Advanced Regenerative Medicine (Stem Cell Therapy)

Why trust us for
stem cell therapy?

Get trusted answers from Saeron Clinic, an MOHW-
designated Advanced Regenerative Medicine Institution.

Before you explore this page, we kindly invite you to take a moment
to read Dr. Yongmin Joo’s treatment philosophy.
It offers insight into the values that guide Saeron Clinic.

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Real Results:
Stem Cell Cases
at Saeron Clinic

View Case Studies

To those searching across the country
for stem cell clinics you can trust—
here’s our honest take on what works, what doesn’t,
and what you should know.

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Why Choose Saeron
for Stem Cell Therapy?

  • Certified by the Ministry of Health and Welfare

    Officially designated as an Advanced Regenerative Medicine Institution

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  • Multiple Methods & Combination
    Therapies Available

    PRP, BMAC, SVF, microfat, and mSVF—all tailored to your needs

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  • Safe Anesthesia by a 15-Year
    Emergency Medicine Specialist

    Local, gas, or sleep sedation—administered by Dr. Joo himself

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  • Antioxidant IV Therapy

    Delivers essential nutrients for regeneration and reduces oxidative stress

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  • Monitoring Cellular Function,
    Not Just Lab Values

    We assess both your baseline health and cellular function through advanced blood and functional medicine testing

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Our Areas of Expertise in Stem Cell Therapy

Primary
Stem Cell Sources

Blood (CD34+ PRP)

We extract a small amount of blood and concentrate it through centrifugation and activation to isolate platelets and growth factors. These bioactive signals help reduce inflammation, regenerate skin, support hair follicles, and aid in cartilage repair. While sometimes called “blood-derived stem cell therapy,” it relies not on stem cells but on your platelets’ natural regenerative signals.

Bone Marrow (BMAC)

Collected from the iliac crest (hip bone), bone marrow contains a high concentration of mesenchymal stem cells and regenerative molecules.
BMAC has shown promising results in inflammation control, tissue repair, and immune regulation. It’s also being studied globally in advanced conditions like ALS.

Adipose Fat Tissue (SVF)

Fat tissue—usually taken from the abdomen, hips, or thighs—is rich in mesenchymal stem cells and stromal vascular fraction (SVF).
These cells are highly regenerative and remain effective even in older patients, making fat a reliable source for tissue repair and immune support.

Microfat (microFAT)

Some harvested fat is processed into microfat, which can be reinjected to release growth factors over time.
Microfat also provides an ECM scaffold that supports stem cell activity. It adds natural volume in facial treatments and helps stabilize the scalp in hair loss therapy by delivering hair-supporting signals.

IV Therapy Process

  1. STEP 01. Initial Consultation
    & Evaluation

    Medical history review and treatment goal discussion

  2. STEP 02. Treatment Selection

    Choose cell source: blood,
    bone marrow, or adipose tissue

  3. STEP 03. Anesthesia Planning

    Select from local anesthesia,
    nitrous oxide, or conscious sedation

  4. STEP 04. Cell Extraction
    & Activation

    Harvest, concentrate, and activate stem cells

  5. STEP 05. IV Administration

    Administer cells via intravenous injection

  6. STEP 06. Post-Treatment Care

    Supportive IV therapy and follow-up monitoring

Stem Cell Equipment & Facility Overview

  • Procedure & Surgical Suite

    A procedure room built to surgical standards, optimized for harvesting autologous cells.

  • Cell Separation Room

    A contamination-controlled environment for
    high-purity stem cell isolation.

  • Clean Bench

    Used for sterile separation of stem cells and other cellular components.

  • Automated Temperature Monitor

    Continuously tracks refrigeration temperatures; alerts staff if levels go out of range to ensure safe cell storage.

  • Medical Refrigerators & Freezers

    Designed for safe storage of human-derived cells and biological materials.

  • Fan Filter Unit (FFU)

    Regulates air quality, temperature, and humidity to prevent contamination in procedural spaces.

  • Incubator (Shaking Type)

    Used for effective separation of SVF and stem cells from adipose tissue.

  • Centrifuge (Blood/Bone Marrow)

    Processes PRP and BMAC from blood and bone marrow via high-speed concentration.

  • Centrifuge (Fat Tissue)

    Isolates SVF from harvested fat through refined centrifugation.

  • SmartM-Cell 2, 4

    Automated systems for extracting CD34+ PRP and BMAC from blood and bone marrow.

  • X-ray Suite

    Used for baseline imaging (chest, abdomen, pelvis, knee) prior to stem cell therapy.

  • Patient Monitoring System

    Monitors ECG, oxygen saturation, and respiration during sedation.

  • Infusion Pump

    Delivers precise and continuous administration of injectable treatments.

  • GE Ultrasound

    Guides stem cell joint injections and fat harvesting; also used for diagnostic imaging.

  • Airway Intubation Device

    Supports emergency airway management, oxygen delivery, and mechanical ventilation.

  • Recovery Room

    Equipped with blood pressure and ECG monitoring for post-treatment recovery.

  • LDM

    Used for skin regeneration after facial stem cell injections and other aesthetic procedures.

  • SmartLux

    Low-level laser therapy device that enhances recovery after skin or hair-related stem cell treatments.

  •  Nitrous Oxide Sedation Machine

    Provides laughing gas sedation using N₂O for patient comfort during procedures.

  • CO₂ Incubator

    Maintains a sterile environment with precise temperature and CO₂ control for safe cell and stem cell culture.

  • Deep Freezer

    Stores cells, tissues, and samples at –80°C for long-term preservation.

  • LN₂ Tank, Liquid Nitrogen Storage

    Uses –196°C liquid nitrogen to preserve stem cells and tissues for long-term or semi-permanent storage.

  • Refrigerated Centrifuge

    Separates cell and tissue components at high speed while keeping samples cool and stable.

  • Water Bath

    Provides uniform heating for thawing frozen cells or maintaining set temperatures during experiments.

  • Inverted Microscope

    Designed to observe cultured cells in flasks or dishes; essential for morphology checks and quality control.

Who May Not Be Suitable for Regenerative Injections

While stem cell therapy can benefit many patients,
they may not be appropriate in the following cases:

  • Patients with active or unresolved cancer or tumors
  • Conditions that require standard treatment first
    (e.g., appendicitis requires surgery; gastric ulcers require endoscopic treatment)
  • Individuals with poorly controlled diabetes or infections,
    or those unable to manage these conditions
  • When other underlying health issues must be addressed first,
    or when surgery is medically indicated
  • Any situation where our medical team determines that
    regenerative therapy is not clinically appropriate

Types of stem cell therapy

Considering treatment at
Saeron Clinic?

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