Health Impact News Editor Comments:
Some of the most exciting research regarding the ketogenic diet has been in its use against cancer. This research is showing that a high-fat low-carbohydrate diet can starve cancer cells. We have published three stories on the ketogenic diet and cancer already this year (2013).
In this study conducted at the University of Pittsburgh Medical Center, the ketogenic diet was applied to brain tumors.
The Restricted Ketogenic Diet: An Alternative Treatment Strategy for Glioblastoma Multiforme
Glioblastoma
multiforme (GBM) is considered the most malignant of primary brain
cancers with only about 12% of patients living beyond 36 months
(long-term survivors).
Ketogenic Diet and Calorie Restriction
The
high fat, low carbohydrate ketogenic diet (KD) has long been recognized
as an effective non-toxic therapy for reducing epileptic seizures in
children. The mechanisms by which the KD manages seizures are linked to
shifts in brain energy metabolism. Glucose is the sole metabolic fuel
used for nearly all brain functions under normal physiological
conditions, but the brain will metabolize ketone bodies for energy when
access to glucose is limited, as would occur during water-only
therapeutic fasting in humans or during calorie restriction in mice. It
has long been known that water-only fasting or calorie restriction is
effective in managing epilepsy in humans and mice.
The
KD was introduced as an alternative to fasting for the long-term
management of seizures in humans. The efficacy of the classic KD is
optimal when the ratio of dietary fats to combined carbohydrate/protein
is 4:1. This requires careful attention to diet calculations.
Importantly, the KD is also gaining recognition as a potential therapy
for a host of other neurological and neurodegenerative diseases
including Alzheimer’s disease, Parkinson’s disease, traumatic brain
injury, and stroke. When administered in restricted amounts, which do
not exceed the individual’s total energy needs, the KD can also be
therapeutic against malignant brain tumors in mice and humans.
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