Regenerative medicine is a medical field aimed at restoring the body to its normal state by amplifying the body's inherent repair capabilities and recovering the function of damaged blood vessels and organs. Fat-derived stem cells are collected from the patient's body, cultured and proliferated outside the body to a specified quantity, and then returned to the patient's body. Since the returned cells are the patient's own, this is a highly safe technology with a low risk of rejection or allergic reactions. It is expected to be effective for chronic hepatitis, chronic kidney disease, allergic predisposition, immune system enhancement, liver dysfunction, chronic pain, diabetes, chronic fatigue, neurological disorders (Parkinson's disease/Alzheimer's disease), heart disease and vascular damage, tissue damage caused by diabetes, arthritis and fractures, spinal cord injuries, alopecia (scalp dermal papilla cells), anti-aging, and more.

Regenerative medicine is a type of medical treatment aimed at restoring the body to its normal state by greatly amplifying the body's inherent repair capabilities and recovering the function of damaged blood vessels and organs. Adipose-derived stem cells are collected from the patient's body, cultured and proliferated outside the body to a specified quantity, and then returned to the patient's body. Since the returned cells are the patient's own, this is a highly safe technology with a low risk of rejection or allergic reactions. It is expected to be effective for conditions such as chronic hepatitis, chronic kidney disease, allergic predisposition, immune system enhancement, liver dysfunction, chronic pain, diabetes, chronic fatigue, neurological disorders (Parkinson's disease/Alzheimer's disease), heart disease and vascular damage, tissue damage caused by diabetes, arthritis and fractures, spinal cord injuries, alopecia (scalp dermal papilla cells), and anti-aging.

Regenerative medicine is a medical field aimed at restoring the body to its normal state by greatly amplifying the body's inherent repair capabilities and recovering the function of damaged blood vessels and organs. Fat-derived stem cells are collected from the patient's body, cultured and proliferated outside the body to a specified quantity, and then returned to the original body. Since the returned cells are the patient's own, this is a highly safe technology with a low risk of rejection or allergic reactions. It holds potential for chronic hepatitis, chronic kidney disease, allergic predisposition, immune system enhancement, liver dysfunction, chronic pain, diabetes, chronic fatigue, neurological disorders (Parkinson's disease/Alzheimer's disease), heart disease and vascular damage, tissue damage from diabetes, arthritis and fractures, spinal cord injuries, alopecia (scalp dermal papilla cells), anti-aging, and more.

This is a cutting-edge IV therapy that directly delivers NAD+ (Nicotinamide Adenine Dinucleotide), a coenzyme that aids in cellular energy production and DNA repair, into the body. It is expected to help reduce chronic fatigue, improve concentration, and provide anti-aging effects. Benefits may include increased cellular energy metabolism, enhanced repair functions, fatigue recovery, support for cognitive function, and anti-aging.

This is an anti-aging care treatment that directly administers NMN (Nicotinamide Mononucleotide) into the body, enhancing cellular energy metabolism and activating sirtuin (longevity) genes. It is expected to provide anti-aging benefits, promote energy metabolism, improve sleep, enhance concentration, and prevent lifestyle-related diseases.

This is an anti-aging treatment that directly administers NMN (Nicotinamide Mononucleotide) into the body, enhancing cellular energy metabolism and activating sirtuin (longevity) genes. It is expected to provide anti-aging benefits, promote energy metabolism, improve sleep, enhance concentration, and prevent lifestyle-related diseases.

Regenerative medicine is a medical field aimed at restoring the body to its normal state by amplifying the body's innate repair capabilities and recovering the function of damaged blood vessels and organs. Fat-derived stem cells are collected from the patient's body, cultured and proliferated outside the body to a specified quantity, and then returned to the patient's body. Since the returned cells are the patient's own, this is a highly safe technology with a low risk of rejection or allergic reactions. It is expected to be effective for chronic hepatitis, chronic kidney disease, allergic predisposition, immune system enhancement, liver dysfunction, chronic pain, diabetes, chronic fatigue, neurological disorders (Parkinson's disease/Alzheimer's disease), heart disease and vascular damage, tissue damage from diabetes, arthritis and fractures, spinal cord injuries, alopecia (scalp dermal papilla cells), anti-aging, and more.

Antigen peptide therapy is an immunotherapy in which neoantigen peptides derived from cancer cell mutations are artificially synthesized, allowing the patient's immune cells to recognize these peptides and attack the cancer cells. It involves activating dendritic cells or killer T cells that present the antigen peptides outside the body to induce a cancer-specific immune response.

γδ T cell therapy is an immunotherapy that involves the large-scale cultivation of a special type of T cell (γδ T cells), which can immediately detect and attack abnormal or infected cells, and then reinfusing them into the patient. It is effective against cancers that are often resistant to other immunotherapies, has few side effects, and can be applied to a wide range of cancer types.

This is a treatment method where NK cells (Natural Killer cells) are extracted from the patient's own blood, cultured and activated, and then returned to the body via IV drip. This boosts immunity and directly attacks abnormal cells. It has few side effects, helps maintain QOL (Quality of Life), and is also useful for cancer prevention and preventing recurrence.