The science behind stem cell treatment. Explained in simple terms.

stem cell lab, scientist
Stem cells are really important for a new way of fixing or replacing damaged organs, called stem cells organ regeneration. This method uses stem cells, which can turn into different types of cells, to help heal or replace parts of the body that are sick or hurt. This is a big part of regenerative medicine, which aims to fix or replace cells, tissues, or whole organs to make them work properly again.
Body immune system image
he immune system plays a pivotal role in tissue regeneration and repair, significantly influencing stem cell-mediated regenerative processes. This critical interaction, often referred to as the stem cell immune system, actively participates in tissue recovery after damage and during normal homeostasis. Key elements of stem cell immune system regeneration include inflammation and the recruitment of immune cells, which are early indicators of injury. These cells aid in clearing debris and release signaling molecules that promote cell growth and differentiation, essential for successful regeneration.
stem cell regeneration, stem cell close llok
Stem cell therapy, also known as regenerative medicine, is a therapeutic approach that promotes the repair response of diseased, dysfunctional, or injured tissue using stem cells or their derivatives. This process, often referred to as stem cell regeneration, involves using the inherent potential of stem cells, which are the cells that develop into blood, brain, bones, and all of the body's organs. Stem cells have the unique ability to repair, restore, replace, and regenerate cells, and could be used to treat a wide range of medical conditions and diseases.
Stem cell benefits. Stem cell laboratory
There's an increasing recognition in the field of regenerative medicine that the vast potential of stem cells is essentially transformative. The primary function of these cells is to maintain and repair the tissue in which they're found. Regenerative medicine, thanks to advances in stem cell research, now facilitates the potential for new cell treatment options like never before.
cidp, Chronic inflammatory demyelinating polyneuropathy, nerves
CIPD stands for “Chronic Inflammatory Demyelinating Polyneuropathy.” It is a rare autoimmune disease of the peripheral nervous system. For a long time, the development of CIPD was associated with certain HLA genes (A1, B8, DRW3), but this hypothesis hasn’t been confirmed.
embryonic stem cells
Stem cells are primary cells that can self-repair by division, and differentiate into many specialized cell types. Depending on the source of origin, there are two types: embryonic and adult stem cells.Embryonic stem cells originate from epiblast tissue (blastocyst cell mass). A blastocyst is an early embryo (approximately 5-day-old human embryo) that contains 50 to 150 cells.
totipotent stem cells
hat is the most amazing feature of stem cells and particularly multipotent stem cells? They have a unique ability to differentiate (or simply develop) into a great variety of cell types with particular purposes and functions.  They can literally sense chemical signals that urge them to move into the tissues that were damaged and start the process of differentiation. As a result, they heal damaged cells or replace the dead ones.
hemapoietic stem cells
Hematopoietic stem cells are precursor cells of blood cells. As a result of their maturation and differentiation, they produce all types of blood cells of myeloid and lymphoid series that determine immunity, fight infections, carry oxygen, and participate in blood coagulation processes.
stem cells, hair
As an integral component of human health, our hair bears significant importance not just in terms of aesthetics but also in overall wellbeing. In the exploration for means to treat hair loss, a particular treatment has shown to stand out—Stem Cell Hair Growth