GLUCOSE TRANSPORT INHIBITOR AND OXIDATIVE STRESS PREVENTION
Unlock the Duality of SAC-SG
Unlock the Duality of SAC-SG
How Your Bone Mass
Changes with Age
IN LOW OXYGEN ENVIRONMENTS
Under low-oxygen (hypoxic) conditions, cells may experience altered metabolic activity and increased oxidative stress. SAC-SG provides ionic SAC® calcium, which supports normal glucose utilisation pathways and contributes to cellular stability and metabolic regulation. By helping maintain balanced calcium availability and oxidative homeostasis, SAC-SG supports cells as they adapt to changing metabolic environments, without disrupting normal physiological processes.
IN RICH OXYGEN ENVIRONMENTS
In oxygen-rich environments, SAC-SG continues to support efficient cellular metabolism by assisting normal glucose utilisation and promoting antioxidant balance. This helps reduce the accumulation of metabolic by-products associated with oxidative stress. Through its supportive role in cellular signalling and metabolic equilibrium, SAC-SG contributes to overall cellular health, resilience, and functional integrity.
Designed for Whole-Body Cellular Support. SAC-SG is not intended to diagnose, treat, cure, or prevent disease. Instead, it is formulated to: support healthy cellular metabolism, help maintain oxidative balance, contribute to normal calcium-dependent cellular function, support overall cellular vitality and resilience.
UNLOCK THE DUALITY OF SAC-SG:
STRONG OXIDATIVE POWERS FOR TUMOR CELL
DESTRUCTION AND OXIDATIVE STRESS PREVENTION
OUR HYPOTHESIS
Inducing oxidative stress in tumor cells can be a therapeutic strategy to trigger cell death and inhibit tumor growth.
How Your Bone Mass
Changes with Age
GLUCOSE TRANSPORT INHIBITOR
AND OXIDATIVE STRESS PREVENTION
Unlock the Duality
of SAC-SG:
LOW OXYGEN ENVIRONMENT
SAC-SG is a powerful weapon in fighting cancer cells. SAC-SG ionic calcium bonds with glucose dissociates to produce free radicals that target tumor cell metabolism and cause oxidative damage, ultimately leading to their destruction.
Cancer cells require calcium ions for proliferation and secretes PTH-like substances to extract calcium from bones.
Additionally, cancer cells can uptake glucose at a rapid rate through glucose transport (GLUT), and SAC-SG’s glucose can be absorbed 200 to 300 times faster than normal cells to destroy them.
IN LOW OXYGEN ENVIRONMENTS
Under low-oxygen (hypoxic) conditions, cells may experience altered metabolic activity and increased oxidative stress. SAC-SG provides ionic SAC® calcium, which supports normal glucose utilisation pathways and contributes to cellular stability and metabolic regulation. By helping maintain balanced calcium availability and oxidative homeostasis, SAC-SG supports cells as they adapt to changing metabolic environments, without disrupting normal physiological processes.
IN RICH OXYGEN ENVIRONMENTS
In oxygen-rich environments, SAC-SG continues to support efficient cellular metabolism by assisting normal glucose utilisation and promoting antioxidant balance. This helps reduce the accumulation of metabolic by-products associated with oxidative stress. Through its supportive role in cellular signalling and metabolic equilibrium, SAC-SG contributes to overall cellular health, resilience, and functional integrity.
Designed for Whole-Body Cellular Support. SAC-SG is not intended to diagnose, treat, cure, or prevent disease. Instead, it is formulated to: support healthy cellular metabolism, help maintain oxidative balance, contribute to normal calcium-dependent cellular function, support overall cellular vitality and resilience.
UNLOCK THE DUALITY OF SAC-SG:
STRONG OXIDATIVE POWERS FOR TUMOR CELL
DESTRUCTION AND OXIDATIVE STRESS PREVENTION
OUR HYPOTHESIS
Inducing oxidative stress in tumor cells can be a therapeutic strategy to trigger cell death and inhibit tumor growth.
Unlock the Duality of SAC-SG:
STRONG OXIDATIVE POWERS FOR TUMOR CELL DESTRUCTION AND OXIDATIVE STRESS PREVENTION
OUR HYPOTHESIS
Inducing oxidative stress in tumor cells can be a therapeutic strategy to trigger cell death and inhibit tumor growth.
GLUCOSE TRANSPORT INHIBITOR
AND OXIDATIVE STRESS PREVENTION
Unlock the Duality
of SAC-SG
IN LOW OXYGEN ENVIRONMENTS
Under low-oxygen (hypoxic) conditions, cells may experience altered metabolic activity and increased oxidative stress. SAC-SG provides ionic SAC® calcium, which supports normal glucose utilisation pathways and contributes to cellular stability and metabolic regulation. By helping maintain balanced calcium availability and oxidative homeostasis, SAC-SG supports cells as they adapt to changing metabolic environments, without disrupting normal physiological processes.
IN RICH OXYGEN ENVIRONMENTS
In oxygen-rich environments, SAC-SG continues to support efficient cellular metabolism by assisting normal glucose utilisation and promoting antioxidant balance. This helps reduce the accumulation of metabolic by-products associated with oxidative stress. Through its supportive role in cellular signalling and metabolic equilibrium, SAC-SG contributes to overall cellular health, resilience, and functional integrity.
Designed for Whole-Body Cellular Support. SAC-SG is not intended to diagnose, treat, cure, or prevent disease. Instead, it is formulated to: support healthy cellular metabolism, help maintain oxidative balance, contribute to normal calcium-dependent cellular function, support overall cellular vitality and resilience.
A global network of doctors, scientists, and researchers developed and tested Marah Natural’s proprietary science, SAC® formula. SAC® formula ensures more than 95% ionic calcium absorption, bypassing the need for Vitamin D or peptides.
ABOUT SAC®
200x
MOST ABSORBENT
3x
MOST REACTIVE
CUSTOMER TRIAL*
88%
LESS PAIN & INFLAMMATION
74%
IMPROVEMENTS IN BONE DENSITY
*Results from an internal customer survey conducted over 3 months. Results may vary per customer. Customers best saw results with adequate exercise, diet, healthy lifestyle and consistent use.