Exosomes DC-EX
Exosomes today represent a promising direction for the treatment, prevention, and rehabilitation of various diseases.
DC-EX exosomes have the therapeutic potential of mesenchymal stem cells, are easy to obtain, and can be stored for up to 2 years.
The fundamental basis for the therapeutic effects of DC-EX exosomes lies in their ability to transfer biological information—in the form of cytokines, peptides, and RNA—from stem cells to damaged cells.
DC-EX exosomes have theoretical advantages over intact MMSCs as a drug in the field of regenerative medicine.
DC-EX exosomes have the therapeutic potential of mesenchymal stem cells, are easy to obtain, and can be stored for up to 2 years.
The fundamental basis for the therapeutic effects of DC-EX exosomes lies in their ability to transfer biological information—in the form of cytokines, peptides, and RNA—from stem cells to damaged cells.
DC-EX exosomes have theoretical advantages over intact MMSCs as a drug in the field of regenerative medicine.
Content
Description of exosomes
Definition of exosomes. Functions, composition, and action of exosomes.
details Use of exosomes
details Comparison of exosomes and stem cells
details Advantages of Exosomes DC-EX
details Comparison of exosomes from bone marrow and umbilical cord MSCs
details Key components of exosomes DC-EX
details Types and packaging of exosomes DC-EX
details Neuro exosomes DC-EX-NS
Specialized exosomes for treating central nervous system pathologies, mental and emotional fatigue, insomnia, and cognitive disorders.
details Beauty exosomes DC-EX-BC
Pure, highly concentrated exosomes from bone marrow mesenchymal stem cells with increased content of growth factors and microRNA for regenerative cosmetology.
details Certificates
details Our company
details Treatment programs
details Ask a question
details
Number of patients
Number of patients
Total number of our patients using exosomes for treatment and prevention
(data as of December 2025)
Total number of our patients using exosomes for treatment and prevention
(data as of December 2025)
- 1824TOTAL
- 967Revitalization and treatment of diseases (intravenous)
- 857Orthopedics and Cosmetology (local injections)
Exosomes
Description of exosomes
Exosomes are microscopic extracellular vesicles secreted into the intercellular space by cells of various tissues. Exosomes contain signaling substances that "tell" neighboring cells what and when to do.
Exosomes derived from human mesenchymal stem cells from bone marrow are the active ingredient in DC-Ex.
Exosomes provide:
• Epigenetic reprogramming (activates reparative cycle signaling pathways). Thus, cells reorient themselves toward the process of restoring the microenvironment.
• Exosomes also affect regional progenitor cells, triggering a cascade of migration and recruitment of other cellular elements and their differentiation. Microcirculation and cellular immunity are restored in tissues. Undesirable inflammatory reactions are blocked.
Exosomes derived from human mesenchymal stem cells from bone marrow are the active ingredient in DC-Ex.
Exosomes provide:
• Epigenetic reprogramming (activates reparative cycle signaling pathways). Thus, cells reorient themselves toward the process of restoring the microenvironment.
• Exosomes also affect regional progenitor cells, triggering a cascade of migration and recruitment of other cellular elements and their differentiation. Microcirculation and cellular immunity are restored in tissues. Undesirable inflammatory reactions are blocked.
Exosomes consist of:
1. MicroRNA
2. Growth factors
3. Cytokines (signaling molecules)
4. Peptides
1. MicroRNA
2. Growth factors
3. Cytokines (signaling molecules)
4. Peptides
Exosome action:
1. Activation of regeneration
2. Reduction of inflammation, apoptosis (cell death), and fibrosis
3. Angiogenesis (growth of new capillaries)
4. Immunomodulation (stimulation or suppression)
1. Activation of regeneration
2. Reduction of inflammation, apoptosis (cell death), and fibrosis
3. Angiogenesis (growth of new capillaries)
4. Immunomodulation (stimulation or suppression)
Exosomes
Use of exosomes
1. Revitalization: increased performance; disease prevention; health maintenance; anti-aging therapy.
2. Treatment: diseases of the heart, lungs, brain and nervous system, liver, kidneys, autoimmune diseases, diabetes, infertility.
