Cartilage regeneration
Articular cartilage is an elastic material very resistant to pressure and traction. It has a pearly white colour and covers the ends of long bones protecting them from friction. Its function is similar to that of a damper bearing: thanks to its particular chemical constitution this special fabric, it protects the normal relationships between the joints and allows movement. Within the cartilage cells there are cells called chondrocytes, which have the task of producing the basic substance, consisting mainly of water, collagen fibres, proteoglycans, hyaluronic acid and glycoproteins.
The cartilage is composed of a fluid portion (which gives it the ability to absorb the trauma) and a solid part (which increases its resistance). These two components work together to protect the articular surfaces from wear and ensure movement without friction. It is important to know that the cartilage tissue is poorly vascularised because of its lack of blood capillaries, the nutrition of the chondrocytes also takes place through the phenomenon of diffusion, a slow process and much less effective than the blood circulation. For all these reasons the Cartilage regeneration capacity of this tissue are very low and, consequently, cartilage injury can be repaired only by surgery.
The methods for regenerating injured cartilage are varied, ranging from regeneration techniques via transplant (such as mosaicplasty, a procedure that uses the patient's own cartilage, practicing a real transplantation), the repair techniques based on the stimulation of ' bone. The most current technique is AMIC (Autologous Matrix Induced Chondrogenesis), an innovative methodology that permits the intervention on post-traumatic injuries that occur after an accident.
When can you intervene?
The insufficiency of the cartilage may be due to age, a hereditary factors or excess weight that leads to an overload of the joint. In these cases, the cartilage gradually gives way, thins and breaks inevitably leading to osteoarthritis. Often the joints are most at risk of chondrosis (the process of degeneration of cartilage), such as knees and ankles, are threatened by trauma and fractures more or less serious. The problem involves people between 16 and 45 years old or young people, which are precisely facing the new technique.
AMIC is a mono-phasic method that exploits the healing potential of the organism itself, but can be applied to lesions limited, not exceeding eight inches square. If the defect is too large it is not possible to intervene with an operation of this type: in this case we refer to osteoarthritis, a disease which can be remedied only through the implantation of prosthesis or with a direct intervention on the bones.
One option: Operation
The operation provides initially a blood sample, which we will use only the corpuscular part, that is the solid. Part. In the next stage all the cartilage is removed from the injured area through a minimally invasive access, drilling the subchondral bone.
It is at this time that these samples are released in the area concerned, in addition to the corpuscular part of patient's blood, components of the bone marrow, stem cells and growth factors, forming a clot. Using a special protective membrane collagen, the Chondro-Gide, you create a suitable environment for the regeneration of new cartilage. Everything is then fixed with fibrin glue, which allows not having to suture the wound.
The advantages
The idea of enriching a matrix is not new but all of the strategies used up to now provided for the withdrawal of a sample of mesenchymal cells of the patient and the growth in culture. The technique AMIC avoids the processes of cultivation and levy, availing of microfracturing of the subchondral bone to allow the graft into the defect site. Apply this new technique means, therefore, save time, because it is more work done during the same operation. Furthermore it is a simple and minimally invasive method, which assures a higher tear resistance and high tensile strength.
The other techniques
Normally, to solve the problem cartilage in question, we resort to the technique of mosaicplasty or technical ACI (autologous chondrocyte transplantation). These methods, however, are rather complex and lengthy, since they involve the taking and sending in the laboratory of cell samples for a crop that has not always positive proliferative effects.
These systems continue to be some of the most practiced, with which most doctors have carried out numerous audits. But, despite being a sound methodology, they recognize the potential of the new technique, which offers the possibility of exploiting the regenerative capacity of the body in a completely natural way.
The best option: Jusuru
Jusuru Life Blend has a concentration of the juices which have been obtained directly from these antioxidant rich fruits. It also contains liquid Biocell collagen and this is a wonderful solution for those suffering from joint discomfort.
Studies show that Biocell collagen has been proven to regrow cartilage in your joints by replenishing hyaluronic acid levels that naturally dip as you age past twenty.
