Journal of Infection and Public Health,
Journal Year:
2023,
Volume and Issue:
17(2), P. 236 - 244
Published: Dec. 16, 2023
Stenotrophomonas
maltophilia
(S.
maltophilia)
is
the
first
dominant
ubiquitous
bacterial
species
identified
from
genus
in
1943
a
human
source.
S.
clinical
strains
are
resistance
to
several
therapies,
this
study
designed
investigate
whole
genome
sequence
and
antimicrobial
genes
prediction
SARC-5
SARC-6
strains,
isolated
nasopharyngeal
samples
of
an
immunocompromised
patient.
Journal of Advanced Research,
Journal Year:
2023,
Volume and Issue:
57, P. 59 - 76
Published: Nov. 5, 2023
The
processing
of
the
three
major
crustaceans
(shrimp,
lobster,
and
crab)
is
associated
with
inevitable
by-products,
high
waste
disposal
costs,
environmental
human
health
issues,
loss
multiple
biomaterials
(chitin,
protein
hydrolysates,
lipids,
astaxanthin
minerals).
Nowadays,
these
bioresources
are
underutilized
owing
to
lack
effective
standardized
technologies
convert
materials
into
valued
industrial
forms.
review:
This
review
aims
provide
a
holistic
overview
various
bioactive
ingredients
applications
within
by-products.
compare
extraction
methods
in
which
will
aid
identify
more
workable
platform
minimize
maximize
its
value
for
best
valorization
practices.
Key
scientific
concepts
fully
integrated
(agriculture,
food,
cosmetics,
pharmaceuticals,
paper
industries,
etc.)
from
by-products
presented.
pros
cons
methods,
including
chemical
(acid
alkali),
bioprocesses
(enzymatic
or
fermentation),
physical
(microwave,
ultrasound,
hot
water
carbonic
acid
process),
solvent
(ionic
liquids,
deep
eutectic
solvents,
EDTA)
electrochemistry
detailed.
rapid
development
corresponding
biotechnological
attempts
present
simple,
fast,
effective,
clean,
controllable
bioprocess
comprehensive
utilization
crustacean
that
has
yet
be
applied
at
an
level.
One
feasible
way
practices
combine
innovative
techniques
industrially
applicable
efficiently
recover
valuable
components.
Letters in Applied Microbiology,
Journal Year:
2024,
Volume and Issue:
77(4)
Published: March 15, 2024
Fish
are
the
most
edible
protein
source
worldwide
and
generate
several
remnants
such
as
scales,
viscera,
head,
bone,
skin.
wastes
not
disposed
of
properly,
which
adversely
affects
environment,
especially
water
bodies
where
fish
processing
industries
dispose
their
waste.
waste
mainly
contains
nitrogen,
oil,
fat,
salts,
heavy
metals,
organic
compounds,
increase
biological
oxygen
demand
chemical
demand.
can
degrade
in
various
ways,
physicochemical
or
by
enzymatic
action,
but
using
microbes
is
an
environmentally
friendly
approach
that
provide
valuable
compounds
products
collagen,
chitin,
minerals,
concentrates.
This
review
designed
to
focus
on
suitability
tools
for
degradation
production
certain
associated.
study
also
provides
insight
into
other
protease,
chitinase,
chitin
applicability
these
products.
After
processing,
a
microbial
growth
media
enzyme
since
microorganisms
synthesize
enzymes
proteases,
hydrolysates,
lipids,
have
broader
applications
pharmaceutical,
cosmetic,
biomedical
material,
food
industries.
Current Organic Chemistry,
Journal Year:
2024,
Volume and Issue:
28(15), P. 1190 - 1214
Published: May 15, 2024
Abstract:
The
usage
of
nanoparticles
in
tissue
engineering
applications
has
increased
significantly
the
last
several
years.
Functional
tissues
are
developed
by
regulating
cell
proliferation,
differentiation,
and
migration
on
nanostructured
scaffolds
containing
cells.
These
provide
an
environment
that
is
more
structurally
supportive
than
microarchitecture
natural
bone.
Given
its
exceptional
properties,
such
as
osteogenic
potential,
biocompatibility,
biodegradability,
chitosan
a
good
promising
biomaterial.
Unfortunately,
chitosan's
low
mechanical
strength
makes
it
unsuitable
for
load-bearing
applications.
By
mixing
with
other
biomaterials,
this
drawback
might
be
mitigated.
Bone
uses
both
bioresorbable
materials
like
tricalcium
phosphate
bioactive
hydroxyapatite
bioglass.
Alumina
titanium
examples
bioinert
part
these
bioceramics.
When
produced
at
nanoscale
scales,
have
larger
surface
area
better
adhesion.
This
review
paper
will
go
into
great
detail
bioinert,
bioresorbable,
nanoceramics-reinforced
bone
engineering.
Since
the
very
beginning
of
civilization,
waste
has
always
been
an
incessant
problem
and
their
management
remains
burdensome
till
date,
as
rate
generation
is
increasing
with
increase
in
population,
land
use
development
economy.
Waste
generally
considered
unavoidable
trash/nuisance
zero
value
concerns
which
can
be
overruled
by
system.
It
a
well-organized
holistic
expensive
process
that
includes
segregation
at
sources,
on-time
collection,
transportation,
reuse,
recycle,
reprocess
disposal
leftover
materials
into
landfills,
usually
receives
inadequate
attention
public
get
easily
acclimatized
to
live
along
generated
wastes.
Managing
environmentally
favorable,
culturally
acceptable
techno-economically
feasible
manner
need
recent
times.
Society
think
ways
minimize
utilize
for
other
uses.
Understanding
terms
its
challenges
involves
knowledge
dissemination
public,
prevention,
valorization,
responsible
material
production
packaging,
maximum
recycling,
conservation
resources,
enhancement
sustainability
reduction
greenhouse
gasses.
Opportunities
could
achieved
exercising
circular
economy
practices
reinforce
environmental,
societal
economic
benefits.
Role
entrepreneurs
system
encompasses
cluster
skilled
well
unskilled
workers,
it
labor-intensive
Entrepreneurs
may
invest
money
infuse
novel
skills
technologies
transform
trash
treasures.
The
efficacy
significance
will
eventually
active
participation
entrepreneurs.
