Journal of Fungi,
Год журнала:
2022,
Номер
8(10), С. 1033 - 1033
Опубликована: Сен. 29, 2022
The
genus
Omphalina
is
an
ideal
for
studying
the
evolutionary
mechanism
of
lichenization.
Based
on
molecular
phylogeny
using
ITS
and
nuLSU
sequences
by
means
Bayesian
maximum
likelihood
analyses
morphological
examination,
combining
existence
green
algae
in
basidiomata
stipe
a
Botrydina-type
vegetative
thallus,
we
described
bryophilous
new
basidiolichen
species,
licheniformis,
from
residential
area
Jiangxi
Province,
China.
This
finding
unusual
species
updated
our
understanding
delimitation
Omphalina,
indicating
that
both
non-lichen-forming
lichen-forming
fungal
are
included
simultaneously.
presence
algal
cells
should
receive
more
attention,
as
this
would
be
helpful
to
distinguish
potential
basidiolichens
explore
cryptic
diversity.
work
provides
insights
evidence
significance
lichenization
during
evolution
Agaricomycetes.
MycoKeys,
Год журнала:
2024,
Номер
107, С. 273 - 325
Опубликована: Авг. 9, 2024
Arbuscular
mycorrhizal
(AM)
fungi
-
Glomeromycota
and
Endogonomycetes
comprise
multiple
species
higher-level
taxa
that
have
remained
undescribed.
We
propose
a
mixed
morphology-
DNA-based
classification
framework
to
promote
taxonomic
communication
shed
light
into
the
phylogenetic
structure
of
these
ecologically
essential
fungi.
Based
on
eDNA
samples
long
reads
as
type
materials,
we
describe
15
new
corresponding
genera
(
Mycosphere,
Год журнала:
2017,
Номер
8(10), С. 1802 - 1817
Опубликована: Янв. 1, 2017
Fungal
endophytes
are
considered
ecologically
important
microorganisms,
but
their
role
is
the
subject
of
much
speculation
and
methods
approaches
by
which
detected
identified
give
rather
different
results.In
this
study,
we
isolated
a
specific
endophyte
from
traditional
medicinal
plant
investigated
its
phylogenetic
relationships
with
other
known
fungi.Microscopic
examination
cultural
details
strain
documented,
these
did
not
provide
adequate
data
to
substantially
identify
species,
either
genus
or
species
level.To
overcome
limitation,
six
gene
regions
(SSU,
LSU,
ITS,
TEF,
RBP2
&
β-Tubulin)
were
amplified,
sequenced
analysed
phylogenetically
(either
in
individual
concatenated
datasets)
investigate
placement
at
taxonomic
ranks.Results
obtained
morphology
insufficient
species.DNA
sequence
analyses
single
combined
analyses)
revealed
that
belongs
order
Pleosporales,
class
Dothideomycetes.However,
an
accurate
establishment
generic
even
familial
position
unresolved
problems
associated
our
current
system
assigning
particular
rank
discussed.
IMA Fungus,
Год журнала:
2017,
Номер
8(2), С. 211 - 218
Опубликована: Сен. 28, 2017
This
article
summarizes
the
key
changes
in
rules
relating
to
nomenclature
of
fungi
made
at
XIX
International
Botanical
Congress
Shenzhen,
China,
July
2017.
Most
significant
was
decision
transfer
decision-making
on
matters
related
only
naming
from
Mycological
Congresses
(IMCs).
The
are
be
grouped
together
a
separate
section
Code
Nomenclature
for
algae,
fungi,
and
plants
(ICN).
way
which
Fungal
Session
will
operate
upcoming
IMC
Puerto
Rico
2018
is
summarized
timetable
new
proposals
presented.
In
addition,
approval
names
included
lists
protected
against
unlisted
as
well
known
competing
were
passed,
some
simplifications
pleomorphic
fungi.
From
1
January
2019,
it
also
necessary
deposit
details
lecto-,
neo-,
epitypifications
one
recognized
repositories
fungal
order
them
validly
published
establish
their
priority.
Various
aspects
typifications
referred
Special
Committee,
with
Subcommittee
charged
addressing
issue
using
DNA
sequences
types
all
groups
covered
by
ICN.
It
anticipated
that
Shenzhen
first
half
2018.
Taxon,
Год журнала:
2023,
Номер
72(5), С. 965 - 973
Опубликована: Май 17, 2023
Abstract
A
special‐purpose
Committee
on
DNA
Sequences
as
Types
was
established
at
the
XIX
International
Botanical
Congress
(IBC)
in
Shenzhen,
China,
2017,
with
a
mandate
to
report
XX
IBC
Madrid
2024
recommendations
preferred
course
of
action
respect
potential
amendments
Code
Nomenclature
for
algae,
fungi,
and
plants
allow
sequences
types.
