@ARTICLE{TreeBASE2Ref16688,
author = {Steven L Miller and Ellen Larsson and K. H. Larsson and Annemieke Verbeken and Jorinde Nuytinck},
title = {Perspectives in the new Russulales},
year = {2006},
keywords = {},
doi = {},
url = {},
pmid = {},
journal = {Mycologia},
volume = {98},
number = {},
pages = {960--970},
abstract = {Abstract: The Russulales is one of twelve major lineages recently elucidated by molecular sequence data in the homobasidiomycetes. The order is morphologically most diverse, containing a remarkable variety of sporophore forms including resupinate, discoid, effused-reflexed, clavarioid, pileate, or gasteroid and hymenophore configurations from smooth, poroid, hydnoid, lamellate, to labyrinthoid. Functionally these fungi are primarily saprotrophes but others are ectomycorrhizal, root parasites, and insect symbionts. A phylogenetic analysis of the nuclear 5.8S, ITS2 and large-subunit rDNA genes comprises the best information to date on relationships of taxa within the Russulales. Two large sister groups encompassing eleven to thirteen major clades have been recovered within the Russulales. Based on molecular and morphological data, 12 families and approximately 80 genera have been identified, although placement of many taxa has not yet been determined. The two clades containing ectomycorrhizal taxa, corresponding to the Russulaceae and the Albatrellaceae, represent the greatest diversity of sporophore morphologies. The primarily pileate lamellate family Russulaceae is nested with resupinate species and also contains pileate sequestrate, annulate and pleurotoid forms. Similarly, Albatrellaceae contains resupinate poroid, pileate poroid and pileate labyrinthoid sporophores. Presence of gloeoplerous hyphae containing fluid that stains black in sulfoaldehyde compounds is a synapomorphy for the Russulales. Amyloid reactions in spore or hyphal walls that occur frequently throughout the Russulales are often perceived as an obvious synapomorphy, but is inconsistent. Approaches including sequencing functional genes, analysis of gene expression and biochemical analysis across the entire order are needed.}
}
Citation for Study 1746
Citation title:
"Perspectives in the new Russulales".
This study was previously identified under the legacy study ID S1713
(Status: Published).
Citation
Miller S., Larsson E., Larsson K., Verbeken A., & Nuytinck J. 2006. Perspectives in the new Russulales. Mycologia, 98: 960-970.
Authors
-
Miller S.
-
Larsson E.
-
Larsson K.
-
Verbeken A.
-
Nuytinck J.
Abstract
Abstract: The Russulales is one of twelve major lineages recently elucidated by molecular sequence data in the homobasidiomycetes. The order is morphologically most diverse, containing a remarkable variety of sporophore forms including resupinate, discoid, effused-reflexed, clavarioid, pileate, or gasteroid and hymenophore configurations from smooth, poroid, hydnoid, lamellate, to labyrinthoid. Functionally these fungi are primarily saprotrophes but others are ectomycorrhizal, root parasites, and insect symbionts. A phylogenetic analysis of the nuclear 5.8S, ITS2 and large-subunit rDNA genes comprises the best information to date on relationships of taxa within the Russulales. Two large sister groups encompassing eleven to thirteen major clades have been recovered within the Russulales. Based on molecular and morphological data, 12 families and approximately 80 genera have been identified, although placement of many taxa has not yet been determined. The two clades containing ectomycorrhizal taxa, corresponding to the Russulaceae and the Albatrellaceae, represent the greatest diversity of sporophore morphologies. The primarily pileate lamellate family Russulaceae is nested with resupinate species and also contains pileate sequestrate, annulate and pleurotoid forms. Similarly, Albatrellaceae contains resupinate poroid, pileate poroid and pileate labyrinthoid sporophores. Presence of gloeoplerous hyphae containing fluid that stains black in sulfoaldehyde compounds is a synapomorphy for the Russulales. Amyloid reactions in spore or hyphal walls that occur frequently throughout the Russulales are often perceived as an obvious synapomorphy, but is inconsistent. Approaches including sequencing functional genes, analysis of gene expression and biochemical analysis across the entire order are needed.
