Deleted Journal,
Год журнала:
2024,
Номер
32(4), С. 200871 - 200871
Опубликована: Сен. 2, 2024
Some
cancer
types
including
bladder,
cervical,
and
uterine
cancers
are
characterized
by
frequent
mutations
in
EP300
that
encode
histone
acetyltransferase
p300.
This
enzyme
can
act
both
as
a
tumor
suppressor
oncogene.
In
this
review,
we
describe
the
role
of
p300
initiation
progression
regarding
aberrations
have
been
identified
TGCA
Pan-Cancer
Atlas
studies
also
discuss
possible
anticancer
strategies
target
mutated
cancers.
Copy
number
alterations,
truncating
mutations,
abnormal
transcriptions
affect
abundance
activity
associated
with
several
pathological
features
such
grading,
metastases,
patient
survival.
Elevated
correlates
higher
mRNA
level
other
epigenetic
factors
chromatin
remodeling
enzymes
co-operate
creating
permissive
conditions
for
malignant
transformation,
growth
metastases.
The
status
expression
be
considered
prognostic
marker
immunotherapy
efficacy,
followed
an
increased
PDL-1.HAT
activators
CTB
or
YF2
applied
p300-deficient
patients,
whereas
natural
synthetic
inhibitors
activity,
well
dual
HAT/bromodomain
PROTAC
degradation
p300,
may
serve
fight
against
p300-fueled
cancers.Graphical
abstract
Cancer
is
a
deadly
genetic
disease
with
diverse
aspects
of
complexity,
including
cancer
immune
evasion,
treatment
resistance,
and
recurrence
requiring
optimized
to
be
cured.
Molecular
studies
have
revealed
that
tumors
are
profoundly
heterogeneous
in
nature,
leading
the
complexity
progression
ultimately
linked
its
machinery.
It
important
note
patients
same
types
respond
differently
treatments,
indicating
need
for
patient-specific
options.
This
requires
an
in-depth
genomic
study
patient's
fully
understand
driving
factors
effective
targeted
therapy.
Precision
oncology
has
evolved
as
form
therapy
focused
on
profiling
identify
molecular
alterations
involved
development
tailored
individualized
disease.
Whole
genome
sequencing,
tumor
cell-free
DNA
profiling,
transcriptomics,
proteomics
exploration
system
basis
this
field
research
treatment.
article
aims
briefly
explain
foundations
frontiers
precision
context
ongoing
technological
advancements
related
fields
assess
scope
importance
achieving
cure
against
cancer.
Briefings in Bioinformatics,
Год журнала:
2022,
Номер
23(5)
Опубликована: Авг. 24, 2022
Cell
surface
proteins
have
been
used
as
diagnostic
and
prognostic
markers
in
cancer
research
targets
for
the
development
of
anticancer
agents.
Many
these
lie
at
top
signaling
cascades
regulating
cell
responses
gene
expression,
therefore
acting
'signaling
hubs'.
It
has
previously
demonstrated
that
integrated
network
analysis
on
transcriptomic
data
is
able
to
infer
protein
activity
breast
cancer.
Such
an
approach
implemented
a
publicly
available
method
called
'SURFACER'.
SURFACER
implements
network-based
focusing
overall
curated
proteins,
with
final
aim
identify
those
driving
major
phenotypic
changes
level,
named
hubs.
Here,
we
show
ability
discover
relevant
knowledge
within
across
datasets.
We
also
how
different
cancers
can
be
stratified
surface-activity-specific
groups.
Our
strategy
may
cancer-wide
design
targeted
therapies
biomarker-based
approaches.
SSRN Electronic Journal,
Год журнала:
2024,
Номер
unknown
Опубликована: Янв. 1, 2024
Cancer
is
a
deadly
genetic
disease
with
diverse
aspects
of
complexity,
including
cancer
immune
evasion,
treatment
resistance,
and
recurrence
requiring
optimized
to
be
cured.
Molecular
studies
have
revealed
that
tumors
are
profoundly
heterogeneous
in
nature,
leading
the
complexity
progression
ultimately
linked
its
machinery.
It
important
note
patients
same
types
respond
differently
treatments,
indicating
need
for
patient-specific
options.
This
requires
an
in-depth
genomic
study
patient's
fully
understand
driving
factors
effective
targeted
therapy.
Precision
oncology
has
evolved
as
form
therapy
focused
on
profiling
identify
molecular
alterations
involved
development
tailored
individualized
disease.
Whole
genome
sequencing,
tumor
cell-free
DNA
profiling,
transcriptomics,
proteomics
exploration
system
basis
this
field
research
treatment.
article
aims
briefly
explain
foundations
frontiers
precision
context
ongoing
technological
advancements
related
fields
assess
scope
importance
achieving
cure
against
cancer.
