Patient Journey

The DBS Treatment Journey: From First Contact to Lifelong Follow-Up

Deep Brain Stimulation is far more than a single surgery. The 10-stage roadmap below transparently lays out everything patients experience at our Neuromodulation Center — from first enquiry to battery replacement.

Color KeyEntry pointEvaluationDecision pointNot suitablePre-operativeSurgeryRecoveryRisk / complicationLong-term

Awareness & Pre-Consultation

The patient's first contact with the center

  • Entry point for patients with Parkinson's disease, essential tremor, dystonia, Tourette syndrome, OCD, or drug-resistant epilepsy.
  • Referral channels: website contact form, phone, WhatsApp, or referring physician.
  • On first contact, the coordinator team records the patient's diagnosis, symptoms, and treatment goals.

Initial Consultation & Appointment

Coordinator and movement-disorders neurologist review

Typically completed within the same week
Phone / Online Pre-Screening15–30 min

Coordinator collects diagnostic history, medications, and chief complaints; shares the list of required documents.

First Clinic Evaluation45–60 min

Movement-disorders neurologist reviews comprehensive records, imaging, and treatment history; performs an initial suitability assessment.

Eligibility Screening

First decision point: is DBS appropriate?

After the first clinical evaluation, potential suitability is assessed. This step is not binding — the final decision is made after the multidisciplinary team review.

Not a suitable profile
  • Disease duration under 4–5 years
  • Advanced dementia
  • Uncontrolled psychiatric conditions
  • Age above 80 (generally)
  • Advanced balance disorders and fall risk

Medication is optimized; a roadmap is set with rehabilitation and scheduled follow-up.

Potentially Suitable

The patient is referred to a multidisciplinary evaluation requiring roughly 3 days of inpatient assessment.

Multidisciplinary Evaluation

Four parallel assessments + team meeting

3-day inpatient stay

The patient is assessed simultaneously by four specialist teams; all findings are consolidated in a single meeting.

A — Neurological Tests

UPDRS motor scoring (on/off medication), L-Dopa responsiveness testing, gait analysis, tremor measurement.

B — Neuropsychological Tests

Memory, attention, and executive-function assessment; dementia screening (MoCA, MMSE).

C — Psychiatric Evaluation

Depression severity, psychosis screening, anxiety, and suicide-risk assessment.

D — Brain MRI + Anaesthesia

Stereotactic MRI for surgical planning; anaesthetic risk stratification and structural imaging.

Multidisciplinary Team (MDT) Meeting

All findings are presented together; the decision is the team's consensus — not a single physician. Approval or rejection is documented with reasoning.

Preoperative Preparation

Testing and patient education run in parallel

1–2 weeks
Testing
  • Blood work, EKG, chest imaging
  • Stereotactic MRI for target coordinates
  • Structured discontinuation of anticoagulant medication
  • Anaesthesia consultation and final fitness clearance
Patient Education
  • Medication and fasting protocol for surgery day
  • Step-by-step explanation of the surgical stages
  • Alignment of expectations and written consent
  • Nutrition and lifestyle counselling

Surgical Procedure

Two-phase surgery; awake or general anaesthesia

4–8 h (6–10 h including frame application)

The surgery can be performed in two ways depending on the patient and center experience; both rely on high-precision stereotactic planning.

Awake SurgeryPreferred

Patient is conscious; microelectrode recording (MER) identifies the target tissue and test stimulation confirms symptom response in real time.

Under General Anaesthesia

In patients for whom awake surgery is unsuitable, electrodes are placed under general anaesthesia with MER guidance.

Phase 1 — Electrode Placement

Stereotactic frame application; bilateral electrode placement into STN, GPi, or VIM targets.

Phase 2 — IPG (Battery) Placement

The implantable pulse generator is placed under the clavicle; cables are tunneled under the skin.

Postoperative Hospital Course

From ICU to ward under controlled progression

Total hospital stay: 5–10 days
Days 1–2 — Intensive Care48 hours

Control CT for haemorrhage or electrode position; low-voltage activation or delayed activation; medication revision and neurological assessment.

Days 2–10 — Ward3–8 days

Initial IPG parameter programming; wound care; start of physical therapy; discharge education and DBS identification card.

Complications & Management

Serious-complication risk <3%

Overall serious-complication rate: under 3% at modern centers; the risk profile is shared transparently.

Intracranial haemorrhage (1–2%)
Infection (2–5%)
Electrode migration
Temporary cognitive or psychiatric changes
Speech disturbance (dysarthria)
Suboptimal clinical response
24/7 Support

Accessible emergency line; nurse hotline as first contact, escalation to neurology or neurosurgery when needed.

Prevention: Comprehensive preoperative screening, MER precision, intraoperative monitoring, strict sterile technique, and discharge education.

Post-Discharge Monitoring & Programming

From monthly visits to yearly follow-up

Month 1 — Initial Programming

Comprehensive IPG parameter adjustment; start of medication dose reduction; final wound check; UPDRS repeat and satisfaction assessment.

Month 3 — Optimization

Fine-tuning of stimulation settings (typical stabilization point); meaningful medication reduction; cognitive reassessment and psychiatry review.

Year 1 and Beyond — Lifelong Follow-Up

Semi-annual to annual neurology visits; ongoing review of IPG and medication; symptom control is maintained as the disease progresses.

Battery Lifespan & Replacement

Non-rechargeable and rechargeable options

Standard (Non-Rechargeable) Battery

Average lifespan 3–5 years. As depletion approaches, symptoms reappear; timely replacement is required.

Rechargeable Battery

20–30 year lifespan; requires weekly home charging. Reduces the number of future replacement surgeries.

Replacement Procedure: A short procedure under local anaesthesia lasting about 15–20 minutes. The electrode hardware is not touched; risk is minimal.

This page is general information; the individual plan is created after medical evaluation.

Ready to discuss your case?

Send your reports before travelling to Istanbul

Share your MRI, medical reports and symptom videos on WhatsApp. Our team will review your information and guide you on whether an in-person DBS evaluation may be appropriate.

Start with a remote case review.