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Wound Healing

INCREASES

Angiogenesis

Collagen | Expression

Extracellular Matrix Remodeling

Cellular Migration And Propagation

DECREASES

Angiogenesis

Collagen | Expression

Extracellular Matrix Remodeling

Cellular Migration And Propagation

Neurotechnology

neuroprotection

INCREASES

Angiogenesis

Neurogenesis

Axonal Density

Cell Propagation

Neurite Remodeling

Oligodendrogenesis

Neurological Function

Neurovascular Plasticity

DECREASES

Apoptosis

Microgliosis

Inflammation

Reactive Astrogliosis

Neural Degeneration

Intracellular Ss-amyloid Peptide

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Cardio Protection

INCREASES

Angiogenesis

Cell Propagation

Cardiac Function

DECREASES

Fibrosis

Apoptosis

Infarct Size

Inflammation

Oxidative Stress

Vascular Remodeling

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Hepato Protection

INCREASES

INCREASES

Liver Function

Eosinophils

Cell Propagation

Collagen Maturation

DECREASES

Fibrosis

Apoptosis

Inflammation

Oxidative Stress

Alanine Aminotransferase

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Lung Tissue DECREASE

Fibrosis

Inflammation

Vascular Remodeling

Pulmonary

Hypertension

Bronchopulmonary

Dysplasia

Dermatitis DECREASE

Eosinophils

Ige

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Regenerative therapy can help manage degenerative conditions, tissue repair, anti-inflammation, and anti-aging because it targets, injured, or diseased cells, instructing them to regenerate and repair.

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Regenerative therapy delivers exosomes into the body through an IV drip or an injection to the target site. The exosomes, numbering in the billions, attach to target cells in the body, including blood, brain, muscle, skeletal, and organ cells.

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