans are typically identified by their ability to form germ tubes (Germ Tube Test) or single terminal
chlamydospores (In Dalmau Plate Technique) under the appropriate conditions.
Factors influencing germination of
chlamydospores of rice kernel smut.
albicans in producing both germ tubes and
chlamydospores, has since been recovered from the oral washings of approximately 25% of 94 HIV-positive Irish patients with or without AIDS and 3% of 150 HIV-negative Irish persons (3,4), which suggests that this species belongs to the indigenous microflora of the oral cavity, albeit in a minority of healthy persons.
Induction of traps by Ostertagia ostertagi larvae,
chlamydospore production and growth rate in the nematode-trapping fungus Duddingtonia flagrans.
The Candida isolates were further speciated by germ tube test,
chlamydospore formation on corn meal agar, urease test and inoculation onto chromogenic medium.
Gemmae and
chlamydospore was found in the fungal isolated from gouramy eggs.
asperellum was described as a new species in 1999 for isolates that produce finely warted conidia, with temperature optima of 30[degrees]C and survive by producing
chlamydospore. It is used as biological control agent against a wide spectrum of plant disease-causing organisms, including straminopiles such as Phytophthora megakarya fungi and nematodes.
Based on morphological characterization, the foot rot pathogen exhibited globose oogonia with paragynous antheridia,
chlamydospore, torulose hyphae and lemon shaped sporangia with long pedicel.
