FAB LIFE
The Maybourne
Beverly Hills, California
SEPTEMBER 5 - 7, 2024
EXCLUSIVE SCIENTIFIC SESSION
The global COVID-19 pandemic has led to a dramatic loss of human life worldwide and overburdened the healthcare systems in many countries. Although most recover, some patients continue to experience persistent symptoms, a condition known as post-acute sequelae of COVID-19 (PASC) or Long-COVID, a viral-induced human metabolic reprogram/ dysregulation (HMR/D).
Precision Chiropractic to Reset Viral-Induced
Human Metabolic Reprogram/Dysregulation in Long-COVID
Prof. Dr. Narain Naidu (Director-General, HMRDO) will conduct an exclusive scientific session on the role of chiropractic care to manage and reset Viral-Induced Human Metabolic Reprogram/Dysregulation, with an emphasis on post-acute sequelae of COVID (PASC or Long-COVID) conditions leading to neuro-cognitive and skeleto-muscular impairments such as brain fog, fatigue, myalgia, etc. With around 500 million people globally affected from long-COVID, there is a dire necessity for chiropractors to educate, train and adapt to these emerging health challenges, integrating precision chiropractic care with system-targeted evidence-based bioactive nutrition and integrative healthcare protocols to reset viral-induced HMR/D in long-COVID. Dr. Fab Mancini will Chair/Moderate this exclusive scientific session.
The Human Metabolic Research & Development Organization (HMRDO), led by Dr. Naidu, is a consortium of scientists and healthcare professionals dedicated to developing standardized evaluation protocols and evidence-based interventions for managing and resetting Viral-Induced HMR/D in Long-COVID. The HMRDO Continuous Professional Education and Training (C-PET) Certification Program emphasizes on the role of chiropractic care in clinical management of viral-induced HMR/D.
Why Attend the HMRDO C-PET?
With approximately 500 million people globally suffering from PASC, there is a dire need for more effective treatment options. PASC patients can be categorized into four distinct clusters or sub-phenotypes based on the wide range of symptoms affecting various organs and systems:
Sub-phenotype 1 (33.8%): Characterized by cardiac & renal manifestations
Sub-phenotype 2 (32.8%): Includes respiratory issues, sleep & anxiety disorders
Sub-phenotype 3 (23.4%): Marked by skeleto-muscular & neurological disorders
Sub-phenotype 4 (10.1%): Involves gastro-intestinal & pulmonary dysfunctions
Chiropractic care can play a significant role in the recovery process for PASC patients, particularly those in Sub-phenotypes 2 and 3. When integrated with system-targeted, evidence-based precision nutrition, chiropractic care has synergistic impact in resetting viral-induced HMR/D for a healthy recovery. The HMRDO C-PET will equip you with the knowledge and skills to effectively contribute to the treatment of PASC patients, improving their overall recovery outcomes.
Global Health Crisis
Dr. Fabrizio Mancini, an internationally acclaimed Educator & President Emeritus of Parker University in Texas, talks about a potential role for chiropractic care to reset viral-induced human metabolic reprogram/ dysregulation (HMR/D) in long-COVID. He recommends chiropractors to register for the HMRDO/C-PET program and get certified at the FAB LIFE, Beverly Hills, California
PRECISION CHIROPRACTIC Healthcare Brochure
Opportunity to participate in ‘Precision Chiropractic’ Global Research Initiative
A major observational clinical study on Precision Chiropractic intervention protocol has been designed and ready for a global launch. This observational study is intended to collect clinical research data to consolidate therapeutic guidelines/ standards, and provide scientific credibility for Precision Chiropractic Care in the management of viral-induced HMR/D (PASC). Chiropractors qualified with the 6-hour education, training, and C-PET accreditation are exclusively considered to partake in this landmark observational clinical study. This scientific data/ analytics/ results generated in this controlled clinical trial will be published in a peer-reviewed scientific journal.