Live Extracted Stemcell Culture
EXORA
Passage 5 (P5) decapsulated stem cell biological signaling ultrafiltrate, completely cell-free (0% living cells). Controlled release of 3,137 intracellular proteins and pure exosomes, awakening the body's natural self-repair and regeneration potential.
生体シグナルを活性化し、身体本来の再生力を引き出す
Exclusive technology transfer from Advanced Medical Gateway (AMG Tokyo, Japan).
Biological Signaling — "The Messenger"
Activating Endogenous Cells
For many years, stem cell therapy has opened new frontiers for regenerative medicine. However, modern research proves that the regenerative efficacy of stem cells stems primarily from thousands of intracellular signaling molecules rather than whole cell transplantation. These molecules act as biological 'messengers', transmitting signals that help the body recognize injured areas, regulate inflammation, and trigger natural self-repair mechanisms.
The Human Body Inherently Knows How to Heal
Every day, billions of cells in our body are renewed. When tissue is damaged or aged, the body naturally initiates repair cascades guided by biological signals.
The molecules in LIVE EXTRACTED STEMCELL CULTURE serve as a comprehensive "repair instruction manual" delivered directly to existing healthy cells.
Precise Target Recognition
Microscopic signaling molecules reach target tissues, pinpointing exact regions of damage or cellular senescence in need of repair.
Suppressing Excessive Inflammation
Modulates immune response, blocks destructive cytokine storms, and quenches chronic micro-inflammation that degrades tissue integrity.
Stimulating Natural Regeneration
Awakens endogenous somatic and stem cell pools, upregulating collagen, elastin synthesis and restoring the extracellular matrix (ECM).
Sustaining a Healthy Cell Microenvironment
Re-establishes redox balance, shielding essential intracellular proteins, lipids, and membranes from oxidative damage over time.
Intracellular Bioactive Extraction
Rather than transplanting living cells, EXORA captures the treasure trove of bioactive signals generated inside stem cells during cultivation.
Proprietary Mechanochemical Process
Employs controlled micro-pressure differentials (mechanochemical activation) to gently release intact 3D peptide cascades without chemical denaturants.
0% Living Cells — Absolute Safety
Final solution is completely cell-free and membrane-free, eliminating oncogenic mutations, viral transmissions, and immune rejection.
Passage 5 (P5) Selection & Controlled Release Technology
EXORA's distinction lies in proprietary stem cell decapsulation and closed-loop nano-ultrafiltration, eliminating 100% of living cells to harvest the purest molecular signaling cascade.
MSC Stem Cell Cultivation
Mesenchymal stem cells cultivated under stringent control in Animal Origin-Free (AOF) media, preventing all xeno-pathogen transmission.
Technical Specifications
Why Passage 5 (P5)?
Cells at Passage 5 achieve the pinnacle of genomic stability, enzymatic vigor, and signaling density before entering cellular senescence naturally occurring from P6 onward.
Mechanochemical Membrane Cleavage & Nano-filtration
Rather than harsh chemical lysis that denatures proteins, EXORA uses controlled physical pressure differentials to liberate native peptides, coupled with TFF nano-filtration.
Comparison: Live Stem Cells vs Conditioned Media vs EXORA
The core distinction: EXORA captures the rich, intracellular signaling treasure trove of Passage 5 cells, far outperforming live cell transplants and dilute conditioned media.