3. Orthopedics: joint and spine diseases, injuries.
4. Cosmetology: mesotherapy to slow down aging and promote healthy skin.
5. Urology: erectile dysfunction.
6. Dermatology: skin diseases.
7. Surgery: skin damage, burns, frostbite, purulent inflammation, etc.
8. Oncology
2. Treatment: diseases of the heart, lungs, brain and nervous system, liver, kidneys, autoimmune diseases, diabetes, infertility.
3. Orthopedics: joint and spine diseases, injuries.
4. Cosmetology: mesotherapy to slow down aging and promote healthy skin.
5. Urology: erectile dysfunction.
6. Dermatology: skin diseases.
7. Surgery: skin damage, burns, frostbite, purulent inflammation, etc.
8. Oncology
Exosomes
Comparison of exosomes with stem cells
The primary effect of donor stem cells is paracrine—that is, the expression of exosomes containing biologically active substances. Thus, donor stem cells exert their effects through exosomes. The use of exosomes from donor multipotent mesenchymal stem cells (MMSCs) can replace or complement the use of MMSCs.
In some cases, these effects have been clearly demonstrated to be as effective as the administration of whole-cell MMSCs. The fundamental basis for the therapeutic effects of exosomes lies in their ability to transfer biological information—in the form of proteins, glycoproteins, lipids, and ribonucleic acids—from stem cells to damaged cells.
Exosomes have theoretical advantages over intact MMSCs as a therapeutic agent and may in the future gain an advantage over whole cells in the field of regenerative medicine.
Exosomes are significantly less expensive than MMSCs. Unlike MMSCs, exosomes can be stored for a long time (up to 24 months).
In some cases, these effects have been clearly demonstrated to be as effective as the administration of whole-cell MMSCs. The fundamental basis for the therapeutic effects of exosomes lies in their ability to transfer biological information—in the form of proteins, glycoproteins, lipids, and ribonucleic acids—from stem cells to damaged cells.
Exosomes have theoretical advantages over intact MMSCs as a therapeutic agent and may in the future gain an advantage over whole cells in the field of regenerative medicine.
Exosomes are significantly less expensive than MMSCs. Unlike MMSCs, exosomes can be stored for a long time (up to 24 months).
Exosomes
Benefits of DC-EX exosomes
- These are "true" exosomes – they contain CD-9 and CD-63 markers.
- Ultra-high concentration of exosomes – up to 15 trillion per ml.
- Large exosome size: 120-150 nm.
- Homogeneity.
- Infection safety.
- Obtained from bone marrow mesenchymal stem cells, meaning they are safe (including for cancer) and highly effective.
- Natural regeneration and control mechanisms.
- High therapeutic activity.
- Long shelf life (up to 2 years).
Exosomes DC-EX -
CD-9 affiliation marker
CD-9 affiliation marker
CD9 is a standard exosome marker recognized internationally. Detection of CD9 confirms that these are genuine exosomes.
Clinical significance: There are products on the market that are sold as "exosomes," but are actually:
Clinical significance: There are products on the market that are sold as "exosomes," but are actually:
- conditioned medium
- cellular debris
- microparticles
- these are genuine extracellular vesicles
- they are not protein supernatants
- they are not an adulterated product
DC-EX exosomes are a marker of CD-63 affiliation.
CD63 is the second international exosome marker - detection of CD63 indicates compliance with standards.
Interpretation:
Interpretation:
- Only CD9 - possible impurities
- Only CD63 - possible low concentrations
- CD9 + CD63 - authentic, high-quality exosomes
- Authentic material
- Minimal impurities
- Low risk of inflammation
- High batch-to-batch stability
DC-EX Exosomes – Benefits of High Concentration
- Faster onset of anti-inflammatory effect
- Accelerated tissue repair
- Improved mitochondrial activity
- Simultaneous action on multiple symptoms (chronic inflammation, fatigue, nervous system, skin, liver, etc.)
The patient feels the effect even after a single treatment!
- Most products on the market contain only 10-50 billion exosomes per ml, which is orders of magnitude less.
- Changing the concentration directly impacts the clinical effect and patient satisfaction.
DC-EX Exosomes – The Benefits of Large Size
NanoSight Analysis (NTA)
The average size of DC-EX exosomes is 136.6 nm—closer to the upper limit (30–150 nm) and indicates a predominance of mature particles.