About this resource
- Canonical resource URI:
http://purl.org/phylo/treebase/phylows/study/TB2:S1746
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Nexus
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- Show BibTeX reference
@ARTICLE{TreeBASE2Ref16688,
author = {Steven L Miller and Ellen Larsson and K. H. Larsson and Annemieke Verbeken and Jorinde Nuytinck},
title = {Perspectives in the new Russulales},
year = {2006},
keywords = {},
doi = {},
url = {},
pmid = {},
journal = {Mycologia},
volume = {98},
number = {},
pages = {960--970},
abstract = {Abstract: The Russulales is one of twelve major lineages recently elucidated by molecular sequence data in the homobasidiomycetes. The order is morphologically most diverse, containing a remarkable variety of sporophore forms including resupinate, discoid, effused-reflexed, clavarioid, pileate, or gasteroid and hymenophore configurations from smooth, poroid, hydnoid, lamellate, to labyrinthoid. Functionally these fungi are primarily saprotrophes but others are ectomycorrhizal, root parasites, and insect symbionts. A phylogenetic analysis of the nuclear 5.8S, ITS2 and large-subunit rDNA genes comprises the best information to date on relationships of taxa within the Russulales. Two large sister groups encompassing eleven to thirteen major clades have been recovered within the Russulales. Based on molecular and morphological data, 12 families and approximately 80 genera have been identified, although placement of many taxa has not yet been determined. The two clades containing ectomycorrhizal taxa, corresponding to the Russulaceae and the Albatrellaceae, represent the greatest diversity of sporophore morphologies. The primarily pileate lamellate family Russulaceae is nested with resupinate species and also contains pileate sequestrate, annulate and pleurotoid forms. Similarly, Albatrellaceae contains resupinate poroid, pileate poroid and pileate labyrinthoid sporophores. Presence of gloeoplerous hyphae containing fluid that stains black in sulfoaldehyde compounds is a synapomorphy for the Russulales. Amyloid reactions in spore or hyphal walls that occur frequently throughout the Russulales are often perceived as an obvious synapomorphy, but is inconsistent. Approaches including sequencing functional genes, analysis of gene expression and biochemical analysis across the entire order are needed.}
}
- Show RIS reference
TY - JOUR
ID - 16688
AU - Miller,Steven L
AU - Larsson,Ellen
AU - Larsson,K. H.
AU - Verbeken,Annemieke
AU - Nuytinck,Jorinde
T1 - Perspectives in the new Russulales
PY - 2006
UR -
N2 - Abstract: The Russulales is one of twelve major lineages recently elucidated by molecular sequence data in the homobasidiomycetes. The order is morphologically most diverse, containing a remarkable variety of sporophore forms including resupinate, discoid, effused-reflexed, clavarioid, pileate, or gasteroid and hymenophore configurations from smooth, poroid, hydnoid, lamellate, to labyrinthoid. Functionally these fungi are primarily saprotrophes but others are ectomycorrhizal, root parasites, and insect symbionts. A phylogenetic analysis of the nuclear 5.8S, ITS2 and large-subunit rDNA genes comprises the best information to date on relationships of taxa within the Russulales. Two large sister groups encompassing eleven to thirteen major clades have been recovered within the Russulales. Based on molecular and morphological data, 12 families and approximately 80 genera have been identified, although placement of many taxa has not yet been determined. The two clades containing ectomycorrhizal taxa, corresponding to the Russulaceae and the Albatrellaceae, represent the greatest diversity of sporophore morphologies. The primarily pileate lamellate family Russulaceae is nested with resupinate species and also contains pileate sequestrate, annulate and pleurotoid forms. Similarly, Albatrellaceae contains resupinate poroid, pileate poroid and pileate labyrinthoid sporophores. Presence of gloeoplerous hyphae containing fluid that stains black in sulfoaldehyde compounds is a synapomorphy for the Russulales. Amyloid reactions in spore or hyphal walls that occur frequently throughout the Russulales are often perceived as an obvious synapomorphy, but is inconsistent. Approaches including sequencing functional genes, analysis of gene expression and biochemical analysis across the entire order are needed.
L3 -
JF - Mycologia
VL - 98
IS -
SP - 960
EP - 970
ER -