| Evaluation Criteria | Live Stem Cell Therapy (Live MSCs) | Conditioned Media (Secretome) | EXORA (Live Extracted P5) |
|---|---|---|---|
| Biological Origin | Contains living intact cells | Extracellular liquid secreted into culture media | Intracellular bioactives inside Passage 5 stem cells |
| Extraction Technology | Centrifugation & cryogenic freezing | Standard liquid filtration | Proprietary mechanochemical activation & micro-pressure |
| Living Cell Residue | 100% living cells (Risk of uncontrolled proliferation) | Free of living cells | 0% Living Cells (Membrane and nuclei removed) |
| Protein Diversity & Count | Hard to quantify active fraction | Only ordinary secreted extracellular proteins | 3,137 verified intracellular proteins & factors |
| Purity & Culture Additives | Complex, unstable media remnants | Prone to culture additives and metabolic waste | 100% pure intracellular filtrate, zero toxic additives |
| Genetic Mutation & Tumor Risk | Risk of teratoma or mutation during in-vivo division | Low | 0% Risk (Complete elimination of genetic & viral risk) |
| Graft Rejection Risk | High with allogeneic (donor) cells | Low | Zero graft rejection risk (Absolute biocompatibility) |
| Storage & Clinical Convenience | Mandatory liquid nitrogen (-196°C) cryogenic logistics | Cold storage, short shelf life | Long-term ambient stability, simple protocol, non-invasive |
Reservoir of 3,137 Proteins, Exosomes & Alarmin System
Technical analysis validates that LIVE EXTRACTED STEMCELL CULTURE focuses on the intracellular signaling system isolated from Passage 5 (P5) stem cells via mechanochemical cleavage, filtration, and high-purity isolation. Its unique value lies in the broad biological spectrum and multi-tiered synergy.
Diverse Proteomic System — The Bedrock of Biological Signaling
Comprehensive 3,137 Proteins
Full proteomic mapping identified 3,137 precious intracellular proteins governing cellular communication, tissue remodeling, and immune homeostasis.
Angiogenesis Regulatory Group
Includes vascular growth factors triggering neo-capillary formation, ensuring oxygen and nutrient revascularization to damaged tissues.
Anti-Inflammatory Modulation Group
Specialized protein cascades modulating inflammatory responses toward microenvironment equilibrium, halting chronic destructive tissue breakdown.
Alarmin — Early Warning & Repair Triggering Signals
Molecules directly interacting with the immune system to recruit and mobilize endogenous mesenchymal stem cells toward injured tissues.
Circulating HMGB1 elevates post-absorption, acting as a molecular beacon to recruit endogenous mesenchymal stem cells directly to repair sites.
A key early-alarm cytokine notifying surrounding tissue of micro-injury and initiating primary tissue defense mechanisms.
Signaling factor within the alarmin family documented to stimulate and awaken quiescent stem cell reserves.
Essential calcium-binding protein family regulating intracellular signal transduction during structural cellular distress.
Molecular chaperones safeguarding polypeptide chains and cellular integrity against thermal and biological stress.
Co-regulatory factor operating alongside alarmins to amplify regenerative mobilization signals.
Exosomes & microRNA
Nano-sized extracellular vesicles carrying biochemical information, microRNAs, and gene-regulatory factors. Exosomes coordinate seamlessly with the proteomic library for synergistic multi-tiered repair.
Inflammation Regulation & Regnase-1
Comprises anti-inflammatory cytokine regulators: IL-10, TGF-β, IL-22, IL-37, and IL-38.
Highlighting Regnase-1 — a specialized endoribonuclease that degrades inflammatory mRNA, extinguishing runaway cytokine cascade reactions.
Glutathione (GSH) Redox Balance
Essential endogenous antioxidant neutralizing reactive oxygen species (ROS), shielding membranes and proteins from oxidative stress to preserve cellular homeostasis.
Designed for Proactive Health Optimization
The future of medicine focuses not merely on treating disease after onset, but on bolstering the body's innate self-repair potential from an early stage via advanced molecular biology.
Sustaining Longevity & Vitality
Preserves cellular vigor and elevates overall quality of life over decades.
Enhancing Self-Healing Capacity
Bolsters intercellular communication and recruits internal tissue-repair cascades.
Rejuvenating Endogenous Stem Cells
Reinvigorates somatic cell lines and preserves native stem cell pools.
Restoring Self-Replication in Seniors
Prolongs stem cell youthfulness and specifically restores self-replication capacity in aging populations.
Post-Stress & Anti-Fatigue Recovery
Accelerates recovery from physical exhaustion, oxidative stress, and chronic burnout.
Accessing Modern Regenerative Medicine
Premium biological innovation, 100% cell-free, fully non-invasive, and risk-free.
Cross-Specialty Regenerative Applications
Owing to its complete cell-free safety profile and potent paracrine signaling activity, EXORA unlocks extensive clinical applications across regenerative disciplines and healthy aging.
