Cell Tissue Technology
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​THE POWER OF STEM CELLS

WHAT ARE CELLS

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Cells are the bricks, the building blocks – foundations of all living organisms. All of our organs are made up of millions of cells working together, each with a specific function. These interactions create a functional organization for the whole organism, creating a living being. Any interruptions in this organization are what cause diseases and disorders in our body and this can be accounted to one thing – the failure of cells to function properly.
 
To overcome this problem, our cells undergo self-renewal and proliferation. Normally, our cells will start to have defects as their cellular age progresses. Hence, the cells will renew themselves by having the old cells go through cell death and new cells will be regenerated by their neighboring cells. This is for the case of old and damaged cells. For another example regarding injuries, consider a simple cut on the skin. To heal the wound, the damaged cells will undergo programmed cell death and the neighboring skin cells will divide and proliferate to build a layer of new tissue, until the wound is closed.

PROBLEMS OF COMPLEX CELL REGENERATION AND ORGAN TRANSPLANTATION


However, this type of cell self-renewal is only limited to its own type. Meaning to say it can only do simple healing and rejuvenate cells of its own kind. Instead of regenerating the whole limb, our cells can only regenerate skin tissues to cover the open wound on a dismembered limb as scarring tissue. Organ regeneration like the limb is considered too complex for the cells to heal since it needs various sorts of cells, tissues and even organs.
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​Disorders that cause organ failures like leukemia and congenital heart disease on the other hand can be treated with organ transplantation. In practice, the replacement of failing organs with healthy organs from donors would fix the issue. Nevertheless, organ transplantation is not without its flaws and problems. Organs act similarly to blood groups. If the donor’s organ is incompatible, the organ will be thoroughly rejected by the recipient’s body system just like how recipient’s with blood group A will reject all other blood groups except blood groups A and O. 

STEM CELLS

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Stem cells are the most basic form of cells. They function as the originators of cells that give rise to all other cells with specific roles in the human body. The process by which the stem cells turn into specific cells is called specialization or differentiation.
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Consider wheat flour, the foundation of all wheat-based food. Wheat flour can be kneaded into bread, pastries, noodles and cakes. The process of kneading wheat flour into these foods is similar to the differentiation process for stem cells. Stem cells can be induced to form specific cells just like wheat flour can be made into bread and pastries. This allows stem cells to be potentially used to regenerate lost tissues and organs and also for bodily rejuvenation. in other words, it can be used to treat chronic wounds and diseases by growing the whole tissue and organs needed for the therapy.

Thus, stem cell has become one of the most fascinating fields in biological research due to its enormous potential in the medical field. Stem cells can be divided into 5 types which are:
 
Totipotent Stem Cells: Capable of regenerating the whole organism
Pluripotent Stem Cells: Capable of differentiating into almost all types of cells
Multipotent Stem Cells: Capable of differentiating into closely related families of cells.
Oligopotent Stem Cells: Capable of differentiating into a few types of cells within its family.
Unipotent Stem Cells: Capable of differentiating into one cell type.

​​Humans cannot regenerate complex wounds and failing organs, but some organisms are able to do that. One such remarkable case is salamanders and newts. These amphibians are able to regenerate limbs, intestines, parts of the brain, eyes and tails.  The key to their regeneration is the presence of blastema cells, a mass of undifferentiated pluripotent cells, which does not exist in most animals. The closest thing to blastema cells for humans is blastocyst or embryogenic cells, which is also consisting of undifferentiated pluripotent stem cells. This is the reason why salamanders and newts can regenerate complex wounds like a full limb amputation, but not for humans. Hence, Totipotent and Pluripotent Stem Cells are highly sought after in medical research since they can regenerate full body parts and organs, but the sources of these two types of stem cells are still hard to be procured. 
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Nevertheless, researchers have already found a way to obtain pluripotent stem cells through embryogenic stem cells and induced Pluripotent Stem Cells (iPSCs), but they are either still undergoing clinical trials or having problems with their legal and ethical considerations. Multipotent Stem Cells, like Mesenchymal Stem Cells, by contrast, have completed their clinical trials, have fewer ethical concerns, and are currently being used in regenerative therapy by various Tissue Engineering and Regenerative Medicine-based companies.



Mesenchymal Stem Cells can be found in many parts of the human body, including bone marrow, umbilical cord, amniotic fluid, and adipose tissue. As Multipotent Stem Cells, they can be differentiated into connective, musculoskeletal, and circulatory tissues. As such, they can be used to treat complex wounds and traumas on the skin. In Cell Tissue Technology, we use Mesenchymal Stem Cells to create autologous cells for therapies like Tissue Engineered Human Skin, beautifying and aesthetics usage, while also using it in research in order to advance the stem cell technology and unlock its massive potential in the Tissue Engineering and Regenerative Medicine field.