This
is
first
an
expected
series
papers
from
Special‐purpose
this
issue.
We
set
out
background
establishment
Committee,
explore
key
issues
around
typification
that
are
pertinent
question
types,
enumerate
pros
cons
allowing
foreshadow
options
future
discussion
recommendations.
MycoKeys,
Год журнала:
2025,
Номер
114, С. 177 - 212
Опубликована: Фев. 28, 2025
In
the
present
study,
five
new
wood-inhabiting
fungal
species,
Conferticiumalbocremeum
(Stereaceae,
Russulales),
Dendrocorticiopsisluteoalba
(Punctulariaceae,
Corticiales),
Eichleriellabiluoxueshanensis
(Auriculariaceae,
Auriculariales),
Gloeohypochniciumyunnanense
(Incertae
sedis,
and
Punctularianigrodontea
collected
from
southern
China,
are
proposed
based
on
a
combination
of
morphological
features
phylogenetic
evidence.
is
characterized
by
membranaceous
smooth
basidiomata
with
white
to
cream
surface
ellipsoid
verrucose
basidiospores
(9-11
×
5-7
µm);
buff,
ellipsoid,
thin-walled
(7-8
4.5-5.5
coriaceous
grandinioid
buff
cinnamon-buff
hymenophore
allantoid,
(13.5-17.5
7-9
cream,
globose,
thick-walled
warted
(10-12
10-11.5
µm),
resupinate
effused-reflexed
(8.5-10
5-6
µm).
Sequences
internal
transcribed
spacers
(ITS)
large
subunit
(nLSU)
nuclear
ribosomal
DNA
(rDNA)
markers
studied
samples
were
generated.
Phylogenetic
analyses
performed
ITS+nLSUrDNA
gene
regions
maximum
likelihood,
parsimony,
Bayesian
inference
methods
revealed
that
species
belong
genera
Conferticium,
Dendrocorticiopsis,
Eichleriella,
Gloeohypochnicium,
Punctularia.
Descriptions,
illustrations,
analysis
results,
comparison
closely
related
taxa
provided.
IMA Fungus,
Год журнала:
2018,
Номер
9(1), С. 185 - 198
Опубликована: Июнь 1, 2018
We
reply
to
two
recently
published,
multi-authored
opinion
papers
by
opponents
of
sequence-based
nomenclature,
namely
Zamora
et
al.
(IMA
Fungus
9:
167–175,
2018)
and
Thines
177–183,
2018).
While
we
agree
with
some
the
principal
arguments
brought
forward
these
authors,
address
misconceptions
demonstrate
that
presumed
evidence
presented
in
has
been
wrongly
interpreted.
disagree
allowing
sequences
as
types
would
fundamentally
alter
nature
types,
since
a
similar
abstracted
features
type
is
already
allowed
Code
(Art.
40.5),
an
illustration.
also
there
high
risk
introducing
artifactual
taxa,
this
can
be
quantified
at
well
below
5
%,
considering
various
high-throughput
sequencing
errors.
Contrary
apparently
widespread
misconceptions,
nomenclature
cannot
based
on
similarity-derived
OTUs
their
consensus
sequences,
but
must
derived
from
rigorous,
multiple
alignment-based
phylogenetic
methods
quantitative,
single-marker
species
recognition
algorithms,
using
original
sequence
reads;
it
therefore
identical
its
approach
studies
physical
Code.
recognize
limitations
ITS
single
fungal
barcoding
marker,
point
out
result
conservative
approach,
'false
negatives"
surpassing
"false
positives";
desirable
feature
nomenclature.
Sequence-based
does
not
aim
accurately
resolving
species,
naming
represent
unknown
lineages
so
serve
means
communication,
ending
untenable
situation
exponentially
growing
number
unlabeled
fill
online
repositories.
The
risks
are
outweighed
gains
obtained
reference
library
named
spanning
full
array
diversity.
Finally,
elaborate
provisions
addition
our
proposal
amend
take
care
issues
approach.
In
particular,
taking
up
idea
Candidatus
status
invalid,
provisional
names
prokaryote
propose
compromise
allow
valid
publication
voucherless,
consistent
manner,
obligate
designation
"nom.
seq."
(nomen
sequentiae).
Such
have
priority
over
specimen-
or
culture-based
unless
either
epitypified
adopted
for
protection
recommendation
committee
International
Commission
Taxonomy
Fungi
following
evaluation
strict
quality
control
underlying
established
rules
recommendations.