The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded and published by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience (lab work and reading other's work) suggests that many types of cancer will starve in a body that is ketogenic.
Of course I don't know for certain. I am not saying "for certain." But there is a lot of evidence that supports a ketogenic diet for the (vast) majority of cancer types, and contraindicating evidence has a lot of ties to conflicts of interest.
I'm not a vet. I don't know about dog diets. I do know that for humans adding any type of fiber to the diet will aid in firming up the stool. I'm not sure exactly how to accomplish that for a dog, but for humans it's pretty straight forward. You can potentially add something like psyllium husk to tuna, or some other good, neutral flavor fiber additive if you can't get your dog to eat celery. :)
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded and published by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience (lab work and reading other's work) suggests that many types of cancer will starve in a body that is ketogenic.
Of course I don't know for certain. I am not saying "for certain." But there is a lot of evidence that supports a ketogenic diet for the (vast) majority of cancer types, and contraindicating evidence has a lot of ties to conflicts of interest.
I'm not a vet. I don't know about dog diets. I do know that for humans adding any type of fiber to the diet will aid in firming up the stool. I'm not sure exactly how to accomplish that for a dog, but for humans it's pretty straight forward. You can potentially add something like psyllium husk, or some other good fiber additive if you can't get your dog to eat celery. :)
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded and published by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience (lab work and reading other's work) suggests that many types of cancer will starve in a body that is ketogenic.
Of course I don't know for certain. I am not saying "for certain." But there is a lot of evidence that supports a ketogenic diet for the (vast) majority of cancer types, and contraindicating evidence has a lot of ties to conflicts of interest.
I'm not a vet. I don't know about dog diets. I do know that for humans adding any type of fiber to the diet will aid in firming up the stool. I'm not sure exactly how to accomplish that for a dog, but for humans it's pretty straight forward. You can potentially add something like psyllium husk, or some other good fiber additive.
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded and published by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience (lab work and reading other's work) suggests that many types of cancer will starve in a body that is ketogenic.
Of course I don't know for certain. I am not saying "for certain." But there is a lot of evidence that supports a ketogenic diet for the (vast) majority of cancer types, and contraindicating evidence has a lot of ties to conflicts of interest.
I'm not a vet. I don't know about dog diets. I do know that for humans, adding any type of fiber to the diet will aid in firming up the stool. I'm not sure exactly how to accomplish that for a dog, but for humans it's pretty straight forward. You can potentially add something like psyllium husk, or some other good fiber additive.
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded and published by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience (lab work and reading other's work) suggests that many types of cancer will starve in a body that is ketogenic.
Of course I don't know for certain. I am not saying "for certain." But there is a lot of evidence that supports a ketogenic diet for the (vast) majority of cancer types, and contraindicating evidence has a lot of ties to conflicts of interest.
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded and published by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience (lab work and reading other's work) suggests that many types of cancer will starve in a body that is ketogenic.
Of course I don't know for certain. I am not saying "for certain." But there is a lot of evidence that supports a ketogenic diet for the (vast) majority of cancer types, and contraindicating evidence has a lot of ties to conflicts of interest.
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded and published by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience suggests (but does not make perfectly clear), that many types of cancer will starve in a body that is ketogenic.
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis). My experience suggests (but does not make perfectly clear), that many types of cancer will starve in a body that is ketogenic.
The following is for humans. I don't know about dogs.
There are many types of cancer cells that live off of glucose. Not eating glucose can starve the cancer cells. Humans can live just fine without glucose by using keytones (protein breakdown products) as an energy source. Many cancers cannot. Thus, by eating a ketogenic diet, it can have a potentially devastating effect on cancer.
Yes, the medical research is unclear on this, but that research is funded by the same people that get, on average, $200,000 per cancer patient, and are literally working towards depopulating the planet to bring about their neo-Malthusian Utopia. In the field of cell biology on the other hand, this is well known.
So, take that however you want. I worked in a lab that studied cancer cells (specifically how failures in the autophagosome can lead to escape from apoptosis for mitochondrial DNA compromised cells). My experience suggests (but does not make perfectly clear), that many types of cancer will starve in a body that is ketogenic.