Karantin i zahist roslin,
Journal Year:
2024,
Volume and Issue:
4, P. 22 - 28
Published: Dec. 24, 2024
Goal.
To
establish
the
peculiarities
of
infection
seeds
and
seedlings
cereals,
legumes,
oilseeds
cereals
by
a
complex
FSSC
species,
to
determine
factors
influencing
spread
pathogen.
Methods.
Laboratory
methods:
germination
crop
in
different
soil
samples
study
seedling
development;
identification
fungal
species
that
formed
mycelium
layers
during
seed
germination;
analysis
mycobiota;
determination
drug
efficacy.
Results.
In
2023—2024,
winter
wheat,
spring
barley,
rye,
corn,
sunflower,
soybeans,
beans,
peas,
millet,
buckwheat
were
studied
for
soil.
Seeds
germinated
soils
from
regions
Ukraine.
The
main
symptoms
with
fungi
F.
solani
studied.
isolated
into
pure
culture
their
cultural
morphological
characteristics.
order
find
control
these
phytopathogens,
investigated:
samples,
precursor,
genotype,
treatment,
use
various
types
explosives.
Conclusions.
FSSCs
cause
formation
fluffy
white-pink
are
often
reason
why
do
not
germinate
necrosis
forms
on
seedlings.
Differences
color
colonies
sporulation
structure
found
when
ungerminated
crops.
number
was
significantly
influenced
sample,
effects
weapons.
largest
rye
sandy
loam
Kyiv
region,
which
explained
lowest
rate
compared
samples.
soybean
Poltava
region
revealed
best
predecessor
this
—
proved
be
most
resistant
development
complex.
It
shown
bean
variety
Nautica
almost
five
times
more
than
T9905.
efficiency
using
mixture
preparations
(Merivon®
Pro,
KS;
0.3—0.4
l/t;
Ekovital
Vitazim;
1
l/t)
against
Fusarium
bacterial
46.3%.
consequences
explosive
weapons
led
quantitative
qualitative
changes
mycobiota
chernozems
Sumy
Kharkiv
regions.
Journal of Applied Microbiology,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 7, 2025
Abstract
This
is
a
timely
and
important
review
that
focuses
on
the
appropriateness
of
established
cleaning,
disinfection
sterilization
methods
to
safely
effectively
address
infectious
fungal
drug-resistant
pathogens
can
potentially
contaminate
reusable
medical
devices
used
in
healthcare
environment
order
mitigate
risk
patient
infection.
The
release
World
Health
Organisation
(WHO)
priority
pathogen
list
(FPPL)
2022
highlighted
public
health
crisis
antimicrobial
resistance
(AMR)
clinically
relevant
species.
Contamination
with
(including
those
FPPL)
are
rare
events
more
likely
occur
due
cross-transmission
arising
from
lapses
hand-hygiene
practices.
Established
decontaminate
single
use
devices;
however,
there
assumptions
destined
for
semi-critical
appropriately
cleaned
do
not
harbour
biofilms
may
undermine
ability
decontamination
these
type
healthcare.
International
standards
dictate
manufacturer's
instructions
must
provide
appropriate
guidance
facilities
meet
safe
reprocessing
expectations
includes
addressing
drug
resistant
pathogens.
Increased
environmental
monitoring
vigilance
surrounding
advised
including
adherence
hand
hygiene/aseptic
practices
cleaning
encompassing
simplification
device
features
‘ease-of-reach’.
There
need
promote
integrated
multi-actor
hub
approach
sophisticated
challenges
future
artificial
intelligence
machine
learning
improved
diagnostics,
monitoring/surveillance
(such
as
wastewater-based
epidemiology),
sterility
assurance
design.
knowledge
gap
occurrence
potential
persistence
harboured
biofilms,
particularly
ascertaining
efficacy
high-level
devices.
Open Forum Infectious Diseases,
Journal Year:
2024,
Volume and Issue:
11(7)
Published: June 27, 2024
Abstract
The
Mycoses
Study
Group
Education
and
Research
Consortium
is
a
collective
of
clinicians,
researchers,
educators
with
the
common
goal
to
advance
awareness,
diagnosis,
management
invasive
fungal
diseases.
