Bioenergetics of growth, pregnancy and lactation in the laboratory mouse, Mus musculus

Cellular metabolic rates and oxidative stress profiles in primary fibroblast cells isolated from virgin females, reproductively experienced females, and male Sprague-Dawley rats

“…; Randolph et al. ; Studier ; McClure and Randolph ; Mattingly and McClure ; Nicoll and Thompson ; Prentice and Whitehead ; Rose ; Weiner ). This lack of metabolic difference is likely due to the fact that all of the samples were collected post‐lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood ).…”

“…Whole-animal metabolic rates in rats were consistent with our cellular metabolic rates, such that the act of reproduction does not significantly alter baseline oxygen consumption. (Trojan and Wojciechowska 1967;Dryden et al 1974;Randolph et al 1977;Studier 1979;McClure and Randolph 1980;Mattingly and McClure 1982;Nicoll and Thompson 1987;Prentice and Whitehead 1987;Rose 1987;Weiner 1987). This lack of metabolic difference is likely due to the fact that all of the samples were collected post-lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood 2016).…”

Cellular metabolic rates and oxidative stress profiles in primary fibroblast cells isolated from virgin females, reproductively experienced females, and male Sprague-Dawley rats

“…; Randolph et al. ; Studier ; McClure and Randolph ; Mattingly and McClure ; Nicoll and Thompson ; Prentice and Whitehead ; Rose ; Weiner ). This lack of metabolic difference is likely due to the fact that all of the samples were collected post‐lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood ).…”

“…Whole-animal metabolic rates in rats were consistent with our cellular metabolic rates, such that the act of reproduction does not significantly alter baseline oxygen consumption. (Trojan and Wojciechowska 1967;Dryden et al 1974;Randolph et al 1977;Studier 1979;McClure and Randolph 1980;Mattingly and McClure 1982;Nicoll and Thompson 1987;Prentice and Whitehead 1987;Rose 1987;Weiner 1987). This lack of metabolic difference is likely due to the fact that all of the samples were collected post-lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood 2016).…”

Does high growth rate of juvenile house mice with prolonged access to ripening grain and free water drive population outbreaks?

“…data). All breeding mice have greatly increased demands for energy, protein and water, and when these resources are available ad libitum (as in laboratory conditions) they can allocate them directly to increasing litter size (Smith & McManus 1975;Studier 1979); but mice in field populations are usually fully exploiting the available resources, so must accommodate the additional demands of reproduction primarily by reallocation of resources from other functions . Therefore, it might be hypothesised that nutritional differences, shown in this study to dramatically affect juvenile growth rates, would also influence the number of females able to breed, their litter sizes and their ability to nurse young, and hence weaning success and body mass of weanlings.…”

Calorie Restriction and Aging: A Life-History Analysis

“…A value of 2 KJg Ϫ1 day Ϫ1 was chosen to represent the basal metabolic rate of the house mouse, averaged over an extensive dataset (Mychra et al 1969;Mychra 1975;Studier 1979;Bronson 1984;Stephenson and Malik 1984;Kö nig et al 1988;Manning and Bronson 1990;Mutze et al 1991;Hayes et al 1992;Hammond et al 1994;Richardson et al 1994). Half of this energy is used in essential service functions and the remaining half is available for cell maintenance functions.…”

Cellular metabolic rates and oxidative stress profiles in primary fibroblast cells isolated from virgin females, reproductively experienced females, and male Sprague-Dawley rats

“…; Randolph et al. ; Studier ; McClure and Randolph ; Mattingly and McClure ; Nicoll and Thompson ; Prentice and Whitehead ; Rose ; Weiner ). This lack of metabolic difference is likely due to the fact that all of the samples were collected post‐lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood ).…”

“…Whole-animal metabolic rates in rats were consistent with our cellular metabolic rates, such that the act of reproduction does not significantly alter baseline oxygen consumption. (Trojan and Wojciechowska 1967;Dryden et al 1974;Randolph et al 1977;Studier 1979;McClure and Randolph 1980;Mattingly and McClure 1982;Nicoll and Thompson 1987;Prentice and Whitehead 1987;Rose 1987;Weiner 1987). This lack of metabolic difference is likely due to the fact that all of the samples were collected post-lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood 2016).…”

Does high growth rate of juvenile house mice with prolonged access to ripening grain and free water drive population outbreaks?