Advantages of mature particles:
The average size of DC-EX exosomes is 136.6 nm—closer to the upper limit (30–150 nm) and indicates a predominance of mature particles.
Advantages of mature particles:
- contain many growth factors, cytokines, and microRNAs
- better tissue repair
- pronounced anti-inflammatory effect
- high mitochondrial activity
DC-EX Exosomes – The Benefits of Homogeneity
Distribution: A single peak indicates minimal impurities.
If there were exosome contamination:
In a clinical setting, the following are important:
If there were exosome contamination:
- Several peaks
- Broad tail
- Size spread
- Highly concentrated
- Stable
- Homogeneous
In a clinical setting, the following are important:
- Concentration
- Quality
- Homogeneity
DC-EX Exosomes – Infection Safety
high level of infection safety
DC-EX exosomes -
comparison with umbilical cord exosomes
comparison with umbilical cord exosomes
Disadvantages of umbilical cord exosomes
- Increased OncomicroRNA
- Risk of tumor stimulation
- Immune hyperstimulation
- Quality variability
- Risks for umbilical cord exosome clinics
- Unpredictable results
- Exacerbation of chronic diseases
- Reputational risks
- Legal risks
- Better for chronic inflammation
- Safer for autoimmune conditions
- Suitable for anti-aging
- Stable results
- Natural mechanism – bone marrow-derived MSCs are programmed for regeneration and restoration. Accordingly, bone marrow-derived MSC exosomes are a natural regenerative mechanism created by nature. Adults lack umbilical cord MSCs.
- Bone marrow-derived MSC exosomes have a perfectly balanced microRNA ratio: tumor suppressor microRNA ~78%; oncomicroRNA ~22%. This means an ideal balance of suppressive and stimulatory oncomicroRNAs. OncomiRs are essential, but their excess is dangerous. Therefore, bone marrow-derived exosomes carry no oncological risk.
Main components of
exosomes DC-EX - Growth Factors
exosomes DC-EX - Growth Factors
DC-EX exosomes contain 60 growth factors (GFs). Key GFs and effects:
It's not "more is better"; it's the balance of GFs that matters. DC-ECGFs in exosomes are maximally balanced.
- IGF/EGF/PDGF → tissue repair
- VEGF → angiogenesis
- HGF → liver repair
- TGFβ → anti-inflammatory effect
- IL-10 → anti-inflammatory effect
- IL-1ra → immunoregulation
It's not "more is better"; it's the balance of GFs that matters. DC-ECGFs in exosomes are maximally balanced.
- Injections of individual growth factors provide an isolated, rapid, and short-term effect.
- Injections of DC-EX exosomes provide a combined, long-term effect.
Main components of
exosomes DC-EX – mRNA
exosomes DC-EX – mRNA
Key areas of microRNA action:
- Reproductive system
- Inflammatory and immune diseases
- Musculoskeletal system
- Cardiovascular system
- Nervous system
- Metabolism
- Skin and healing
- High microRNA content against aging
- Regulation of vascular inflammation
- Suppression of cytokine excess
- Safe oncoprofile (Tumor suppressor > OncomiR)
- Affects multiple systems
- High concentration and therapeutic value
- Tumor suppressor: ~78%
- OncomiR: ~22%
DC-EX Exosome Composition:
- Number of exosomes per ml: 5 to 15 trillion
- Exosome size: 50-60 nm
- Cytokines (signaling molecules)
- 64 growth factors
- Over 1000 microRNAs
Content of growth factors in DC-EX exosomes
Exosomes
Types and packaging of DC-EX exosomes:
- DC-Ex-V- 10 ml – for intravenous use (anti-aging therapy, disease treatment, performance support). Exosome concentration: 15 trillion/ml (150 trillion in vial).
- DC-Ex-L - 5 ml – for local injections (orthopedics, cosmetology, urology, surgery). Exosome concentration: 15 trillion/ml (75 trillion in vial).
- DC-Ex-U – lyophilized powder with exosomes for intravenous and local injections. Must be diluted with saline before administration. Exosome concentration: 20 trillion/vial.
- DC-Ex-N - 2 ml – drops for intranasal use (anti-aging therapy, disease treatment, performance support). Exosome concentration: 10 trillion/ml (20 trillion in vial)..
