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devicetherapie

Devicetherapie, or device therapy, refers to the therapeutic use of medical devices to diagnose, treat, or manage medical conditions. It encompasses both implanted devices and non-invasive technologies that deliver electrical, chemical, mechanical, or optical interventions. The aim is to modify disease progression, relieve symptoms, restore function, or improve quality of life. Device therapy is typically integrated into multidisciplinary care and is considered when medications are ineffective, not tolerated, or unsuitable.

Common areas of devicetherapie include cardiac device therapy (pacemakers, implantable cardioverter-defibrillators, and cardiac resynchronization therapy), neuromodulation

Clinical use of device therapy depends on condition-specific indications, evidence from clinical trials, and guideline recommendations.

Regulation and safety are central to devicetherapie. Devices undergo regulatory review, post-market surveillance, and ongoing clinical

devices
(deep
brain
stimulation,
spinal
cord
stimulation,
vagus
nerve
stimulation),
and
implantable
drug-delivery
systems
(intrathecal
or
programmable
pumps).
Non-invasive
modalities
such
as
transcranial
magnetic
stimulation
and
transcranial
direct
current
stimulation
are
also
used
in
certain
neurological
and
psychiatric
conditions.
Cochlear
implants
represent
a
specialized
implanted
device
for
hearing
restoration,
while
other
assistive
or
rehabilitative
devices
may
be
used
to
support
mobility,
pain
management,
or
endocrine
therapy.
Device
therapy
can
reduce
arrhythmia
risk,
control
tremor,
alleviate
chronic
pain,
treat
Parkinsonian
symptoms,
deliver
targeted
medication,
or
improve
hearing
and
sensory
function.
Selecting
appropriate
candidates
requires
thorough
assessment,
including
medical
history,
comorbidities,
device-related
risks,
and
patient
preferences.
follow-up.
Risks
include
procedural
complications,
device
or
lead
malfunction,
infections,
battery
depletion,
and
data
or
privacy
concerns.
Advances
continue
in
miniaturization,
closed-loop
control,
remote
monitoring,
and
personalized
programming
to
optimize
outcomes.