Press Release (Safe Development-Phase Version)

PZF System with Dual Nerve Cuffs: An Innovative AI-Driven Concept for Peripheral Neuro-Signal Modulation

LSB MedTech is developing the PZF System with Dual Nerve Cuffs as an advanced research-stage neurotechnology platform. The system explores the feasibility of using Artificial Intelligence (AI) and Big Data analytics to support the modulation and analysis of peripheral neural signals in individuals with movement disorders. Unlike invasive brain-based approaches, the PZF concept is designed to be investigated as a peripheral, bio-electronic modulation platform operating outside the central nervous system.

AI-Supported Real-Time Neural Signal Analysis

The PZF System with Dual Nerve Cuffs is being developed to analyze real-time peripheral neural activity using advanced AI algorithms. The objective of this research is to distinguish between different patterns of voluntary and involuntary neural activity and to explore potential methods for adaptive signal processing. Big Data analytics will be used to help identify long-term patterns in neural behavior and to support the refinement of research models.

Dual Nerve Cuff Architecture (Concept in Development)

The Dual Nerve Cuffs and electrode structures are designed using advanced materials and biocompatible principles. These components are intended to support the investigation of neural signal acquisition, recording quality, and noise differentiation between nerve fibers. The system architecture aims to enable research teams to study the feasibility of tracing, locating, and modulating peripheral neural signals.

Continuous Monitoring for Research Purposes

As part of its development, the PZF concept includes continuous signal-recording functionality intended for research use. This feature is being designed to support the creation of large anonymized datasets that may contribute to improved understanding of peripheral neural patterns in individuals with movement disorders.

Key Development Characteristics (Non-Clinical, Research Stage)

• No brain surgery required (conceptual design)

• AI-assisted real-time neural signal analysis

• Adaptive research models supported by Big Data

• Peripheral approach intended to be less invasive

• Designed for outpatient-level implantation feasibility studies (future investigation required)

• Potential for reduced burden compared to highly invasive procedures (subject to research validation)

• Research-stage architecture for studying motor-signal pathways

Important Development Disclaimer

The PZF System is not CE-marked, not FDA-approved, and not available for clinical use.
It is an experimental technology currently in the research and development phase.
The safety, performance, and potential clinical benefits of the PZF System will be evaluated in future preclinical and clinical studies.

Summary (Safe)

By integrating AI, Big Data, and bio-electronic design principles, the PZF System with Dual Nerve Cuffs aims to open new research avenues in peripheral neuro-signal modulation. As development continues, the platform will be assessed for feasibility, safety, and potential applicability in future clinical research settings.