- DC-Ex-S – 10 ml – spray for external use (cosmetology, dermatology, surgery). Exosome concentration: 7.5 trillion in vial.
- DC-Ex-G – 15 ml – gel – for external use (dermatology, orthopedics, surgery). Exosome concentration: 7.5 trillion in vial.
EXOSOMES
Neuroexosomes DC-EX-NS
Pure, highly concentrated exosomes derived from bone marrow MSCs, enriched with neurotrophic growth factors and microRNAs.
GROWTH FACTORS
The following growth factors are considered the most important for the regeneration of the nervous system (brain, spinal cord, and peripheral nerves). They can be divided into several groups.
Neurotrophic factors (major)
1-NGF (Nerve Growth Factor)
IGF-1 (Insulin-like Growth Factor-1)
A crucial factor in nervous system recovery. Effects:
VEGF (Vascular Endothelial Growth Factor)
In addition to blood vessel formation:
FGF-2 (Basic Fibroblast Growth Factor, bFGF)
EGF (Epidermal Growth Factor)
1-GDNF (Glial Cell Line-Derived Neurotrophic Factor)
One of the most potent neuroprotectors.
Particularly important for:
Despite its name:
MicroRNAs (miRNAs) play a key role in nervous system repair by regulating the expression of hundreds of genes associated with neurogenesis, axon growth, remyelination, inflammation, and neuronal survival. They are being studied particularly intensively within the context of mesenchymal stem cell (MSC) exosomes.
The most extensively studied microRNAs are listed below.
Which microRNAs are considered the most important?
Based on the volume of experimental data and potential therapeutic significance, the following list can be identified:
1. miR-124 — neurogenesis and anti-inflammatory effect.
2. miR-133b — axon growth and neuroplasticity.
3. miR-21 — neuronal protection and regeneration.
4. miR-17-92 — axon and neuron repair.
5. miR-219 — remyelination.
6. miR-146a — inflammation control.
7. miR-132 — formation of new synapses.
8. miR-338 — myelin repair.
9. miR-26a — peripheral nerve regeneration.
10. miR-210 — angiogenesis and recovery from ischemia.
Many studies indicate that the therapeutic effect of exosomes is driven not by a single microRNA, but by a combination of them. A complex comprising miR-124, miR-133b, miR-21, miR-17-92, miR-146a, miR-219, and miR-338 is considered the most promising, as together they influence key processes of nervous tissue repair: reducing inflammation, protecting neurons, stimulating axon growth, enhancing neuroplasticity, and promoting remyelination.
DC-EX-NS neuroexosomes are engineered with an elevated concentration of neurotrophic growth factors (BDNF, NGF, GDNF, IGF-1, NT-3, FGF-2, VEGF, CNTF, HGF, EGF, PDGF, TGF-β) and microRNAs (miR-124, miR-133b, miR-21, miR-17-92, miR-146a, miR-219, and miR-338).
GROWTH FACTORS
The following growth factors are considered the most important for the regeneration of the nervous system (brain, spinal cord, and peripheral nerves). They can be divided into several groups.
Neurotrophic factors (major)
1-NGF (Nerve Growth Factor)
- One of the first neurotrophins to be discovered.
- Supports neuronal survival.
- Stimulates axon growth.
- Particularly important for sensory and sympathetic neurons.
- One of the most important factors in CNS recovery.
- Improves neuronal survival.
- Enhances neuroplasticity.
- Promotes the formation of new synapses.
- Improves memory and learning.
- Stimulates peripheral nerve regeneration.
- Participates in spinal cord repair.
- Supports myelination.
- Supports motor neurons.
- Promotes the repair of nerve tissue following injury.
IGF-1 (Insulin-like Growth Factor-1)
A crucial factor in nervous system recovery. Effects:
- prevents neuronal death;
- stimulates axon growth;
- accelerates remyelination;
- improves recovery after stroke;
- promotes neurogenesis.
VEGF (Vascular Endothelial Growth Factor)
In addition to blood vessel formation:
- it protects neurons;
- stimulates axon growth;
- improves blood supply to damaged tissue;
- promotes recovery after stroke and spinal cord injury.
FGF-2 (Basic Fibroblast Growth Factor, bFGF)
- stimulates the proliferation of neural stem cells;
- promotes neurogenesis;
- reduces neuronal death;
- participates in recovery following brain injury.