HOW DO WE PROCESS OUR STEM CELLS?

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TALK TO US


If you feel we might be able to offer meaningful improvement to both your condition and your quality of life, then please reach out to schedule a free consultation with one of our in-house clinical experts. We offer consultations in both Malay and English. 

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​During your consultation, we will:

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​Review your medical history & recent evaluations
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​Explore what your treatment package might look like​
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Discuss practical next steps,
​if you feel we can effectively treat you
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​Answer any questions you have about the therapies
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​Answer any questions you have about us

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​To schedule your consultation, click the button 

BOOK NOW
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CELL TISSUE TECHNOLOGY SDN BHD
Malaysia's FIRST Tissue Engineering Firm
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© 2010-2022 Cell Tissue Technology Sdn Bhd,
a Universiti Kebangsaan Malaysia spin-off Company.
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MOST VALUABLE BRAND IN HEALTHCARE - TISSUE ENGINEERING & REGENERATIVE MEDICINE

  • Home
  • About
    • Company
    • Message from CEO
    • Ecosystem >
      • Overview
      • Cell Tissue GMP Laboratory
      • Celllora Clinic >
        • Regenmed by Celllora®
        • Advanced Wound Care Centre by Celllora
      • Celllora® MediSpa
      • Celllora® Shop
      • Celllora® Academy
      • CellloBiz Program
      • Cell Tissue Bio-Bank >
        • About
        • Our Facilities
        • How to Bio-Bank?
        • Why Bio-Bank?
    • Collaborators & Partners
  • Stem Cells
    • Power of Stem Cells
    • As We Age
  • Potentially Treatable Conditions
    • General Wellness
    • Adrenal Cortex >
      • Men's Hormonal Imbalance
      • Women's Hormonal Imbalance
    • Body >
      • Angiogenesis
      • Back Pain
      • Blood Vessel Disease
      • Coma
      • Diabetes Mellitus
      • Immunity Booster
      • Multiple Sclerosis
      • Osteoarthritis
      • Rheumatoid Arthritis
      • Systemic Lupus Erythematosus
      • Whitening
    • Brain >
      • Autism
      • Alzheimer's Disease
      • Hypothalamus Related Condition
      • Pituitary Related Condition
      • Stroke
    • Eye >
      • Corneal Abrasion
      • Diabetic Retinopathy
      • Eye Inflammation
      • Macular Degeneration
      • Retinitis Pigmentosa
    • Genitals >
      • Erectile Dysfunction
      • Premature Ejaculation
      • Prostate Health
      • Vaginal Rejuvenation
    • Hair >
      • Hair Loss & Thinning
    • Heart >
      • Cardiomyopathy
    • Kidneys >
      • Acute / Chronic Kidney Disease
      • Kidney Impairment
    • Liver >
      • Fatty Liver
    • Lungs >
      • Pneumonia / Asthma
      • COVID / Respiratory Problems
    • Muscles / Tendons / Ligaments / Cartilages >
      • Avascular Necrosis
      • Diabetic Foot Ulcer
      • Joint Pain / Injury
      • Muscle Weakness
      • Sports Injury
    • Nervous System >
      • Central Nervous Impairment
      • Essential Tremor
      • Neuronal Damages
      • Neuropathy
      • Parkinson's Disease
      • Spinal Cord Injury
    • Skin >
      • Irritation / Inflammation
      • Skin Rejuvenation & Wrinkling
      • Wound
    • Stomach >
      • Stomach Health
    • Cancer
  • Products
    • Medical Use >
      • Shop Now
      • CelltiMax
      • CelltiX Nebulizer
      • CelltiSS
      • CelltiNK
      • MyDerm®
      • CelltiGraft®
      • ALGraft
    • Cosmetic Use >
      • Celllora Cosmeceuticals
    • Research Use
  • Services
    • Programs >
      • Stem Cell Program
      • NK Cell Program
      • Secretome & Exosome Program
      • Advanced Wound Care Program
    • Product Testing & Validation
    • Contract Manufacturing
    • Training & Consultation
  • Projects
    • Clinical Trials >
      • MyDerm®
    • Research
  • Insights & Happenings
    • Media & Gallery >
      • Videos
      • Articles & Media
      • Publications
      • Product Photos
    • News
    • Events
    • Promotion
    • Certification
    • Awards & Recognition
    • E-Brochures
  • Join Us
    • Career
    • Becoming Licensee / Distributor
    • Becoming Supplier
    • Becoming Partner & Collaborator
    • Becoming Investor & Funder
  • Contact Us