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"The report highlights a steady rise in Parkinson's-related surgical procedures due to the growing prevalence of the disease, technological advancements in neuromodulation, and expanding clinical adoption of minimally invasive surgical approaches. The Surgical Procedure Volume Tracker provides stakeholders with granular hospital-level insights, helping medtech and biopharma companies evaluate demand, identify high-volume centers, and assess regional adoption trends from 2016 through 2024."According to BIS Research, the U.S. Surgical Procedure Volume Tracker – Parkinson's Disease Insights (2016–2024) provides a comprehensive analysis of trends and growth patterns in surgical interventions related to Parkinson's disease. The tracker offers detailed hospital-level data, annual procedure volumes, and forecasts across U.S. healthcare facilities. It highlights the increasing adoption of deep brain stimulation (DBS) and minimally invasive neurosurgical techniques

BIS Research has released new data from its U.S. Surgical Procedure Volume Tracker, highlighting patient dynamics and hospitalization trends associated with Parkinson's disease from 2016 through 2024.

The findings reflect the ongoing evolution of disease incidence, patient care patterns, and hospital utilization across the United States - offering valuable insights for healthcare providers, policymakers, and pharmaceutical developers focused on neurodegenerative conditions.

Rising Incidence and Prevalence of Parkinson's Disease

According to the Patient Dynamics Database (U.S.), the annual incidence of Parkinson's disease has grown steadily over the past nine years.

• 2016: 81,567 new cases

• 2024: 90,819 new cases

This represents a cumulative increase of over 11%, signaling a growing need for neurological care, specialized surgical interventions, and long-term patient management programs.

Similarly, disease prevalence-the total number of patients living with Parkinson's-rose from 855,690 cases in 2016 to an estimated 936,997 in 2024, underscoring both improved survival rates and the chronic progression of the condition.

Hospital and Patient Care Utilization Trends

BIS Research's U.S. Surgical Procedure Volume Tracker also captures the shifting dynamics of hospital-based care and outpatient management among Parkinson's patients.

Category	2016	2020	2024
ED Visits	22,088	22,792	26,275
Other Hospital Admissions	9,515	6,999	8,607
ED to Hospital Admissions	11,174	11,870	13,784
Total Hospital Admissions	20,689	18,869	22,391
Ambulatory Care Visits	4,071	3,785	4,201

The data indicates a gradual rebound in hospital utilization following pandemic-era declines, particularly between 2020 and 2024. Emergency department (ED) visits have grown by nearly 19% since 2016, reflecting increasing reliance on acute neurological care.

Conversely, fluctuations in“Other Hospital Admissions” and“Ambulatory Care” highlight ongoing transitions toward outpatient management, home-based care, and neurology specialty programs aimed at improving patient quality of life while reducing hospital burden.

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What the Data Means for the U.S. Healthcare Ecosystem

The consistent increase in Parkinson's incidence and hospital encounters points to both progress and pressure within the healthcare system:

• Progress, because early diagnosis and improved patient survival are expanding the treatment population.

• Pressure, because higher patient volumes are driving up demand for neurology specialists, physical rehabilitation, and surgical intervention infrastructure.

As part of BIS Research's U.S. Surgical Procedure Volume Tracker, these datasets enable stakeholders to:

• Forecast surgical and hospital workload related to Parkinson's and other neurodegenerative diseases.

• Analyze regional patient access, hospital capacity, and procedure readiness.

• Identify strategic opportunities for device manufacturers, digital health providers, and pharma companies developing Parkinson's treatments.

Gain Instant Access to U.S. Neurological Surgical Procedure Volume Data

As the U.S. healthcare system advances toward precision-based neurology and surgical innovation, access to accurate and granular procedure data has become essential. BIS Research's U.S. Neurological Surgical Procedure Volume Database empowers healthcare organizations, MedTech manufacturers, and research institutions with detailed, validated insights into Parkinson's disease dynamics and Deep Brain Stimulation (DBS) procedure volumes.

This database forms a key segment of BIS Research's Global Surgical Procedure Volume Tracker, offering hospital-level visibility and forecasting capabilities across the neurological care continuum.