EGF (Epidermal Growth Factor)
- activates neural stem cells;
- stimulates the formation of new neurons;
- promotes the repair of brain tissue.
1-GDNF (Glial Cell Line-Derived Neurotrophic Factor)
One of the most potent neuroprotectors.
Particularly important for:
- dopaminergic neurons;
- motor neurons;
- peripheral nerves.
- Parkinson's disease;
- ALS;
- spinal cord injuries.
- supports motor neurons;
- stimulates peripheral nerve regeneration;
- reduces neuronal degeneration.
Despite its name:
- it exhibits a pronounced neuroprotective effect;
- reduces inflammation;
- stimulates axon growth;
- promotes recovery following cerebral ischemia.
- participates in glial repair;
- promotes remyelination;
- stimulates vascular regeneration.
- regulates inflammation;
- reduces secondary damage to nerve tissue;
- participates in healing.
MicroRNAs (miRNAs) play a key role in nervous system repair by regulating the expression of hundreds of genes associated with neurogenesis, axon growth, remyelination, inflammation, and neuronal survival. They are being studied particularly intensively within the context of mesenchymal stem cell (MSC) exosomes.
The most extensively studied microRNAs are listed below.
MicroRNAs | Key effects |
miR-124 | Stimulates neuronal differentiation, reduces neuroinflammation, promotes recovery after stroke and spinal cord injury. |
miR-133b | One of the best-known regulators of axon growth and neuroplasticity; it enhances recovery after stroke. |
miR-21 | Protects neurons from apoptosis, reduces inflammation, and promotes axon regeneration. |
miR-17-92 (кластер) | Enhances neurogenesis, axon growth, and functional recovery. |
miR-26a | Stimulates peripheral nerve regeneration and axon growth. |
miR-146a | It suppresses microglial inflammatory responses and promotes neuroprotection. |
miR-132 | It participates in synapse formation, dendrite growth, and neuroplasticity. |
miR-9 | It regulates neuronal development and the formation of new nerve cells. |
miR-219 | One of the key regulators of oligodendrocyte maturation and remyelination. |
miR-338 | Promotes the restoration of myelin and oligodendrocyte function. |
miR-210 | Enhances angiogenesis and improves the recovery of brain tissue following ischemia. |
miR-181c | It may reduce post-stroke damage through an anti-inflammatory effect (the role depends on the context). |
miR-29b | Reduces fibrosis and supports neuronal survival and tissue repair. |
miR-30d | It exhibits a neuroprotective effect and reduces apoptosis. |
miR-125b | It participates in neuronal maturation; however, its overexpression can have adverse effects, so its action depends on the level and conditions. |
Which microRNAs are considered the most important?
Based on the volume of experimental data and potential therapeutic significance, the following list can be identified:
1. miR-124 — neurogenesis and anti-inflammatory effect.
2. miR-133b — axon growth and neuroplasticity.
3. miR-21 — neuronal protection and regeneration.
4. miR-17-92 — axon and neuron repair.
5. miR-219 — remyelination.
6. miR-146a — inflammation control.
7. miR-132 — formation of new synapses.
8. miR-338 — myelin repair.
9. miR-26a — peripheral nerve regeneration.
10. miR-210 — angiogenesis and recovery from ischemia.
Many studies indicate that the therapeutic effect of exosomes is driven not by a single microRNA, but by a combination of them. A complex comprising miR-124, miR-133b, miR-21, miR-17-92, miR-146a, miR-219, and miR-338 is considered the most promising, as together they influence key processes of nervous tissue repair: reducing inflammation, protecting neurons, stimulating axon growth, enhancing neuroplasticity, and promoting remyelination.
DC-EX-NS neuroexosomes are engineered with an elevated concentration of neurotrophic growth factors (BDNF, NGF, GDNF, IGF-1, NT-3, FGF-2, VEGF, CNTF, HGF, EGF, PDGF, TGF-β) and microRNAs (miR-124, miR-133b, miR-21, miR-17-92, miR-146a, miR-219, and miR-338).
Exosomes
Beauty Exosomes DC-EX-BC
Pure, highly concentrated exosomes from bone marrow mesenchymal stem cells with increased content of growth factors and microRNA for regenerative cosmetology.
