Seeds Scientific Research & Performance – Mastermind 7: NAD+

Course Overview

SSRP Mastermind 7: NAD+ provides a comprehensive exploration of nicotinamide adenine dinucleotide (NAD+), one of the most important metabolic cofactors involved in cellular energy production, DNA repair, signaling pathways, and healthy aging.

The program examines NAD+ through the lens of redox biology, mitochondrial function, circadian regulation, and cellular resilience. Participants gain a deeper understanding of NAD+ synthesis pathways, utilization mechanisms, and the biological factors that influence cellular energy and longevity.

Through mechanistic teaching and clinical interpretation frameworks, the course helps practitioners evaluate NAD-related interventions with greater precision and confidence.

Key Topics Covered

• NAD+ biology and cellular metabolism.
• Redox regulation and mitochondrial health.
• NAD+ synthesis pathways and cellular utilization.
• Sirtuins, DNA repair, and longevity mechanisms.
• Circadian biology and metabolic regulation.
• NAD+ cycling and clinical implementation concepts.
• Oxidative stress and inflammatory signaling.
• Peptide therapies and NAD-related cellular optimization.

Clinical Applications

• Healthy Aging
• Longevity Medicine
• Mitochondrial Dysfunction
• Cellular Energy Deficiency
• Metabolic Optimization
• Neurodegenerative Disorders
• Cognitive Health
• Performance Medicine
• Redox Imbalance
• Oxidative Stress
• Recovery Enhancement
• Cellular Resilience

Learning Objectives

• Understand the biological role of NAD+ in cellular metabolism and energy production.
• Evaluate the relationship between NAD+, mitochondrial function, and healthy aging.
• Recognize the importance of redox balance in cellular resilience and recovery.
• Apply cellular medicine principles to NAD-related clinical decision making.
• Develop a more accurate framework for integrating NAD-focused strategies into patient care.

Faculty

• William Seeds, MD
  Founder and Academic Chairman, SSRP Institute
• Dayan Goodenowe, PhD
  Neuroscientist and biochemist specializing in cellular metabolism
• Patrick Bradshaw, PhD
  Researcher focused on Acetyl-CoA, NAD+, and neurodegenerative disease
• William Curtis
  Scientist and author specializing in NAD+ biology

Who This Course Is For

• Integrative and functional medicine practitioners.
• Longevity and performance medicine clinicians.
• Healthcare professionals interested in cellular metabolism.
• Practitioners seeking a deeper understanding of NAD+ science.
• Advanced learners exploring healthy aging and mitochondrial biology.

Access Information

• Digital download available after purchase.
• Includes 10+ hours of recorded training.
• 7 comprehensive lessons across 2 structured modules.
• Learning guides and supporting resources included.
• Lifetime access for self-paced study and future reference.