Cancer
is
a
fatal
genetic
disease
with
different
aspects
of
complexity,
including
cancer
immune
evasion,
treatment
resistance
and
recurrence,
requiring
optimized
for
proper
cure.
Molecular
studies
have
revealed
that
tumors
are
hugely
heterogeneous
in
nature,
leading
to
the
complexity
progression
ultimately
linked
its
machinery.
In
recent
decades,
there
has
been
deluge
large-scale
production
anticancer
agents,
primarily
due
advances
genomic
technologies
enabling
precise
targeting
oncogenic
pathways
involved
development.
It
important
note
patients
same
types
respond
differently
treatments,
indicating
need
patient-specific
options.
An
in-depth
study
will
be
needed
fully
understand
driving
factors
initiation
effective
targeted
therapy.
Precision
oncology
evolved
as
form
therapy
focused
on
profiling
patients’
identify
molecular
alterations
manifestation
tailored
individualized
disease.
This
article
aims
briefly
explain
foundations
frontiers
precision
review
tools
techniques
process
assess
scope
importance
achieving
cures
against
cancer.
Cancer
is
a
complex
and
multifaceted
disease
having
number
of
composite
problems
to
be
considered
including
cancer
immune
evasion,
therapy
resistance,
recurrence
for
prevention
cure.
Fundamentally
it
remains
genetic
as
diverse
aspects
the
complexity
tumor
growth
development
relate
its
machinery
requires
addressing
at
level
genome
epigenome.
Presumably,
mutational
changes
occurring
in
regulatory
genes
responsible
maintaining
optimal
cell
growth,
proliferation,
differentiation
gradually
lead
progression
metastasis.
Importantly,
patients
with
same
types
respond
differently
therapies,
indicating
need
patient-specific
treatment
option
Precision
oncology
form
that
focuses
on
profiling
individual
tumors
identify
molecular
alterations
involved
custom-tailored
personalized
disease.
It
rely
upon
genomic
study
cells
get
clear
picture
prognosis
pathways
look
means
selectively
target
them
ensure
effective
deadly
now
combines
diagnosis
followed
by
designing
regimen
precise
different
stages
times.
Recent
advances
technologies
have
indeed
accelerated
implementation
precision
management,
leading
improved
clinical
outcomes
selected
cohorts
patients.
This
article
aims
briefly
explain
foundations
frontiers
context
ongoing
technological
this
regard
assess
scope
importance
realization
proper
cure
cancer.
Cancer
is
a
fatal
genetic
disease
with
different
aspects
of
complexity,
including
cancer
immune
evasion,
treatment
resistance
and
recurrence,
requiring
optimized
for
proper
cure.
Molecular
studies
have
revealed
that
tumors
are
extremely
heterogeneous
in
nature,
leading
to
the
complexity
progression
ultimately
linked
its
machinery.
It
important
note
patients
same
types
respond
differently
treatments,
indicating
need
options
specific
each
patient.
Thus,
in-depth
genomic
study
patient’s
tumor
will
be
needed
fully
understand
determinants
initiation
effective
targeted
therapy.
Precision
oncology
has
evolved
as
form
therapy
focused
on
profiling
identify
molecular
alterations
involved
manifestation
tailored
individualized
disease.
There
been
deluge
formulation
mass
production
anticancer
agents
recent
years,
mainly
due
advances
technologies
enabling
precise
targeting
oncogenic
pathways
This
article
aims
briefly
explain
foundations
frontiers
precision
context
advancements
tools
techniques
exploited
process
order
assess
scope
importance
realize
intended
goals.
Cancer
is
a
fatal
genetic
disease
with
different
aspects
of
complexity,
including
cancer
immune
evasion,
treatment
resistance
and
recurrence,
requiring
optimized
for
proper
cure.
Molecular
studies
have
revealed
that
tumors
are
extremely
heterogeneous
in
nature,
leading
to
the
complexity
progression
ultimately
linked
its
machinery.
It
important
note
patients
same
types
respond
differently
treatments,
indicating
need
options
specific
each
patient.
Thus,
in-depth
genomic
study
patient’s
tumor
will
be
needed
fully
understand
determinants
initiation
effective
targeted
therapy.
Precision
oncology
has
evolved
as
form
therapy
focused
on
profiling
identify
molecular
alterations
involved
manifestation
tailored
individualized
disease.
There
been
deluge
formulation
mass
production
anticancer
agents
recent
years,
mainly
due
advances
technologies
enabling
precise
targeting
oncogenic
pathways
This
article
aims
briefly
explain
foundations
frontiers
precision
context
advancements
tools
techniques
exploited
process
order
assess
scope
importance
realize
intended
goals.