Lilloa,
Journal Year:
2024,
Volume and Issue:
unknown, P. 415 - 434
Published: Dec. 13, 2024
En
el
siglo
XVIII,
durante
virreinato
del
Perú,
la
mina
Cerro
de
Pasco
inició
explotación
plata
y
plomo,
actividad
que
persiste
hasta
actualidad
continúa
contaminando
con
metales
pesados
suelo
las
aguas
cuenca
río
San
Juan,
en
departamento
Pasco.
Con
fin
analizar
eficacia
algas
verdes
altoandinas
Mougeotia
sp.
Spirogyra
bioremoción
cobre
se
recolectaron
muestras
ambas
especies
tras
cultivarlas
medio
cultivo
Chu
10.
El
estudio
realizó
un
diseño
experimental
factorial
3
x
2
(3
indican
los
tres
tratamientos
son
dos
filamentosas),
5
repeticiones
por
tratamiento.
Los
resultados
mostraron
tanto
tratamiento
30
mg
L-1
plomo
lograron
eficiencias
remoción
más
elevadas,
97
%
87,6
respectivamente.
Ambas
registraron
una
notable
capacidad
cobre,
empero
disminución
significativa
su
biomasa
contenido
clorofila
a.
The
extensive
metabolic
diversity
of
microalgae,
coupled
with
their
rapid
growth
rates
and
cost-effective
production,
position
these
organisms
as
highly
promising
resources
for
a
wide
range
biotechnological
applications.
These
characteristics
allow
microalgae
to
address
crucial
needs
in
both
the
agricultural,
medical,
industrial
sectors.
Microalgae
are
proving
be
val-uable
various
fields,
including
remediation
diverse
wastewater
types,
production
biofuels
biofertilizers,
extraction
products
from
biomass.
For
decades,
microalga
Chlamydomonas
has
been
widely
used
fundamental
research
model
organism
areas
such
photosynthesis,
respiration,
sulfur
phosphorus
metabolism,
nitrogen
flagella
synthesis,
among
others.
However,
recent
years,
potential
tool
bioremediation,
biofertilization,
biomass,
bio-products
increasingly
recognized.
Bioremediation
using
presents
significant
sustainable
reduction
contaminants
fa-cilitates
resource
recovery
valorization
microalgal
offering
important
economic
benefits.
also
established
itself
platform
va-riety
biotechnologically
interesting
products,
different
types
biofuels,
high-value-added
products.
aim
this
review
is
achieve
comprehensive
understanding
aspects,
explore
interrelationship,
which
would
offer
environmental
advantages.
The
wide
metabolic
diversity
of
microalgae,
their
fast
growth
rates,
and
cost-effective
production
make
these
organisms
highly
promising
resources
for
a
variety
biotechnological
applications,
addressing
critical
needs
in
industry,
agriculture,
medicine.
utilization
microalgae
consortia
with
bacteria
is
proving
to
be
valuable
different
fields,
including
treating
various
types
wastewaters,
producing
biofertilizers,
extracting
products
from
biomass.
Monoculture
the
Chlamydomonas
has
been
prominent
research
model
many
years,
extensively
utilized
studying
photosynthesis,
sulfur
phosphorus
metabolism,
nitrogen
respiration,
flagella
synthesis,
among
others.
Recent
re-search
increasingly
recognized
potential
Chlamydomonas-bacteria
as
bio-technological
tool
applications.
Bioremediation
wastewater
using
Chlamydomonas,
its
bacterial
presents
significant
sustainable
reduction
contam-inants,
while
also
facilitating
resource
recovery
valorization
microalgal
Using
biofertilizers
can
offers
several
benefits,
such
en-hancing
crop
yield,
protecting
crops,
maintaining
soil
fertility
stability,
aiding
CO2
miti-gation,
contributing
agriculture
practices.
Chlamydomonas-bacterial
play
role
high-value
products,
particularly
biofuel
H2
production.
This
review
aims
achieve
comprehensive
understanding
po-tential
monoculture
consortia,
identifying
current
proposing
new
development
directions
maximize
potential.
Cells,
Journal Year:
2024,
Volume and Issue:
13(13), P. 1137 - 1137
Published: July 2, 2024
The
extensive
metabolic
diversity
of
microalgae,
coupled
with
their
rapid
growth
rates
and
cost-effective
production,
position
these
organisms
as
highly
promising
resources
for
a
wide
range
biotechnological
applications.
These
characteristics
allow
microalgae
to
address
crucial
needs
in
the
agricultural,
medical,
industrial
sectors.
Microalgae
are
proving
be
valuable
various
fields,
including
remediation
diverse
wastewater
types,
production
biofuels
biofertilizers,
extraction
products
from
biomass.
For
decades,
microalga
Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(3), P. 1868 - 1868
Published: Jan. 31, 2023
The
effects
of
the
presence
perfluorocarbons
(PFC)
with
a
gas
transport
function
in
media
different
phototrophic
microorganisms
on
their
growth
rates
and
accumulation
biomass
when
using
free
immobilized
cells
as
inoculums
were
investigated.
significant
increase
average
rate
well
levels
various
PFCs
established
for
Chlorella
vulgaris
cells.
When
1
g/L
glycerol
was
introduced
into
medium
C.
cells,
9–32%.
maximum
intracellular
ATP
concentrations
corresponded
to
combination
microalgae
(Chlorella
vulgaris)
bacterial
(Pseudomonas
esterophilus
Rhodoccus
ruber)
obtained
mass
ratio
25:1.
It
provided
formation
consortium,
which
able
accumulate
amount
3
days
organophosphorus
pesticide.
data
allow,
one
hand,
predicting
under
environmental
conditions
PFC
pollution
and,
other
developing
approaches
regulation
microorganisms’
order
obtain
use
high
yields
purposes.
Life,
Journal Year:
2024,
Volume and Issue:
14(8), P. 940 - 940
Published: July 27, 2024
The
wide
metabolic
diversity
of
microalgae,
their
fast
growth
rates,
and
low-cost
production
make
these
organisms
highly
promising
resources
for
a
variety
biotechnological
applications,
addressing
critical
needs
in
industry,
agriculture,
medicine.
use
microalgae
consortia
with
bacteria
is
proving
valuable
several
areas
biotechnology,
including
the
treatment
various
types
wastewater,
biofertilizers,
extraction
products
from
biomass.
monoculture
microalga
Chlamydomonas
has
been
prominent
research
model
many
years
extensively
used
study
photosynthesis,
sulphur
phosphorus
metabolism,
nitrogen
respiration,
flagellar
synthesis,
among
others.
Recent
increasingly
recognised
potential
Chlamydomonas-bacteria
as
tool
applications.
detoxification
wastewater
using
its
bacterial
offers
significant
sustainable
reduction
contaminants,
while
facilitating
resource
recovery
valorisation
microalgal
biofertilizers
can
offer
benefits,
such
increasing
crop
yields,
protecting
crops,
maintaining
soil
fertility
stability,
contributing
to
CO2
mitigation,
agricultural
practises.
Chlamydomonas-bacterial
play
an
important
role
high-value
products,
particularly
biofuels
enhancement
H2
production.
This
review
aims
provide
comprehensive
understanding
identify
current
applications
propose
new
development
directions
maximise
potential.
