Phyllachoraceae 19 claims

Claim · model-written summary

Wisconsin samples were among the highest for ascospore germination.

Taxon

Phyllachora maydisPhyllachora maydist0

Outcome

total ascospore germinatione0

Direction

higheste0

Setting

Wisconsine0

Verbatim

e0

“Samples from Wisconsin and Indiana were among the lowest for total ascospore numbers but were among the highest for total ascospore germination.”

t0

“Phyllachora maydis”

Claim · model-written summary

Indiana samples were among the highest for ascospore germination.

Taxon

Phyllachora maydisPhyllachora maydist0

Outcome

total ascospore germinatione0

Direction

higheste0

Setting

Indianae0

Verbatim

e0

“Samples from Wisconsin and Indiana were among the lowest for total ascospore numbers but were among the highest for total ascospore germination.”

t0

“Phyllachora maydis”

Claim · model-written summary

The findings support pathogen overwintering in multiple upper Midwest areas.

Taxon

P. maydisPhyllachora maydise0

Outcome

can overwintere0

Setting

upper Midweste0

Verbatim

e0

“These findings provide evidence that P. maydis can overwinter in multiple areas of the upper Midwest.”

Claim · model-written summary

Mature coated conidia exited via a pore in the clypeus.

Taxon

Ophiodothella vacciniiOphiodothella vacciniit0

Organ / stage

conidiae0

Outcome

Mature conidia coated with extracellular material were released through a small poree0

Verbatim

e0

“Mature conidia coated with extracellular material were released through a small pore in the clypeus.”

t0

“Ophiodothella vaccinii in infected leaves of Vaccinium arboreum”

Claim · model-written summary

Each acervulus contained a columnar sterile hyphal mass near its pore.

Taxon

Ophiodothella vacciniiOphiodothella vacciniit0

Organ / stage

acervuluse0

Outcome

A columnar mass of sterile hyphae was present in each acervuluse0

Verbatim

e0

“A columnar mass of sterile hyphae was present in each acervulus near the pore region. This mass was surrounded by conidia embedded in extracellular material.”

t0

“Ophiodothella vaccinii in infected leaves of Vaccinium arboreum”

Claim · model-written summary

Conidia originated from basal phialides, which arose from intercellular and intracellular hyphae.

Taxon

Ophiodothella vacciniiOphiodothella vacciniit0

Organ / stage

acervuluse0

Outcome

Conidia arose from a layer of phialidese0

Verbatim

e0

“Conidia arose from a layer of phialides present at the base of an acervulus. Phialides arose from both intercellular hyphae and intracellular hyphae that emerged from host cells and also were surrounded by extracellular material.”

t0

“Ophiodothella vaccinii in infected leaves of Vaccinium arboreum”

Claim · model-written summary

The fungus functioned as a necrotroph in older lesions.

Taxon

O. vacciniiOphiodothella vacciniie0

Outcome

functioned as a necrotrophe0

Qualifier

older lesionse0

Verbatim

e0

“In older lesions, O. vaccinii clearly functioned as a necrotroph.”

Claim · model-written summary

Hyphae constricted markedly at host cell walls and commonly traversed infected cells into adjacent cells.

Taxon

Ophiodothella vacciniiOphiodothella vacciniit0

Organ / stage

hyphaee0

Outcome

Hyphae were highly constricted at host cell wall penetration sites and intracellular hyphae commonly grew completely through infected host cellse0

Verbatim

e0

“Hyphae were highly constricted at host cell wall penetration sites and intracellular hyphae commonly grew completely through infected host cells and directly into adjacent cells.”

t0

“Ophiodothella vaccinii in infected leaves of Vaccinium arboreum”

Claim · model-written summary

Hyphae in older lesions had thick walls and large lipid bodies.

Taxon

Ophiodothella vacciniiOphiodothella vacciniit0

Outcome

Hyphae in older lesions became extremely thick walled and were packed with large lipid bodiese0

Qualifier

older lesionse0

Verbatim

e0

“Hyphae in older lesions became extremely thick walled and were packed with large lipid bodies.”

t0

“Ophiodothella vaccinii in infected leaves of Vaccinium arboreum”