GROWTH FACTORS
In regenerative cosmetology, anti-aging products containing specialized growth factors can improve skin texture, reduce fine lines, enhance elasticity, and diminish pigmentation. It is not a single factor but rather a combination that is considered most important for regenerative cosmetology:
Micro-RNA
For regenerative cosmetology and anti-aging applications, a combination of miRNAs influencing the ECM, inflammation, and cellular senescence is of interest.
DC-EX-BC
It has a targeted biological profile, rather than simply aiming for the maximum concentration of individual molecules:
Growth factors:
FGF-2, EGF, KGF/FGF-7, HGF, IGF-1, PDGF-BB, along with controlled levels of VEGF and, in particular, TGF-β. EGF is supported by a substantial body of evidence regarding epithelial repair and aesthetic dermatology.
miRNA:
miR-29b-3p, miR-29a-3p, miR-146a-5p, miR-126-3p, miR-1246, miR-21-5p, miR-210-3p, and miR-130b-5p serve as regulated components of the natural exosomal cargo.
This profile simultaneously affects fibroblasts, collagen/elastin, the ECM, epidermal turnover, inflammation/photodamage, and microcirculation. This aligns with the primary mechanisms currently used to explain the effects of EVs/exosomes on skin rejuvenation.
DC-EX-BC exosomes increase collagen and elastin synthesis, reduce MMPs (matrix metalloproteinases) and oxidative stress, diminish wrinkles, and improve skin elasticity and hydration.
GROWTH FACTORS
In regenerative cosmetology, anti-aging products containing specialized growth factors can improve skin texture, reduce fine lines, enhance elasticity, and diminish pigmentation. It is not a single factor but rather a combination that is considered most important for regenerative cosmetology:
GROWTH FACTORS | The primary task regarding the skin |
EGF | proliferation and migration of keratinocytes, epithelization |
FGF-2 (bFGF) | fibroblast activation, dermal regeneration |
KGF / FGF-7 | epidermal regeneration, keratinocytes |
PDGF-AA/BB | fibroblasts, ECM remodeling, healing |
IGF-1 | cell survival, matrix synthesis, regeneration |
HGF | regeneration, cell migration, anti-inflammatory effect |
VEGF-A | angiogenesis and microcirculation |
TGF-β3 | ECM remodeling and repair |
TGF-β1 | collagen synthesis |
Micro-RNA
For regenerative cosmetology and anti-aging applications, a combination of miRNAs influencing the ECM, inflammation, and cellular senescence is of interest.
miRNA | Interest |
miR-29b-3p | Photoaging, ECM, collagen remodeling |
miR-29a-3p | ECM and fibrosis |
miR-146a-5p | Inflammation, cellular senescence, collagen homeostasis |
miR-126-3p | Angiogenesis and microcirculation |
miR-126-5p | Endothelial function |
miR-21-5p | Repair, cell migration |
miR-1246 | UVB/photoaging, collagen, anti-inflammatory activity |
miR-125b-5p | Aging/differentiation |
miR-130a/b | Angiogenesis and repair |
miR-135a | ECM/fibroblast regulation |
miR-181a | Inflammation and Aging |
miR-210-3p | Hypoxia, angiogenesis, regeneration |
miR-27a/b | Repair/angiogenic pathways |
miR-31-5p | Migration and proliferation of keratinocytes |
miR-221/222 | Proliferation and vascular signaling |
DC-EX-BC
It has a targeted biological profile, rather than simply aiming for the maximum concentration of individual molecules:
Growth factors:
FGF-2, EGF, KGF/FGF-7, HGF, IGF-1, PDGF-BB, along with controlled levels of VEGF and, in particular, TGF-β. EGF is supported by a substantial body of evidence regarding epithelial repair and aesthetic dermatology.
miRNA:
miR-29b-3p, miR-29a-3p, miR-146a-5p, miR-126-3p, miR-1246, miR-21-5p, miR-210-3p, and miR-130b-5p serve as regulated components of the natural exosomal cargo.
This profile simultaneously affects fibroblasts, collagen/elastin, the ECM, epidermal turnover, inflammation/photodamage, and microcirculation. This aligns with the primary mechanisms currently used to explain the effects of EVs/exosomes on skin rejuvenation.