Musculoskeletal & Articular Cartilage
Activates chondrocytes, enhances synovial lubrication, and inhibits cartilage-degrading matrix metalloproteinases (MMPs).
Dermal Rejuvenation & Hair Follicles
Stimulates fibroblast proliferation, replenishes collagen I & III matrices, and prompts dormant hair follicles into the active anagen phase.
Neurology & Cognitive Health
Provides neuroprotective signaling, quenches microglial neuro-inflammation, and upregulates brain-derived neurotrophic factor (BDNF).
Cardiovascular & Microvascular Health
Restores endothelial elasticity, shields microvascular beds, and promotes neo-angiogenesis in ischemic tissue regions.
Metabolic & Hepatic Support
Assists hepatocyte self-repair, normalizes liver transaminases, and improves insulin sensitivity in cellular metabolic conditions.
Active Longevity & Cellular Rejuvenation
Drives cellular detoxification, safeguards chromosomal telomeres, and maintains sustained physiological vitality.
Technology Transfer from Advanced Medical Gateway (AMG Tokyo)
On August 20, 2026, in Tokyo, Japan, BIO ISC Joint Stock Company and Advanced Medical Gateway (AMG - 株式会社アドバンスト・メディカル・ゲートウェイ) successfully hosted the Strategic Cooperation Agreement Ceremony. BIO ISC was officially conferred the Certificate of Special Representative for the Vietnam Market, receiving exclusive transfer of regenerative stem cell processes and Japanese patents.
Japanese Patent: 幹細胞生搾り
Exclusive fresh extraction technology, preserving 3,137 intracellular proteins and exosomes.
Special Representative Certificate
Conferred in Tokyo on August 20, 2026, granting exclusive Vietnam distribution rights.
biofoundry.jp Micro-Validation
Cellular validation of Passage 5 (P5) cells via smart Japanese laboratory systems.
CPC Grade A Cleanroom Operations
Multi-layer CellSTACK culture arrays in sealed, sterile laminar environments.
Tokyo Signing Ceremony & Japanese Patent Gallery
Official AMG - BIO ISC Tokyo Signing Backdrop
Official ceremony marking the technology transfer alliance between Advanced Medical Gateway (AMG) and BIO ISC in Tokyo.
Cooperation Agreement Signing Ceremony (August 20, 2026, Tokyo, Japan)
Japan Patent Certificate (特許証)
Official patent issued by the Japan Patent Office (JPO) to partner AMG (Tokyo), certifying exclusive ownership of EXORA's foundation technology.
Japan Patent No. 7873912 (特許第7873912号) — AMG
Executive Round-table & Technology Transfer Protocol
Leadership teams finalizing quality standards across cultivation, pressure decapsulation, and aseptic bottling.
Consensus on technical specifications and intellectual property rights
Signing Legal Agreements & Distribution Protocols
Legal instruments ratified under the observation of international medical and regulatory specialists.
Finalizing commercial representation protocols for the Vietnamese territory
Conferral of Special Representative Certificate
AMG Tokyo leadership officially presenting the Special Representative Certificate to BIO ISC, formalizing exclusive Vietnam rights for EXORA.
Certificate: Special Representative in Vietnam Market — AMG Tokyo & BIO ISC
Passage 5 Cellular Verification on biofoundry.jp
Japanese specialists validating optimal fibroblast morphology and energetic parameters of Passage 5 (P5) cells.
Tokyo biofoundry analytical platform and morphological profiling
High-Magnification Micrograph of Passage 5 Stem Cells
P5 cells achieving biological peak without telomere shortening, serving as the pristine raw source for EXORA ultrafiltrate.
100% morphological uniformity and peak signaling readiness
Mechanochemical Membrane Cleavage Protocol
Physical pressure mechanism disassembling lipid membranes to liberate 3,137 intracellular proteins and intact exosomes.
Aseptic extraction without solvents or chemical additives
CellSTACK Multi-Layer Culture Operations
Technicians in sterile cleanroom attire handling multi-layer culture stacks, guaranteeing uniform density and zero contamination.
Aseptic CPC Class 100 cleanroom manufacturing
Collaborate & Distribute EXORA
We welcome hospitals, clinics, research institutes, and medical distributors to explore clinical application, co-research, and portfolio distribution.