Javascript must be enabled to continue!
Research Advances in Taxonomy, Phylogeny, Ecology, and Distribution of the Genus Cladophialophora
View through CrossRef
The genus Cladophialophora was established in 1980. Prior to this study, a total of 63 species had been validated and assigned to this genus. The members of Cladophialophora have been recognized as human pathogens that cause chromoblastomycosis and various other skin diseases. Beyond its pathogenic role, some members of this genus are associated with a range of lifestyles, as phytopathogens, endophytic fungi, saprobic fungi, rock-inhabiting fungi, and lichenicolous fungi. In this study, we present background information and recent research progress regarding the genus Cladophialophora by elucidating its taxonomic history, species diversity, classification outline, ecology, and geographical distribution. Additionally, the phylogenetic placement of the members of this genus has been updated based on multi-gene phylogenetic analyses. Moreover, the issues and perspectives in this genus are summarized. This article provides researchers with valuable information and increases the understanding of Cladophialophora, which will be useful for further research (taxonomy, phylogeny, distribution, diversity, ecological roles and medical fields) in this genus.
Title: Research Advances in Taxonomy, Phylogeny, Ecology, and Distribution of the Genus Cladophialophora
Description:
The genus Cladophialophora was established in 1980.
Prior to this study, a total of 63 species had been validated and assigned to this genus.
The members of Cladophialophora have been recognized as human pathogens that cause chromoblastomycosis and various other skin diseases.
Beyond its pathogenic role, some members of this genus are associated with a range of lifestyles, as phytopathogens, endophytic fungi, saprobic fungi, rock-inhabiting fungi, and lichenicolous fungi.
In this study, we present background information and recent research progress regarding the genus Cladophialophora by elucidating its taxonomic history, species diversity, classification outline, ecology, and geographical distribution.
Additionally, the phylogenetic placement of the members of this genus has been updated based on multi-gene phylogenetic analyses.
Moreover, the issues and perspectives in this genus are summarized.
This article provides researchers with valuable information and increases the understanding of Cladophialophora, which will be useful for further research (taxonomy, phylogeny, distribution, diversity, ecological roles and medical fields) in this genus.
Related Results
Towards a Taxonomy of Systemic Risks
Towards a Taxonomy of Systemic Risks
Systemic risks, emerging from dynamic interactions among natural, technological, and societal systems, pose multifaceted challenges to modern, interconnected societies. These risks...
Analyzing the Content of Aqliyyah-Nafsiyyah Categories in Islamic Education at the Secondary Level
Analyzing the Content of Aqliyyah-Nafsiyyah Categories in Islamic Education at the Secondary Level
Islamic education in secondary schools has traditionally relied on Bloom's taxonomy for teaching and learning. However, there is currently no taxonomy based on the views of Islamic...
The Evolution and Ecology of Hygrochastic Capsule Dehiscence
The Evolution and Ecology of Hygrochastic Capsule Dehiscence
<p>This dissertation aims to explore hygrochasy in different genera of various habitats by investigating biomechanics, challenging accepted hypotheses and broadening the know...
The genus Bauhinia s.l. (Leguminosae): a phylogeny based on the plastid trnL–trnF region
The genus Bauhinia s.l. (Leguminosae): a phylogeny based on the plastid trnL–trnF region
As the largest genus in tribe Cercideae, the pantropical genus Bauhinia has been the subject of a number of regional treatments in which it has been recognized either as a single g...
Classification, natural history, and evolution of Epiphloeinae (Coleoptera: Cleridae). Part VII. The genera Hapsidopteris Opitz, Iontoclerus Opitz, Katamyurus Opitz, Megatrachys Opitz, Opitzia Nemesio, Pennasolis Opitz, new genus, Pericales Opitz, new gen
Classification, natural history, and evolution of Epiphloeinae (Coleoptera: Cleridae). Part VII. The genera Hapsidopteris Opitz, Iontoclerus Opitz, Katamyurus Opitz, Megatrachys Opitz, Opitzia Nemesio, Pennasolis Opitz, new genus, Pericales Opitz, new gen
This study deals with minimally speciose epiphloeine genera. Hapsidopteris, based on H. diastenus Opitz, (type locality: México: Jalapa), is the presumed sister taxon of Opitzia Ne...
Skull Evolution Method and Analysis in The Rhinocerotidae: Phylogeny of Early Rhinocerotoids
Skull Evolution Method and Analysis in The Rhinocerotidae: Phylogeny of Early Rhinocerotoids
After phylogeny is measurably disposed of, cranial elements utilized essentially for rumination ought to change most with hypsodonty (high-delegated cheek teeth). These structures ...
Integrated Likelihood for Phylogenomics under a No-Common-Mechanism Model
Integrated Likelihood for Phylogenomics under a No-Common-Mechanism Model
The availability of genome-wide sequence data from a large number of species as well as data from multiple individuals within a species has ushered in the era of phylogenomics. In ...
vClassifier: a toolkit for species-level classification of prokaryotic viruses
vClassifier: a toolkit for species-level classification of prokaryotic viruses
AbstractAs the most abundant and diverse biological entities, prokaryotic viruses play pivotal roles in ecological systems. Their taxonomic classification has been instrumental in ...