Articular cartilage is an elastic material very resistant to pressure and traction. It has a pearly white colour and covers the ends of long bones protecting them from friction. Its function is similar to that of a damper bearing: thanks to its particular chemical constitution this special fabric, it protects the normal relationships between the joints and allows movement. Within the cartilage cells there are cells called chondrocytes, which have the task of producing the basic substance, consisting mainly of water, collagen fibres, proteoglycans, hyaluronic acid and glycoproteins.
The cartilage is composed of a fluid portion (which gives it the ability to absorb the trauma) and a solid part (which increases its resistance). These two components work together to protect the articular surfaces from wear and ensure movement without friction. It is important to know that the cartilage tissue is poorly vascularised because of its lack of blood capillaries, the nutrition of the chondrocytes also takes place through the phenomenon of diffusion, a slow process and much less effective than the blood circulation. For all these reasons the Cartilage regeneration capacity of this tissue are very low and, consequently, cartilage injury can be repaired only by surgery.
The methods for regenerating injured cartilage are varied, ranging from regeneration techniques via transplant (such as mosaicplasty, a procedure that uses the patient's own cartilage, practicing a real transplantation), the repair techniques based on the stimulation of ' bone. The most current technique is AMIC (Autologous Matrix Induced Chondrogenesis), an innovative methodology that permits the intervention on post-traumatic injuries that occur after an accident.
When can you intervene?
The insufficiency of the cartilage may be due to age, a hereditary factors or excess weight that leads to an overload of the joint. In these cases, the cartilage gradually gives way, thins and breaks inevitably leading to osteoarthritis. Often the joints are most at risk of chondrosis (the process of degeneration of cartilage), such as knees and ankles, are threatened by trauma and fractures more or less serious. The problem involves people between 16 and 45 years old or young people, which are precisely facing the new technique.
AMIC is a mono-phasic method that exploits the healing potential of the organism itself, but can be applied to lesions limited, not exceeding eight inches square. If the defect is too large it is not possible to intervene with an operation of this type: in this case we refer to osteoarthritis, a disease which can be remedied only through the implantation of prosthesis or with a direct intervention on the bones.
One option: Operation
The operation provides initially a blood sample, which we will use only the corpuscular part, that is the solid. Part. In the next stage all the cartilage is removed from the injured area through a minimally invasive access, drilling the subchondral bone.
It is at this time that these samples are released in the area concerned, in addition to the corpuscular part of patient's blood, components of the bone marrow, stem cells and growth factors, forming a clot. Using a special protective membrane collagen, the Chondro-Gide, you create a suitable environment for the regeneration of new cartilage. Everything is then fixed with fibrin glue, which allows not having to suture the wound.
The advantages
The idea of enriching a matrix is not new but all of the strategies used up to now provided for the withdrawal of a sample of mesenchymal cells of the patient and the growth in culture. The technique AMIC avoids the processes of cultivation and levy, availing of microfracturing of the subchondral bone to allow the graft into the defect site. Apply this new technique means, therefore, save time, because it is more work done during the same operation. Furthermore it is a simple and minimally invasive method, which assures a higher tear resistance and high tensile strength.
The other techniques
Normally, to solve the problem cartilage in question, we resort to the technique of mosaicplasty or technical ACI (autologous chondrocyte transplantation). These methods, however, are rather complex and lengthy, since they involve the taking and sending in the laboratory of cell samples for a crop that has not always positive proliferative effects.
These systems continue to be some of the most practiced, with which most doctors have carried out numerous audits. But, despite being a sound methodology, they recognize the potential of the new technique, which offers the possibility of exploiting the regenerative capacity of the body in a completely natural way.
The best option: Jusuru
Jusuru Life Blend has a concentration of the juices which have been obtained directly from these antioxidant rich fruits. It also contains liquid Biocell collagen and this is a wonderful solution for those suffering from joint discomfort.
Studies show that Biocell collagen has been proven to regrow cartilage in your joints by replenishing hyaluronic acid levels that naturally dip as you age past twenty.