Add to ORKGAbstract A differential equation model describing the dynamics of stored energy in the form of fat mass, lean body mass and ketone body mass during prolonged starvation is developed. The parameters of the model are estimated using available data for 7 days into starvation. A simulation of energy stores for a normal individual with body mass index between 19 and 24 and an obese individual with body mass index over 30 are calculated. The length of time the obese subject can survive during prolonged starvation is estimated using the model
<div><p>Quantifying human weight and height dynamics due to growth, aging, and energy balance can in...
The thrifty-gene hypothesis (TGH) posits that the modern genetic predisposition to obesity stems fro...
Dynamics of body weight and food intake can be studied by temporally perturbing food availability. T...
A differential equation model describing the dynamics of stored energy in the form of fat mass, lean...
Several aspects of energy dynamics, such as energy expenditure and caloric intake, are known to affe...
The eco-evolutionary dynamics of species are fundamentally linked to the energetic constraints of th...
Summary: Individual organisms have to endure transient periods of low-food supply with consequences ...
150, 180 and 240 days. Two groups were refed after 90 and 240 days of food deprivation. Body mass (W...
Ten very obese female patients were treated by periods of total starvation lasting 10 days each. In ...
The human organism has tools to cope with metabolic challenges like starvation that are crucial for ...
The 3500 kcal rule(1) is a weight-loss prescription that approximates a 3500 kcal energy deficit to ...
This paper presents a theoretical investigation into why losing weight is so difficult even in the a...
Animals need energy for their basal metabolism and productive functions. When dietary energy intake ...
Human subjects vary in the extent to which their body's protein and fat compartments are mobilized f...
ESCOLA PAULISTA MED,DEPT MED,SAO PAULO,SP,BRAZILESCOLA PAULISTA MED,DEPT MED,SAO PAULO,SP,BRAZILWeb ...
<div><p>Quantifying human weight and height dynamics due to growth, aging, and energy balance can in...
The thrifty-gene hypothesis (TGH) posits that the modern genetic predisposition to obesity stems fro...
Dynamics of body weight and food intake can be studied by temporally perturbing food availability. T...
A differential equation model describing the dynamics of stored energy in the form of fat mass, lean...
Several aspects of energy dynamics, such as energy expenditure and caloric intake, are known to affe...
The eco-evolutionary dynamics of species are fundamentally linked to the energetic constraints of th...
Summary: Individual organisms have to endure transient periods of low-food supply with consequences ...
150, 180 and 240 days. Two groups were refed after 90 and 240 days of food deprivation. Body mass (W...
Ten very obese female patients were treated by periods of total starvation lasting 10 days each. In ...
The human organism has tools to cope with metabolic challenges like starvation that are crucial for ...
The 3500 kcal rule(1) is a weight-loss prescription that approximates a 3500 kcal energy deficit to ...
This paper presents a theoretical investigation into why losing weight is so difficult even in the a...
Animals need energy for their basal metabolism and productive functions. When dietary energy intake ...
Human subjects vary in the extent to which their body's protein and fat compartments are mobilized f...
ESCOLA PAULISTA MED,DEPT MED,SAO PAULO,SP,BRAZILESCOLA PAULISTA MED,DEPT MED,SAO PAULO,SP,BRAZILWeb ...
<div><p>Quantifying human weight and height dynamics due to growth, aging, and energy balance can in...
The thrifty-gene hypothesis (TGH) posits that the modern genetic predisposition to obesity stems fro...
Dynamics of body weight and food intake can be studied by temporally perturbing food availability. T...