MIT • RESEARCH USE ONLY

Mitochondria

Isolated, functional mitochondria harvested from mesenchymal stem cells (MSCs), typically from umbilical cord tissue. Mitochondria generate ATP, the cell's primary energy currency. Each vial supplies approximately 20–40 billion mitochondria per 2 ml, isolated with proprietary, non-denaturing techniques intended to preserve mitochondrial integrity and bioenergetic function.

ATP-competent isolates

BIOENERGETIC UNIT

— Functional organelles that retain oxidative phosphorylation after extraction — aimed at restoring cellular power currency in dysfunctional tissues.

Youthful UCT MSC source

DONOR BIOLOGY

— Harvested from perinatal MSC cultures with lower senescence and higher bioactivity versus adult mitochondria donors.

Integration · redox · apoptosis

MECHANISTIC TRIAD

— Host-cell uptake may normalize energy flux, attenuate oxidative stress, and reprogram apoptotic signaling in degenerative and metabolic disease models.

ROUTES, FORMATS & APPLICATIONS

Routes

Quantities

20~40 Billion Mitochondria

2ml

Potential Applications

Parkinson's disease
Alzheimer's disease
Multiple sclerosis
Stroke recovery
Traumatic brain injury
Chronic fatigue syndrome
Fibromyalgia
Mitochondrial myopathies
Type 2 diabetes
Insulin resistance
Obesity-related inflammation
Cardiovascular conditions
Anti-aging therapies
Liver and kidney disorders
Fertility and reproductive health
Athletic recovery and performance

BIOENERGETICS & ISOLATION

Functional Mitochondrial Isolates

Isolation uses proprietary, non-denaturing methods aimed at preserving structural integrity and oxidative phosphorylation capacity. Young MSC donors are selected to mirror higher bioenergetic potential relative to adult-derived material.

ATP generation retained

Mitochondria retain ATP-producing capability after extraction.

Host-cell integration

Potential integration with host cells to restore energy production and modulate stress and apoptotic signaling.

Youthful donor mitochondria

Sourced from umbilical cord MSCs characterized as lower senescence and higher bioactivity than adult counterparts.

Cell-free delivery advantages

Cell-free format minimizes immune rejection risk for systemic or localized use.

Compliance · Mitochondria