DC-EX-BC exosomes increase collagen and elastin synthesis, reduce MMPs (matrix metalloproteinases) and oxidative stress, diminish wrinkles, and improve skin elasticity and hydration.
Exosomes
Certificates:
DOKAR VITA CELLS COMPANY
About company
Dokar Vita Cells — an international company whose main activities are:
1. Organization and oversight of the production of cellular products (allogeneic multipotent mesenchymal stem cells from bone marrow (BM-MMSCs), DC-Ex exosomes, NK cells, oncolytic viruses, etc.) in our own and partner laboratories.
2. Organization of treatment with cellular products (BM-MMSCs, exosomes, NK cells, oncolytic viruses) in partner clinics in Russia, Europe, Thailand, and Vietnam.
3. Organization of training for physicians in cellular technologies.
1. Organization and oversight of the production of cellular products (allogeneic multipotent mesenchymal stem cells from bone marrow (BM-MMSCs), DC-Ex exosomes, NK cells, oncolytic viruses, etc.) in our own and partner laboratories.
2. Organization of treatment with cellular products (BM-MMSCs, exosomes, NK cells, oncolytic viruses) in partner clinics in Russia, Europe, Thailand, and Vietnam.
3. Organization of training for physicians in cellular technologies.
DOKAR VITA CELLS COMPANY
LAB-1
Closed research laboratory of cellular technologies.
• Production of cell cultures from human bone marrow and umbilical cord blood
• Production of allogeneic NK cells
• Research activities
• Experimental activities
• Production of cell cultures from human bone marrow and umbilical cord blood
• Production of allogeneic NK cells
• Research activities
• Experimental activities
DOKAR VITA CELLS COMPANY
LAB-3
Private research laboratory of cellular technologies.
•Production of cell cultures from bone marrow
•Research activities
•Experimental activities
•Production of cell cultures from bone marrow
•Research activities
•Experimental activities
DOKAR VITA CELLS COMPANY
Exosome production
There are three main methods for producing exosomes:
- Differential ultracentrifugation (DUC)
- Density gradient ultracentrifugation
- Ultrafiltration
We use our own ultrafiltration method.
During the MMSC cultivation process, exosomes are isolated into a nutrient medium. After MMSC isolation, a solution containing exosomes (supernatant) remains in the cultivation chamber.
The supernatant is then filtered and concentrated (5 or 10 times), and packaged.
DOKAR Laboratory has developed its own exosome production technology—triple filtration and concentration.
We use 0.22 and 0.45 µm filters and dialysis cartridges.
We have created our own exosome concentration system.
Use of exosomes
Treatment programs with exosomes
Program 1 - REVITALIZATION
The revitalization program is used to improve performance, prevent disease, support health and well-being, and for anti-aging therapy. Exosomes are administered intravenously.
Order or ask a question Program 2 - TREATMENT
The program is used to treat most diseases of the heart, lungs, liver, kidneys, central and peripheral nervous system, diabetes, autoimmune diseases, etc. A course of intravenous exosome administration is administered.
Order or ask a question Program 3 - ORTHOPEDICS
The program is used to treat diseases and injuries of the joints and spine. It involves local administration of exosomes and taping.
Order or ask a question Program 4 - COSMETOLOGY
The program is used for mesotherapy (facial injections) to reduce and prevent signs of facial aging. Localized exosome injections and taping are performed.
Order or ask a question Program 5 - UROLOGY
The program is used to treat erectile dysfunction and pelvic pain. It involves local administration of exosomes.
Order or ask a question Program 6 - DERMATOLOGY
The program is used to treat skin diseases and injuries. It is performed using exosome solutions.
Order or ask a question Program 7 - SURGERY
The program is used to accelerate recovery after surgery. It utilizes intravenous infusion and local applications of an exosome solution.
Order or ask a question Program 8 - SPORT
The program is used to increase endurance and accelerate recovery after training, competitions, and injuries. It utilizes intravenous infusions and local injections of the exosome preparations DC-EX-V and DC-EX-L.
Order or ask a question Your question
Just write your question and we will answer as soon as possible.
DC-EX ORDER
To order DC-EX exosomal products, please text us to email: dokartest@gmail.com
Text to us
dokartest@gmail.com
