TREATING GLIOBLASTOMAS
PROLONGED REMISSIONS IN CEREBRAL TUMORS
Recent news have
reported the possibility not only to
get prolonged remissions, but of healing
of certain types of cancer, by simply copying and enhancing the normal cellular
defenses of our own humanity (Shawn Hingtgen: Tumor-homing cytotoxic humaninduced neural stem cells for cancer. Therapeutic Medicine, Vol. 9 Issue 375).
One more case of the correct use of natural medicine. 1) The article reports observations made in mice and humans with
brain tumors (glioblastomas), in which autologous, reprogrammed neural stem cells (NSCs), from adult
skin cells, migrate to tumor cells in
response to signals (tumor homing
properties), released by tumor cells, thereafter infiltrating primary and
invasive foci of glioblastomas, reducing the size of tumor cells to 2% or 5% of
their original size. A novel therapeutic, since surgery, chemotherapy or
radiation are unable to eradicate recurrences of glioblastomas. 2) It is necessary to consider that it
is difficult to obtain autologous NCSs, and that NSCs from donors have the risk of
rejection and other collateral events. Bagó J.R., bypassed this risk using mouse skin fibroblasts to
which he transdiferentiated to NSCs, a
process that in mice lasts 4 days. Once obtained, human NSCs are injected directly
into brain glioblastomas reducing 20 to 50 times their
size, in 24-28 days. In humans, NSCs, in addition to infiltrating tumor cells,
release into glioblastomas: cytotoxic therapy, gene products, proapoptotic
substances, tissue necrosis alpha factor, etc., reducing 250 times the size of
glioblastomas in 3 weeks (Methods 2016.Neural stem cell therapy for cancer).
REMISIONES PROLONGADAS EN TUMORES CEREBRALES
La siguiente
noticia encierra la posibilidad no
solo de lograr remisiones prolongadas,
sino de cura de
ciertos tipos de cancer, con solo copiar y mejorar las defensas
celulares normales de nuestra propia humanidad (Shawn Hingtgen: Tumor-homing cytotoxic human induced neural
stem cells for cancer therapy.Translational Medicine. Vol. 9 Issue 375).
Un caso mas
del correcto uso de la medicina natural. 1) El articulo relata observaciones
realizadas en ratones y humanos con tumores
cerebrales (glioblastomas), en las que celulas madre neurales (NSCs, neural stem cell), reprogramadas
a partir de celulas autologas adultas de piel, migran hacia
las celulas tumorales en respuesta a señales quimiotacticas (tumor homing properties), liberadas
por las celulas tumorales, infiltrando focos primarios e invasivos de los
glioblastomas, reduciendo el
tamaño de las celulas tumorales al 2% o
5%, de su tamaño original. Una novedad terapeutica, ya que la cirugia, quimioterapia o radiacion son incapaces de erradicar las recurrencias de glioblastomas. 2) Hay que considerar que es
dificil obtener NCSs, autologas y que las NSCs, procedentes de donadores tienen el riesgo de
rechazo y otros eventos colaterales. Bagó
J.R., obvio este riesgo empleando
fibroblastos de piel de ratones a las
que transdiferencio a NSCs, un proceso que en ratones dura 4 dias. Obtenidas, las NSCs humanas, son
inyectadas directamente en los glioblastomas cerebrales reduciendo 20 a 50
veces su tamaño, en 24-28 dias. En humanos, las NSCs, aparte de infiltrar a las celulas tumorales, liberan
en los glioblastomas : terapia citotoxica, productos geneticos, sustancias
proapoptoticas, factor alfa de necrosis tisular, etc., reduciendo 250 veces
el tamaño de los glioblastomas en 3 semanas (Methods. 2016.Neural stem cell
therapy for cancer).
Labels: brain tumors, glioblastoma, NSCs cells, Stem cell, transdifferentiation
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