Comprehensive Coverage: From Patient Dynamics to Surgical Interventions

1 U.S. Neurological Surgical Procedure Volume Data (2024)

Gain access to the most up-to-date surgical data covering neurological and neurodegenerative conditions across major hospitals in the United States. This dataset provides:

• Detailed procedure volumes segmented by hospital type and region

• Year-on-year growth rates from 2016 to 2024

• Forecast models extending to 2030

• Correlations between disease burden, treatment demand, and hospital admissions

These insights enable stakeholders to identify procedure trends, evaluate healthcare utilization, and plan resource allocation more effectively.

2 U.S. Patient Dynamics for Parkinson's Disease (2016–2024)

Understand how Parkinson's disease has evolved over the past decade through BIS Research's Patient Dynamics Database, which integrates clinical, demographic, and procedural data.

Key Insights from the 2024 Update

• Incidence: Grew from 81,567 new cases in 2016 to 90,819 in 2024, reflecting an 11% increase.

• Prevalence: Rose to 936,997 from 855,690 cases in the same period, underscoring longer survival rates and earlier diagnosis.

• Emergency Department (ED) Visits: Increased from 22,088 in 2016 to 26,275 in 2024, showing heightened reliance on acute neurological care.

• Hospital Admissions: Reached 22,391 in 2024, recovering from pandemic-related declines.

• Ambulatory Visits: Steadily rose from 4,071 to 4,201, signaling a gradual shift toward outpatient management and home-based care.

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What This Means

• The Parkinson's patient population is expanding in both volume and care complexity.

• Rising incidence reflects better diagnostic coverage and aging demographics.

• Shifts toward outpatient care highlight the need for specialized neurology centers and surgical precision infrastructure.

3 U.S. Deep Brain Stimulation (DBS) Procedure Volume Data (2024)

Deep Brain Stimulation remains one of the most transformative surgical interventions for managing Parkinson's disease and movement disorders.

The 2024 DBS Procedure Volume Data includes:

• Total procedures performed across major U.S. hospitals

• Growth rates compared to 2023

• Insights into DBS adoption patterns, regional distribution, and hospital-level adoption

• Trends connecting patient eligibility with procedural capacity and device utilization

Strategic Value

• Identify high-volume DBS centers for partnership, sales, or research collaboration

• Understand geographic and institutional adoption of neurosurgical technologies

• Track how innovations in implantable neurostimulation devices are impacting surgical demand

Why This Data Matters

The combination of patient dynamics and procedure data provides a 360-degree view of the U.S. neurology care ecosystem - from diagnosis to surgical intervention. Organizations leveraging this intelligence can:

• Forecast hospital workload and resource needs

• Benchmark procedure volumes and adoption trends across institutions

• Support market entry and device strategy for MedTech and pharma firms

• Strengthen clinical research and real-world evidence generation for Parkinson's disease and related disorders

Key Benefits of the BIS Research U.S. Neurological Data Platform

• Hospital-Level Intelligence: Access data from over 4,000 hospitals nationwide, identifying leading surgical and neurology centers.

• Physician-Level Insights: Map key opinion leaders (KOLs), high-performing surgeons, and procedural specialists for targeted engagement.

• Forecasting & Trend Analysis: Leverage advanced modeling for procedure growth through 2030, based on incidence and prevalence data.

• Integration-Ready Datasets: Delivered in analytics-friendly formats for integration with CRM, forecasting tools, or data visualization platforms.

Transforming Decision-Making in Neurology and Surgery

The U.S. Neurological Surgical Procedure Volume Database enables stakeholders to move beyond assumptions and make truly data-driven decisions. By combining clinical insights, patient dynamics, and real-world hospital intelligence, it helps bridge the gap between disease understanding and operational readiness.

Building Data-Driven Neurology Insights

This dataset is part of BIS Research's broader initiative to integrate patient-level dynamics-including incidence, prevalence, hospital admissions, and ambulatory care volumes-into its Global Surgical Procedure Volume Database. By quantifying patient interactions across the care continuum, the platform offers unparalleled intelligence for understanding how chronic diseases translate into real-world procedural and clinical workloads.

About BIS Research

BIS Research is a global market intelligence and advisory firm delivering actionable insights across healthcare, biotechnology, and advanced technology sectors. Through its Surgical Procedure Volume Database, BIS Research provides real-world, country-level datasets covering 300+ surgical procedures across 13 specialties in 40+ countries. We publish over 200 market intelligence reports across various deep technology verticals. We help businesses stay ahead with in-depth reports, custom research, and go-to-market strategies tailored to your goals.

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