PLEASE NOTE THAT THIS EVENT IS EXCLUSIVELY FOR HEALTH PROFESSIONALS.

10:00am (registration will start from 09:15am) - 4:00pm

CPD Hours: 4.5

A healthy lunch and refreshments will be provided on the day.

About the event

In 2018, Professor of Neurology, Dr. Dale Bredesen, along with medical colleagues from 15 other clinics, published a paper describing 100 patients with cognitive decline who had well documented, quantified improvements in cognition using his targeted, multi-component programme. These new results expand on Professor Bredesen’s earlier published case studies of 10 patients, 9 of whom showed sustained subjective and objective improvement in cognition using his approach.

In the last 7 years, over 3000 patients have used The Bredesen Protocol; patient outcomes have resulted in the protocol evolving and it is now possible to identify key elements that differentiate between best outcomes and lesser outcomes.

This practitioner seminar will focus on the many nutritional, metabolic, toxic, and inflammatory parameters that are critical to the assessment and optimal treatment of patients with cognitive decline or risk for cognitive decline. It will cover the specifics in terms of optimising outcomes as well as how the protocol is being used for other neurodegenerative diseases.

Please note that this event is exclusively for Health Professionals

Registration: 9.15am

Seminar starts: 10.00am

Seminar finishes: 4.00pm

A healthy lunch and refreshments will be provided.

The speaker: Dr. Dale Bredesen

Professor Bredesen, Professor of Molecular and Medical Pharmacology at UCLA and Founding President and Professor Emeritus at the Buck Institute for Research on Aging, has spent over 30 years researching the basic mechanisms of neurodegeneration. He and his research group have published over 220 research papers, and he has developed a novel approach to treatment and prevention of Alzheimer’s disease, utilising precision medicine programs rather than outmoded monotherapeutics.

Preventing and reversing neurodegenerative diseases