Clinical
Mycology
Today,
Consortium's
biennial
meeting,
dedicated
discussing
most
pressing
contemporary
issues
facing
field
clinical
mycology,
promoting
clinical,
translational,
basic
science
collaborations,
mentoring
next
generation
mycologists.
Here,
we
review
current
opportunities
challenges
mycology
that
arose
from
discussions
at
2022
emphasis
on
novel
host
risk
factors,
emerging
resistant
pathogens,
evolving
antifungal
pipeline,
critical
affecting
advancement
research.
Frontiers in Fungal Biology,
Journal Year:
2025,
Volume and Issue:
6
Published: Feb. 5, 2025
Fusarium
solani
is
a
species
complex
encompassing
large
phylogenetic
clade
with
diverse
members
occupying
varied
habitats.
We
recently
reported
unique
opportunistic
F.
associated
unusual
dark
galls
in
sugarbeet.
assembled
the
chromosome-level
genome
of
sugarbeet
isolate
strain
SB1
using
Oxford
Nanopore
and
Hi-C
sequencing.
The
average
size
genomes
54
Mb,
whereas
has
larger
59.38
organized
into
15
chromosomes.
expansion
due
to
high
repeats
segmental
duplications
within
its
three
potentially
accessory
These
chromosomes
are
absent
closest
reference
assembly,
vanettenii
77-13-4.
Segmental
were
found
but
most
extensive
between
two
specific
chromosomes,
suggesting
that
this
may
have
doubled
genes.
Further
comparison
demonstrates
inversions
syntenic
regions
an
chromosome
pan-genome
12
publicly
available
isolates
nearly
reached
gene
saturation,
few
new
genes
discovered
after
addition
last
genome.
Based
on
orthogroups
nucleotide
identity,
not
grouped
by
lifestyle
or
origin.
analysis
further
revealed
enrichment
several
enzymes-coding
dispensable
(accessory
+
genes)
genome,
such
as
hydrolases,
transferases,
oxidoreductases,
lyases,
ligases,
isomerase,
dehydrogenase.
evidence
presented
here
suggests
plasticity,
genetic
diversity,
adaptive
traits
driven
significant
contributions
from
duplications.
Current Opinion in Infectious Diseases,
Journal Year:
2024,
Volume and Issue:
37(6), P. 437 - 442
Published: Sept. 3, 2024
Purpose
of
review
Recently,
fungal
meningitis
outbreaks
have
occurred
in
association
with
neuraxial
and
epidural
anesthesia
immunocompetent
patients.
Herein,
we
describe
the
course
those
outbreaks,
their
diagnosis,
treatment,
prognosis,
lessons
learned.
Recent
findings
Two
Fusarium
solani
during
2022–2023
were
associated
two
distant
cities
Mexico
(Durango
Matamoros).
The
initial
etiological
agent
identification
was
delayed
due
to
insensitivity
cultures.
A
qPCR
validated
positive
38%
cerebrospinal
fluid
(CSF)
samples
from
Durango,
while
BD-Glucan
allowed
early
diagnosis
index
case
Matamoros.
Antifungal
treatment
voriconazole
liposomal
amphotericin
B
(L-AmB)
recommended.
Overall
mortality
51%.
Once
cause
confirmed,
some
patients
received
fosmanogepix.
Summary
Fungal
filamentous
fungi
are
usually
direct
inoculation.
They
result
severe
presentations
high
mortality.
Early
should
be
suspected,
CSF
testing
screening
is
Aggressive
antifungal
based
on
susceptibility
administered
as
possible.
advent
molecular
diagnostic
methods
new
drugs
may
allow
for
timely
increasing
chances
survival.
Transplant Infectious Disease,
Journal Year:
2024,
Volume and Issue:
26(5)
Published: July 16, 2024
Abstract
Background
Five
organs
(heart,
right
lung,
liver,
right,
and
left
kidneys)
from
a
deceased
patient
were
transplanted
into
five
recipients
in
four
US
states;
the
was
identified
as
part
of
healthcare‐associated
fungal
meningitis
outbreak
among
patients
who
underwent
epidural
anesthesia
Matamoros,
Mexico.
Methods
After
transplant
surgeries
occurred,
Fusarium
solani
species
complex,
pathogen
with
high
case‐mortality
rate,
cerebrospinal
fluid
organ
donor
by
metagenomic
next‐generation
sequencing
(mNGS)
fungal‐specific
polymerase
chain
reaction
plasma
mNGS.
Results
Four
received
recommended
voriconazole
prophylaxis;
monitored
weekly
serum
(1‐3)‐β‐
d
‐glucan
testing.
All
for
signs
infection
at
least
3
months
following
transplantation.
The
liver
recipient
had
graft
failure,
which
attributed
to
an
etiology
unrelated
infection.
No
DNA
sections
explanted
suggesting
that
F.
complex
did
not
contribute
failure.
remaining
experienced
no
or
symptoms
suggestive
fusariosis.
Conclusion
Antifungal
prophylaxis
may
be
useful
preventing
donor‐derived
infections
donors
are
found
have
meningitis.
image
bioRxiv (Cold Spring Harbor Laboratory),
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 5, 2024
Abstract
Fusarium
solani
is
a
species
complex
encompassing
large
phylogenetic
clade
with
diverse
members
occupying
varied
habitats.
We
recently
reported
unique
opportunistic
F.
associated
unusual
dark
galls
in
sugarbeet.
assembled
the
chromosome-level
genome
of
sugarbeet
isolate
strain
SB1
using
Oxford
Nanopore
and
Hi-C
sequencing.
has
(59.38
Mb)
organized
into
15
chromosomes.
The
expansion
due
to
high
repeats
massive
segmental
duplications
within
its
three
potentially
accessory
These
chromosomes
are
absent
closest
reference
assembly,
vanettenii
77-13-4.
extensive
between
two
suggest
that
this
may
have
doubled
genes.
Further
comparison
demonstrates
inversions
syntenic
regions
an
chromosome
pan-genome
12
publicly
available
isolates
nearly
reached
gene
saturation,
few
new
genes
discovered
after
addition
last
genome.
Based
on
orthogroups
average
nucleotide
identity,
not
grouped
by
lifestyle
or
origin.
analysis
further
revealed
enrichment
several
enzymes-coding
dispensable
(accessory
+
genes)
genome,
such
as
hydrolases,
transferases,
oxidoreductases,
lyases,
ligases,
isomerase,
dehydrogenase.
evidence
presented
here
suggests
plasticity,
genetic
diversity,
adaptive
traits
driven
significant
contributions
from
duplications.
Therapeutic Advances in Infectious Disease,
Journal Year:
2024,
Volume and Issue:
11
Published: Jan. 1, 2024
Neuroinfectious
diseases
represent
a
growing
threat
to
public
health
globally.
Infections
of
the
central
nervous
system
remain
challenging
diagnose
and
treat,
partially
driven
by
fact
that
high
proportion
emerging
pathogens
are
capable
causing
neurological
disease.
Many
trends
driving
emergence
novel
pathogens,
including
climate
change,
ecological
degradation,
urbanization,
global
travel,
have
accelerated
in
recent
years.
These
circumstances
raise
concern
for
potential
additional
pandemic
coming
years,
necessitating
stronger
understanding
forces
give
rise
spread
neuroinvasive
commitment
infrastructure
identify
treat
these
diseases.
In
this
review,
we
discuss
clinical
epidemiological
features
three
types
significant
consequences
emblematic
key
ongoing
health.
We
first
dengue
viruses
context
considering
environmental
factors
allow
expansion
geographic
range
seasonal
population
viruses'
vector.
then
review
rising
prevalence
fungal
meningitis
secondary
medical
tourism,
trend
representative
highly
globalized
nature
modern
healthcare.
Lastly,
increasing
antibiotic-resistant
infections
intersection
antibiotic
overuse
agricultural
settings.
Taken
together,
conditions
necessitates
recommitment
investment
focused
on
local
infectious
disease
surveillance
coupled
with
development
therapeutics
vaccines
pathogens.
Such
threats
also
obviate
need
address
root
causes
diseases,
sustained
effort
anthropogenic
change
degradation.