“…data). All breeding mice have greatly increased demands for energy, protein and water, and when these resources are available ad libitum (as in laboratory conditions) they can allocate them directly to increasing litter size (Smith & McManus 1975;Studier 1979); but mice in field populations are usually fully exploiting the available resources, so must accommodate the additional demands of reproduction primarily by reallocation of resources from other functions . Therefore, it might be hypothesised that nutritional differences, shown in this study to dramatically affect juvenile growth rates, would also influence the number of females able to breed, their litter sizes and their ability to nurse young, and hence weaning success and body mass of weanlings.…”

Calorie Restriction and Aging: A Life-History Analysis

“…A value of 2 KJg Ϫ1 day Ϫ1 was chosen to represent the basal metabolic rate of the house mouse, averaged over an extensive dataset (Mychra et al 1969;Mychra 1975;Studier 1979;Bronson 1984;Stephenson and Malik 1984;Kö nig et al 1988;Manning and Bronson 1990;Mutze et al 1991;Hayes et al 1992;Hammond et al 1994;Richardson et al 1994). Half of this energy is used in essential service functions and the remaining half is available for cell maintenance functions.…”

Cellular metabolic rates and oxidative stress profiles in primary fibroblast cells isolated from virgin females, reproductively experienced females, and male Sprague-Dawley rats

“…; Randolph et al. ; Studier ; McClure and Randolph ; Mattingly and McClure ; Nicoll and Thompson ; Prentice and Whitehead ; Rose ; Weiner ). This lack of metabolic difference is likely due to the fact that all of the samples were collected post‐lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood ).…”

“…Whole-animal metabolic rates in rats were consistent with our cellular metabolic rates, such that the act of reproduction does not significantly alter baseline oxygen consumption. (Trojan and Wojciechowska 1967;Dryden et al 1974;Randolph et al 1977;Studier 1979;McClure and Randolph 1980;Mattingly and McClure 1982;Nicoll and Thompson 1987;Prentice and Whitehead 1987;Rose 1987;Weiner 1987). This lack of metabolic difference is likely due to the fact that all of the samples were collected post-lactation, although it is interesting that we did not observe a change in baseline conditions across treatments as others have found (Zhang and Hood 2016).…”

Does high growth rate of juvenile house mice with prolonged access to ripening grain and free water drive population outbreaks?

“…data). All breeding mice have greatly increased demands for energy, protein and water, and when these resources are available ad libitum (as in laboratory conditions) they can allocate them directly to increasing litter size (Smith & McManus 1975;Studier 1979); but mice in field populations are usually fully exploiting the available resources, so must accommodate the additional demands of reproduction primarily by reallocation of resources from other functions . Therefore, it might be hypothesised that nutritional differences, shown in this study to dramatically affect juvenile growth rates, would also influence the number of females able to breed, their litter sizes and their ability to nurse young, and hence weaning success and body mass of weanlings.…”

Calorie Restriction and Aging: A Life-History Analysis

“…A value of 2 KJg Ϫ1 day Ϫ1 was chosen to represent the basal metabolic rate of the house mouse, averaged over an extensive dataset (Mychra et al 1969;Mychra 1975;Studier 1979;Bronson 1984;Stephenson and Malik 1984;Kö nig et al 1988;Manning and Bronson 1990;Mutze et al 1991;Hayes et al 1992;Hammond et al 1994;Richardson et al 1994). Half of this energy is used in essential service functions and the remaining half is available for cell maintenance functions.…”