stem cells
Stem cell research has progressed since its discovery in the 1960s. The use of stem cells from the bone marrow to treat leukemia is well known and an effective form of treatment. Stem cells are generally referred to as body cells that can make copies of themselves and differentiate into different cell types or tissues. Depending on the type of stem cell and how it is manipulated, they have the potential to develop into any tissue (embryonic stem cells) or into specific tissue types (adult stem cells). Stem cells are able to generate daughter cells, which in turn have stem cell properties.
The possible uses of stem cells from the blood
Elektromagnetische Wellen werden in der Regel durch verschiedene Applikatoren von außen in den Tumor gebracht. Hierbei gerät das Gewebe in Schwingung und die Zellen reiben sich aneinander und erhitzen sich auf die gewünschte Temperatur. Oftmals kommt die Hyperthermie-Behandlung bei inoperablen Tumoren zum Einsatz. Auch bei einer fortgeschritten Tumorerkrankung setzten Mediziner die Hyperthermie-Behandlung ein. Hyperthermie-Behandlungen sind keinesfalls als alleinige alternative Krebstherapie darstellen, sondern deren Wirkung lediglich optimieren! Eine Hyperthermie Therapiemaßnahme sollte immer in Verbindung mit anderen Therapiemaßnahmen wie Chemo- oder Radiotherapie, auch Hormontherapien und Immuntherapien sind wirkungsvoll.
Einer der effektivsten Kombinationstherapien auch in der Palliativmedizin ist die Kombination von autologen dendritischen Zelltherapie mit Immunaufbau (ImmuSeroForte) und Hyperthermie.
Hierbei wird nicht nur der primäre Tumor über die dendritische Zelltherapie mit Hyperthermie bekämpft, sondern auch die Metastasen.
Stem cells from umbilical cord blood
Stem cells are body cells that can differentiate into different cell types or tissues. Externally, they hardly differ from other cells. The genetic material is also identical. However, they have the ability to grow indefinitely.
Stem cell therapy using umbilical cord blood from other donors can currently only be carried out in a private specialist clinic in Munich. For an adult human we need stem cells from three identical umbilical cords. Allogeneic cord blood consists of, among other things, mesenchymal stem cells, hematopoietic stem cells, neuronal stem cells, mononuclear cells, proteins, exosomes, etc. Per body weight and per treatment, 5×10^7 cells from the blood of up to 3 umbilical cords are required.
Stem cells from umbilical cord blood
Stem cells are body cells that can differentiate into different cell types or tissues. Externally, they hardly differ from other cells. The genetic material is also identical. However, they have the ability to grow indefinitely.
Stem cell therapy using umbilical cord blood from other donors can currently only be carried out in a private specialist clinic in Munich. For an adult human we need stem cells from three identical umbilical cords. Allogeneic cord blood consists of, among other things, mesenchymal stem cells, hematopoietic stem cells, neuronal stem cells, mononuclear cells, proteins, exosomes, etc. Per body weight and per treatment, 5×10^7 cells from the blood of up to 3 umbilical cords are required.
Stem cells from umbilical cord blood
Stem cells are body cells that can differentiate into different cell types or tissues. Externally, they hardly differ from other cells. The genetic material is also identical. However, they have the ability to grow indefinitely.
Stem cell therapy using umbilical cord blood from other donors can currently only be carried out in a private specialist clinic in Munich. For an adult human we need stem cells from three identical umbilical cords. Allogeneic cord blood consists of, among other things, mesenchymal stem cells, hematopoietic stem cells, neuronal stem cells, mononuclear cells, proteins, exosomes, etc. Per body weight and per treatment, 5×10^7 cells from the blood of up to 3 umbilical cords are required.