Мінеральні ресурси України,
Journal Year:
2023,
Volume and Issue:
4, P. 45 - 47
Published: Dec. 23, 2023
Наведені
результати
оцінки
можливого
біологічно
активного
ефекту
побутових
прісних
вод.
Мікроелементи
(метали,
перехідні
елементи
і
неметали)
є
необхідною
складовою
функціонування
організму
людини.
До
таких
мікроелементів
відносяться
Fe,
Mn,
Li,
Al,
Cо,
Ni,
Cu,
Ag,
Se,
As,
Cr,
V,
Zn,
Cs,
U
та
ін.
У
водах
четвертинних
відкладів
бучацького
водоносного
комплексу
встановлена
наявність
які
активними
мікроелементами.
Крім
того,
у
цих
зафіксовані
Cd,
Pb,
U,
не
мають
лікувальних
властивостей,
проте
важливими
для
нормального
Хоча
обстеження
були
виконані
лише
в
шести
населених
пунктах
Київської
області,
отриманих
результатів
достатньо
попередніх
висновків,
дають
підставу
обґрунтування
нового
напряму
–
біологічних
аспектів
питних
підземних
вод
побутового
призначення.
Agronomy,
Journal Year:
2023,
Volume and Issue:
13(2), P. 561 - 561
Published: Feb. 15, 2023
The
exponential
growth
of
agricultural
output
is
a
result
the
increasing
world
population.
Agro-wastes
are
now
acknowledged
as
an
alternative
material
for
manufacture
renewable,
inexpensive,
and
sustainable
bio-composite-based
products.
Huge
amounts
produce
often
lost
owing
to
lack
processing
facilities
or
storage
space.
Agriculture
wastes
contain
significant
concentration
carbohydrates
well
various
multifunctional
groups
organic
substances,
such
polymeric
proteins.
Interestingly,
nanotechnology
provides
better
potential
transform
easily
into
valuable
cost-effective
products,
removing
need
utilize
noxious
chemicals,
which
can
create
variety
health
environmental
difficulties.
Recently,
there
has
been
increase
in
interest
eco-friendly
nanomaterial
(NM)
production
techniques
that
extracts
generated
from
waste.
Such
nanoparticles
(NPs)
have
extensively
studied
numerous
uses,
including
antibacterial
agents,
water
purification,
breakdown
industrial
colours,
many
others.
Consequently,
purpose
this
review
investigate
different
sources,
characteristics,
nano-management
agro-waste;
NMs
derived
their
possible
applications.
International Journal of Molecular Sciences,
Journal Year:
2022,
Volume and Issue:
23(19), P. 11370 - 11370
Published: Sept. 26, 2022
Plant
adaptive
strategies
have
been
shaped
during
evolutionary
development
in
the
constant
interaction
with
a
plethora
of
environmental
factors,
including
presence
metals/metalloids
environment.
Among
reactions
against
either
excess
trace
elements
or
toxic
doses
non-essential
elements,
their
complexation
molecular
endogenous
ligands,
phenolics,
has
received
increasing
attention.
Currently,
phenolics
metal(loid)s
is
topic
intensive
studies
different
scientific
fields.
In
spite
numerous
on
chelating
capacity,
systemic
analysis
as
plant
ligands
not
performed
yet.
Such
systematizing
can
be
based
modern
approach
metallomics
an
integral
biometal
science,
which
turn
differentiated
into
subgroups
according
to
nature
bioligands.
this
regard,
present
review
summarizes
phenolics-metal(loid)s'
interactions
using
metallomic
approach.
Experimental
results
activity
representative
compounds
from
phenolic
vitro
and
vivo
are
systematized.
General
properties
specific
anthocyanins
revealed.
The
novel
concept
metallophenolomics
proposed,
ligand-oriented
subgroup
metallomics,
integrated
study
complexations.
research
subjects
outlined
methodology
studies,
mission-oriented
sciences
(environmental
sciences,
food
nutrition,
medicine,
cosmetology,
coloration
technologies,
chemical
material
solar
cell
sciences).
Metallophenolomics
opens
new
prospects
unite
multidisciplinary
investigations
phenolic-metal(loid)
interactions.
Sustainable Development,
Journal Year:
2024,
Volume and Issue:
32(6), P. 6045 - 6056
Published: April 19, 2024
Abstract
Responding
to
the
urgent
global
need
for
sustainable
development,
this
study
investigates
how
biomimicry
can
be
integrated
with
circular
economy
promote
environmental
sustainability.
Through
an
extensive
review
of
literature,
existing
research,
and
case
studies,
we
critically
examine
application
principles
in
enhancing
practices.
Our
methodology
synthesises
insights
from
across
disciplines,
employing
a
thematic
gap
analyses
uncover
prevalent
trends
identify
research
deficits.
Building
on
Janine
Benyus'
seminal
work,
introduce
novel
framework
derived
Life's
Principles
evaluate
sustainability
efforts,
focusing
their
consistency
or
deviation
biomimetic
principles.
finds
significant
correlation
between
economy's
emphasis
reducing
waste
improving
resource
efficiency
biomimicry's
focus
nature‐inspired
design.
We
pinpoint
“resource
efficiency”
“eco‐friendly
chemistry”
as
primary
areas
where
measures
reflect
ideals.
