Scientific Calendar

Scientific Programme & Agenda

Browse the four-day agenda featuring keynote lectures, peer-reviewed symposia, and practical workshops.

  • Programme overview
  • Interactive schedule
Programme overview

Scientific Scope

Programme Overview

The GCNR 2027 Scientific Programme has been meticulously curated to reflect the most pressing challenges and exciting breakthroughs in neurorestoration. Spanning four days, the programme offers a comprehensive journey from molecular mechanisms to late-stage clinical trials.

Core Pillars

Main Scientific Themes

1

Targeting Neuroinflammation in Chronic Disease

2

The Gut-Brain Axis in Autoimmune Neurology

3

Next-Generation Gene Therapies for Neural Repair

4

Advanced Imaging of Synaptic Regeneration

5

Ethical Considerations in Neurotechnological Enhancement

Delegate Outcomes

Learning Objectives


Upon completion of this congress, delegates will be able to:

Evaluate the efficacy of emerging immunomodulatory therapies in halting neurodegeneration.

Interpret novel biomarker profiles indicative of early-stage neuroinflammation.

Apply updated international consensus guidelines to clinical practice regarding neurorestorative care.

Identify opportunities for interdisciplinary collaboration in translational neuroscience.

Featured Plenaries

Keynote Sessions

"The Microglial Paradigm: Friend or Foe in Alzheimer's Disease?"

"Decoding the Immune Privilege of the Central Nervous System."

"From Bench to Bedside: Successfully Translating Remyelination Therapies."

Practical Skills

Workshops

Intensive, small-group sessions focusing on practical skills, including

  • Advanced Flow Cytometry in Neuroimmunology
  • Designing Adaptive Clinical Trials for Rare Neurological Disorders
  • Grant Writing Masterclass for Translational Research

Interactive Sessions

Participate in "Pro-Con" debates, clinical case challenge rounds, and multidisciplinary tumor board-style discussions on complex neuroimmune pathologies.

Poster Presentations

Over 600 peer-reviewed abstracts will be displayed in our dynamic digital poster lounges, with dedicated author-led presentation hours to facilitate in-depth discussion.

Innovation Sessions

Located in the Exhibition Hall, these fast-paced, 15-minute presentations highlight disruptive technologies, from AI-driven diagnostic software to novel bio-scaffolds for spinal cord injury repair.

Social Events

Networking Opportunities


14 October 2027

Opening Ceremony & Welcome Reception

15 October 2027

Women in Restorative Neuroscience Breakfast

16 October 2027

Global Society Gala Dinner

Daily

Early Career Investigator Mixer

Interactive schedule
  • Day 1 Oct 14 , 2027
  • Day 2 Oct 15 , 2027
  • Day 3 Oct 16 , 2027
  • Day 4 Oct 17 , 2027
Day 1 Oct 14 , 2027

09:00 - 10:00

Auditorio Principal

(Hall A)

General Plenary

Opening Ceremony & Presidential Address

Welcome remarks, introduction of the GSNR executive committee, and a foundational lecture on continuing Santiago Ramón y Cajal's legacy: translating cellular neurobiology into active therapeutic restoration.

Presenter(s):

Prof. Alejandro Meléndez

10:30 - 11:30

Auditorio Principal

(Hall A)

Neuroimmunological Modulators

Keynote Lecture: Microglia as Architects of the Synaptome

An in-depth empirical exploration of glial-neuronal pathways. This keynote outlines novel molecular tools to direct microglia away from neurodestructive phenotypes toward active synaptic remodelling and axonal guidance.

Presenter(s):

Prof. Clara Sterling

13:00 - 14:30

Auditorio Principal

(Hall A)

Clinical Trials & Translation

Symposium: Advanced Myelin Regeneration & Stem Cell Delivery

A panel debate presenting major developments in clinical-grade biomimetic scaffolds and the use of targeted autoantibodies (GSNR-08) to trigger endogenous remyelination in demyelinating disease models.

Presenter(s):

Dr. Sophia Patel

Prof. Alejandro Meléndez

13:00 - 14:30

Surgical Tech

Lab C

Clinical Trials & Translation

Workshop: Scaffold-Seeding and Micro-Surgery Tech

A highly practical masterclass demonstrating micro-surgical techniques for spinal cord lesion scaffolds, focus-targeted cytokine delivery, and surgical monitoring in animal models.

