0721.222.567Clinical neuroscience
and advanced research
Integrated medicine at the intersection of science, technology, and post-treatment monitoring
Who we are
We are a hybrid medical and biotech organization with integrated clinical and research operations, addressing critical gaps in neurological diagnosis, recovery, and therapeutic innovation.
Our work is grounded in fundamental brain science, focusing on the mechanisms of neural organization, plasticity, and regeneration. We combine advanced clinical neuroscience, neurological rehabilitation, and regenerative medicine with AI-enabled biotechnological and data-driven methodologies. This integrated model translates foundational brain research into clinically validated, precision therapies, delivering measurable functional outcomes for patients.
mission
Aramis Therapeutics aims to expedite the development of advanced diagnostics and therapies for cancer and neurodegenerative disorders like Multiple Sclerosis, ensuring that these innovations are swiftly accessible to patients through a multidisciplinary approach.
VISION
VALUES
Innovation: We advance patient care through cutting-edge research and technology, while facilitating the integration of CellTech, BioTech, PharmaTech, and MedTech into clinical practice to enhance outcomes.
Patient Focus: We prioritize individualized, compassionate care that respects each patient’s unique needs.
Collaboration: We embrace teamwork and interdisciplinary approaches to deliver comprehensive solutions.
Accessibility: We strive to make advanced diagnostics and treatments affordable and accessible for all.
Integrity: We maintain transparency and uphold the highest ethical standards in all our interactions.
Research and Continuous Education: We are committed to advancing medical knowledge through ongoing research and educating healthcare professionals and the public about next-generation therapeutics. This includes training professionals to effectively address the challenges in treating cancer and neurodegenerative disorders.
Translational research in
neuroscience and regenerative medicine
Strategic research directions include, supported by advanced neurotechnology that integrates AI-driven analytics, cellular engineering, biotechnology, and pharmatechnology to translate fundamental brain science into precise, scalable, and clinically actionable therapies:
Strategic research directions include:
● Neuroplasticity and functional reorganization
● Brain mapping and structure-function correlation
● Neuroregeneration and restoration of neuronal circuits
● Autoimmune pathologies with neurological involvement
● Application of artificial intelligence in clinical data analysis and integration
An integrated model:
clinical care and research within
an unified medical ecosystem
An integrated model uniting clinical care with advanced neurotech research, where neurotechnology integrates AI-driven analytics, cellular engineering, and biotechnology to transform fundamental brain science into precise, scalable, and clinically actionable therapies.
Our organizational structure is built upon two complementary and functionally interconnected components:
- Clinical centers for advanced neurological rehabilitation supported by integrated neurotechnology
- Advanced neuroscience research centers focused on AI-driven, cellular, biotech, and pharmatech innovation
Neuroplasticity & motor recovery
romania | europe
Scientifically grounded
advanced neurological
rehabilitation
Our clinic delivers advanced medical rehabilitation programs for patients with disorders of the central and peripheral nervous systems, as well as musculoskeletal conditions with neurological involvement.
Clinical focus areas:
- Post-stroke rehabilitation
- Traumatic brain injuries
- Spinal cord injuries
- Degenerative neuromotor disorders
Therapeutic approach:
- Multidimensional clinical and functional assessment
- the use of the Cyberdyne system, dedicated to assisted neuromotor re-education and advanced functional analysis, through the detection and analysis of bioelectrical signals generated by the nervous system at the moment of movement intention.
- Use of robotic-assisted systems and advanced neuromotor analysis
- Continuous monitoring and dynamic therapy adjustment
The primary objective of these interventions is to optimize neurological function and restore patient autonomy.
Personalized rehabilitation programs
- Individualized rehabilitation plans, tailored to the diagnosis and stage of the disease
- Personalized neurological physiotherapy
- Task-oriented neuromotor retraining
- Guided functional therapy (functional training)
- Integration of cognitive and sensorimotor exercises
- Programs adapted to the patient’s clinical evolution and functional goals
- Individual therapy or combined therapy (one-on-one sessions combined with technology-assisted sessions)
Advanced Research Center
United States | California
Frontier neuroscience and medical innovation
Areas of excellence:
- Advanced neuroscience and functional brain mapping
- Applied neuroplasticity and neurological rehabilitation
- Neuroregeneration and regenerative medicine
- Autoimmune disorders with neurological impact
Technological and methodological capabilities
- Integrated clinical and biological data platforms
- Artificial intelligence–based predictive modeling
- Advanced neuromotor and neurophysiological analysis platforms
- AI Predictive modeling of neurological disease progression
Research activities are focused on clinical applicability, rigorous scientific validation, and international academic collaboration.
CONTACT US
Clinic - Europe | Romania
Specialized medical evaluation and advanced neurological rehabilitation programs.
Address: Strada Margeanului, Nr. 3A, Baia Mare, Județul Maramureș
Appointments contact:
Research Center - USA | CALIFORNIA
Research partnerships, development, and academic and institutional collaboration requests.
Address: 2080 Century Park East, Suite 500, Los Angeles, CA 90067
Appointments contact: