@ARTICLE{TreeBASE2Ref20596,
author = {tao lu and zhiwei wang and yanling ji and xinghui li},
title = {Influences of stroma development on Roegneria kamoji reveal occurrence and dispersal of chemical signals in the hosts},
year = {2012},
keywords = {Epichloë yangzii, Roegneria kamoji, Stroma, Morphogenesis, Endophyte},
doi = {},
url = {http://},
pmid = {},
journal = {Symbiosis},
volume = {},
number = {},
pages = {},
abstract = {As a fungal endophyte involved in the host, the influences of Epichloë yangzii to morphological properties of the host Roegneria kamoji (Ohwi) Kent et Chen are not clear. To evaluate the influences of stroma development on host morphological properties, R. kamoji plants harboring sexual endophyte E. yangzii Li et Wang were collected from Jiangpu in Nanjing, and differences between stromatal plants and non-stromatal plants on tillering and heading of the plants, thickness and length of the culms, numbers, morphology and senescence of the leaves were investigated. In the results, stroma development of E. yangzii promoted the growth of the flag leaf, delayed senescence of plant leaves on both stromatal and non-stromatal culms of the plants, but decreased tiller number of the plant and inhibited the inflorescence emergence of the culm. Overgrowth of fungal hyphae blocked the emergence path, resulted failure of the inflorescence emergence of non-heading culms. Decrease of tiller number indicated that influences of stroma development occur before plant vernalization of the hosts although stroma developed at the early stage of emergence of flag leaf sheath or inflorescence. Delay of leaf senescence on the hole plants indicates signal(s) caused by stromatal development can also transfer to the non-stromatal tillers of the same plant. Mechanisms and significances of these influences mediated by stroma development should be investigated in future.}
}
Citation for Study 12583
Citation title:
"Influences of stroma development on Roegneria kamoji reveal occurrence and dispersal of chemical signals in the hosts".
Study name:
"Influences of stroma development on Roegneria kamoji reveal occurrence and dispersal of chemical signals in the hosts".
This study is part of submission 12583
(Status: Published).
Citation
Lu T., Wang Z., Ji Y., & Li X. 2012. Influences of stroma development on Roegneria kamoji reveal occurrence and dispersal of chemical signals in the hosts. Symbiosis, .
Authors
-
Lu T.
-
Wang Z.
-
Ji Y.
-
Li X.
Abstract
As a fungal endophyte involved in the host, the influences of Epichloë yangzii to morphological properties of the host Roegneria kamoji (Ohwi) Kent et Chen are not clear. To evaluate the influences of stroma development on host morphological properties, R. kamoji plants harboring sexual endophyte E. yangzii Li et Wang were collected from Jiangpu in Nanjing, and differences between stromatal plants and non-stromatal plants on tillering and heading of the plants, thickness and length of the culms, numbers, morphology and senescence of the leaves were investigated. In the results, stroma development of E. yangzii promoted the growth of the flag leaf, delayed senescence of plant leaves on both stromatal and non-stromatal culms of the plants, but decreased tiller number of the plant and inhibited the inflorescence emergence of the culm. Overgrowth of fungal hyphae blocked the emergence path, resulted failure of the inflorescence emergence of non-heading culms. Decrease of tiller number indicated that influences of stroma development occur before plant vernalization of the hosts although stroma developed at the early stage of emergence of flag leaf sheath or inflorescence. Delay of leaf senescence on the hole plants indicates signal(s) caused by stromatal development can also transfer to the non-stromatal tillers of the same plant. Mechanisms and significances of these influences mediated by stroma development should be investigated in future.
Keywords
Epichloë yangzii, Roegneria kamoji, Stroma, Morphogenesis, Endophyte
External links
About this resource
- Canonical resource URI:
http://purl.org/phylo/treebase/phylows/study/TB2:S12583
- Other versions:
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- Show BibTeX reference
@ARTICLE{TreeBASE2Ref20596,
author = {tao lu and zhiwei wang and yanling ji and xinghui li},
title = {Influences of stroma development on Roegneria kamoji reveal occurrence and dispersal of chemical signals in the hosts},
year = {2012},
keywords = {Epichloë yangzii, Roegneria kamoji, Stroma, Morphogenesis, Endophyte},
doi = {},
url = {http://},
pmid = {},
journal = {Symbiosis},
volume = {},
number = {},
pages = {},
abstract = {As a fungal endophyte involved in the host, the influences of Epichloë yangzii to morphological properties of the host Roegneria kamoji (Ohwi) Kent et Chen are not clear. To evaluate the influences of stroma development on host morphological properties, R. kamoji plants harboring sexual endophyte E. yangzii Li et Wang were collected from Jiangpu in Nanjing, and differences between stromatal plants and non-stromatal plants on tillering and heading of the plants, thickness and length of the culms, numbers, morphology and senescence of the leaves were investigated. In the results, stroma development of E. yangzii promoted the growth of the flag leaf, delayed senescence of plant leaves on both stromatal and non-stromatal culms of the plants, but decreased tiller number of the plant and inhibited the inflorescence emergence of the culm. Overgrowth of fungal hyphae blocked the emergence path, resulted failure of the inflorescence emergence of non-heading culms. Decrease of tiller number indicated that influences of stroma development occur before plant vernalization of the hosts although stroma developed at the early stage of emergence of flag leaf sheath or inflorescence. Delay of leaf senescence on the hole plants indicates signal(s) caused by stromatal development can also transfer to the non-stromatal tillers of the same plant. Mechanisms and significances of these influences mediated by stroma development should be investigated in future.}
}
- Show RIS reference
TY - JOUR
ID - 20596
AU - lu,tao
AU - wang,zhiwei
AU - ji,yanling
AU - li,xinghui
T1 - Influences of stroma development on Roegneria kamoji reveal occurrence and dispersal of chemical signals in the hosts
PY - 2012
KW - Epichloë yangzii
KW - Roegneria kamoji
KW - Stroma
KW - Morphogenesis
KW - Endophyte
UR - http://dx.doi.org/
N2 - As a fungal endophyte involved in the host, the influences of Epichloë yangzii to morphological properties of the host Roegneria kamoji (Ohwi) Kent et Chen are not clear. To evaluate the influences of stroma development on host morphological properties, R. kamoji plants harboring sexual endophyte E. yangzii Li et Wang were collected from Jiangpu in Nanjing, and differences between stromatal plants and non-stromatal plants on tillering and heading of the plants, thickness and length of the culms, numbers, morphology and senescence of the leaves were investigated. In the results, stroma development of E. yangzii promoted the growth of the flag leaf, delayed senescence of plant leaves on both stromatal and non-stromatal culms of the plants, but decreased tiller number of the plant and inhibited the inflorescence emergence of the culm. Overgrowth of fungal hyphae blocked the emergence path, resulted failure of the inflorescence emergence of non-heading culms. Decrease of tiller number indicated that influences of stroma development occur before plant vernalization of the hosts although stroma developed at the early stage of emergence of flag leaf sheath or inflorescence. Delay of leaf senescence on the hole plants indicates signal(s) caused by stromatal development can also transfer to the non-stromatal tillers of the same plant. Mechanisms and significances of these influences mediated by stroma development should be investigated in future.
L3 -
JF - Symbiosis
VL -
IS -
ER -
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