Presenter(s):

Prof. Alejandro Meléndez

Dr. Sophia Patel

Day 2 Oct 15 , 2027

09:00 - 10:00

Auditorio Principal

(Hall A)

Bioelectronic Interfaces

Keynote Lecture: Bioelectronic Bridging of Spinal Lesions

Exploring the integration of real-time brain-machine interface (BMI) decoding with electrical neurostimulators. This lecture highlights the therapeutic role of cytokine-gated stimulators in accelerating active motor restoration.

Presenter(s):

Dr. Kenzo Takahashi

10:30 - 12:00

Auditorio Principal

(Hall A)

Neuroimmunological Modulators

Symposium: Targeting Chronic Neuroinflammation

An intensive debate on therapeutic targets in the blood-brain barrier. Scholars discuss monoclonal antibody strategies and CSF filtration technologies that limit autoimmune T-cell attacks while leaving restorative processes intact.

Presenter(s):

Prof. Clara Sterling

Dr. Sophia Patel

14:00 - 15:30

Seminar Room B

Synaptic Plasticity & Regeneration

Oral Presentations: Stem Cell Engineering & Scaffold Biomaterials

Peer-reviewed abstracts covering olfactory ensheathing glia (OEG) culturing techniques, biodegradable polymer scaffolds, and localised growth-factor releases.

Presenter(s):

Prof. Aris Georgiou

Day 3 Oct 16 , 2027

09:30 - 10:30

Auditorio Principal

(Hall A)

Clinical Trials & Translation

Keynote Lecture: Translational Roadmaps for Regenerative Neurology

Addressing the global regulatory landscape for cell therapies. Dr Patel outlines how to coordinate ethics, international validation standards, and manufacturing pipelines to move stem cell products from labs to patients.

Presenter(s):

Dr. Sophia Patel

09:30 - 10:30

Auditorio Principal

(Hall A)

Neuroimmunological Modulators

Roundtable: Harnessing the Gut-Brain-Immune Axis

Discussing how systemic immune cells, microbiome metabolites, and peripheral nerve signals intersect to govern neuro-restoration rates after ischemic brain injury.

Presenter(s):

Prof. Clara Sterling

Dr. Kenzo Takahashi

Prof. Alejandro Meléndez

09:30 - 10:30

Auditorio Principal

(Hall A)

Bioelectronic Interfaces

Oral Presentations: Emerging Bioelectronics & Neural Interfaces

Peer-reviewed abstracts addressing multi-electrode arrays, flexible organic polymers, and neural telemetry devices designed for chronic motor rehabilitation.

Presenter(s):

Dr. Kenzo Takahashi

Prof. Aris Georgiou

Day 4 Oct 17 , 2027

09:30 - 11:30

Exhibition Pavilion 4

Synaptic Plasticity & Regeneration

Scientific Poster Grand Rounds & Coffee

A dynamic scientific exchange featuring over 150 accepted posters. Steered sessions will reward the most innovative clinical research in synaptic restoration.

Presenter(s):

Dr. Maria Gomez-Vance

13:00 - 14:30

Auditorio Principal

(Hall A)

General Plenary

Congress Closing Ceremony & Cajal Restoration Prize

Closing presidential remarks from Prof. Dr Alejandro Meléndez, presentation of the prestigious Cajal Scientific Restoration Prize, and the official announcement of the GCNR 2028 host city.

Presenter(s):

Prof. Alejandro Meléndez

Prof. Clara Sterling

Scientific Calendar Integrity

Please note that session times, speakers, and room assignments remain subject to minor adjustments as peer reviews are completed. Official Continuing Medical Education (CME) validation is based on active badge scans at session entry and exit doors. Presentations represent the work of individual researchers and do not constitute absolute clinical protocol endorsements by GCNR 2027.

Congress Faculty Profile

Prof. Clara Sterling

PhD, MSc

Professor of Neurobiology & Neuroimmunology

Harvard Medical School

United States Faculty

Academic Biography & Scope

Prof. Clara Sterling is a pioneer in microglia-mediated synaptic pruning and target-driven neuroimmunotherapy. Over the past twenty years, her research group has decoded how glial cells guide axonal pathfinding and synaptic stability. Her keynote lecture at GCNR 2027 will address therapeutic microglia modulation as a tool for synaptic rebuilding in progressive degenerative diseases.