However,
our
analysis
also
reveals
considerable
incorporating
local
socio‐economic
factors
into
frameworks.
This
oversight
highlights
necessity
in‐depth
initiatives
tailored
enhance
resilience
community
well‐being.
By
underscoring
these
parallels
identifying
key
opportunities,
article
elucidates
could
drive
more
effective
argue
that
future
should
bridging
identified
by
exploring
models
incorporate
considerations,
thereby
ensuring
impactful
outcomes.
Neuroscience & Biobehavioral Reviews,
Journal Year:
2024,
Volume and Issue:
163, P. 105745 - 105745
Published: May 31, 2024
Studying
infants
in
the
past
is
crucial
for
understanding
evolution
of
human
life
history
and
cooperation,
cognition,
communication.
An
infant's
growth,
health,
mortality
can
provide
information
about
dynamics
structure
a
population,
their
cultural
practices,
adaptive
capacity
community.
Skeletal
remains
one
way
accessing
this
humans
recovered
prior
to
historical
periods.
Teeth
particular,
are
retrospective
archives
that
be
accessed
through
morphological,
micromorphological,
biogeochemical
methods.
This
review
discusses
how
microanatomy
formation
teeth,
particularly
enamel,
serve
as
somatic
stress,
environment.
Examining
role
broader
context
evolution,
we
discuss
dental
biogeochemistry
emphasize
incremental
growth
tooth
microstructure
facilitates
reconstruction
temporal
data
related
diet,
mobility,
stress
societies.
The
concludes
by
considering
biomarker
potential
clinical
applications.
Life,
Journal Year:
2024,
Volume and Issue:
14(5), P. 607 - 607
Published: May 9, 2024
Humanity's
strive
to
understand
why
and
how
life
appeared
on
planet
Earth
dates
back
prehistoric
times.
At
the
beginning
of
19th
century,
empirical
biology
started
tackle
this
question
yielding
both
Charles
Darwin's
Theory
Evolution
paradigm
that
crucial
trigger
putting
its
tracks
was
appearance
organic
molecules.
In
parallel
these
developments
in
biological
sciences,
physics
physical
chemistry
saw
fundamental
laws
thermodynamics
being
unraveled.
Towards
end
century
during
first
half
20th
tensions
between
"organic-molecules-paradigm"
became
increasingly
difficult
ignore,
culminating
Erwin
Schrödinger's
1944
formulation
a
thermodynamics-compliant
vision
and,
consequently,
prerequisites
for
appearance.
We
will
review
major
milestones
over
last
200
years
relevant
making
sense
origins
then
discuss
more
recent
reappraisal
relative
importance
metal
ions
vs.
molecules
performing
essential
processes
living
cell.
Based
reassessment
modern
understanding
free
energy
conversion
(aka
bioenergetics),
we
consider
scenarios
wherein
emerges
from
an
abiotic
chemiosmotic
process
are
most
parsimonious
proposed
so
far.
Natural Product Communications,
Journal Year:
2024,
Volume and Issue:
19(8)
Published: Aug. 1, 2024
Natural
products
include
inorganic
as
well
organic
compounds.
Living
organisms
face
constant
challenges
in
acquiring
essential
metal
ions
and
getting
rid
of
non-essential
ones
with
toxic
actions.
They
employ
an
extracellular
biochemistry
these
tasks
use
it
to
engage
a
chemical
warfare
against
invaders
competitors
by
either
increasing
or
decreasing
the
availability
for
maintaining
their
welfare
aquatic
terrestrial
ecological
niches.
To
control
mutualistic,
cambialistic
parasitic
symbiosis
other
they
remarkably
rich
suite
secreted
bioactive
molecules
ligand
donor
atoms
binding.
This
overview
discusses
interactions
natural
multitude
periodic
system
elements.
It
focuses
mainly
on
metallophores
ionophores
from
bacteria,
fungi,
plants,
but
metal-carrying
cofactors
chelating
agents
will
also
be
mentioned
context
related
functions
intent
categorize.
The
intracellular
fate
controlled
pathways
biosynthesis,
secretion,
uptake,
biodegradation
recycling
that
interact
not
covered.
Metallophores
make
available
via
delivery
specific
transporters
unavailable
competing
organisms,
especially
pathogens,
though
some
have
developed
ways
compete
efficiently
ions.
classic
concept
siderophores,
carriers
iron(III)
ions,
is
extended
here
broad-band
such
copper
(chalkophores),
zinc
(zincophores),
yet
others.
Metal
ionophores,
contrast,
transport
through
biological
membranes.
There
wide
variety
structures
ionophores.
Together
physicochemical
investigations
complexation
und
conditions
mimicking
environment,
“omics”
mining
mapping
diversity
chemotypes
on-going
effort
analytic,
genetic,
bioinformatic
tools
comes
together
defining
metallometabolome,
which
combines
metabolome
metallome.
Investigations
are
highly
multidisciplinary,
important,
academically
infrequently
crossed
bridge
between
biosciences
(biochemistry)
earth
sciences
(geochemistry),
define
significant
applications
pharmaceutical/medical
regarding
immune
modulation
virulence
at
host-pathogen
interface,
implications
nutritional/toxicological
environmental/ecological
sciences.
