Bergmanns rule / Polar gigantism heightmaxxing theory

[LeastObviousSub5]

Polar gigantism is a well documented biological phenomenon in which organisms inhabiting cold environments, particularly polar and deep ocean ecosystems, exhibit significantly increased body size compared to closely related species in warmer regions. This pattern is generally attributed to a combination of reduced metabolic rates in cold temperatures, increased oxygen availability, prolonged developmental timelines, and ecological conditions that favor slow and sustained growth. In such organisms, increased size is achieved not through rapid growth but through extended periods of proportional development. ex.) Squids

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Given that humans are biological organisms governed by the same fundamental physical and biochemical principles, it is reasonable to question why similar environmental conditions do not produce comparable increases in human body size. The primary explanation lies in intrinsic developmental constraints rather than environmental limitation. Human growth follows a determinate developmental pattern in which longitudinal skeletal growth is restricted by the programmed closure of epiphyseal growth plates during adolescence. Once these growth plates ossify, further increases in height become structurally impossible regardless of environmental conditions.



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Furthermore the human body’s organs and skeletal structures are not sufficiently large or robust to withstand substantial increases in overall body size, as physiological demands would exceed the structural and functional capacity of these systems.



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From a hypothetical standpoint, Growth hormone signaling plays a central role in cellular hypertrophy, organ enlargement, and skeletal development, suggesting that coordinated increases in systemic growth capacity could theoretically allow internal structuresto scale alongside increases in body size. Additionally, the timing of epiphyseal growth plate closure represents a critical developmental checkpoint. Extending the duration of skeletal growth using aromatase inhibitors theoretically would permit gradual increases in stature over longer developmental periods, more closely resembling the growth trajectories observed in large bodied animals.

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Within a purely theoretical framework, the combination of prolonged growth duration, coordinated proportional scaling of organs and skeletal structures, and favorable environmental conditions could produce physiological outcomes partially analogous to polar gigantism.



ALL HYPOTHETICAL NOT A DOCTOR

 

[luckycel]

Polar gigantism is a well documented biological phenomenon in which organisms inhabiting cold environments, particularly polar and deep ocean ecosystems, exhibit significantly increased body size compared to closely related species in warmer regions. This pattern is generally attributed to a combination of reduced metabolic rates in cold temperatures, increased oxygen availability, prolonged developmental timelines, and ecological conditions that favor slow and sustained growth. In such organisms, increased size is achieved not through rapid growth but through extended periods of proportional development.



————————————————————



Given that humans are biological organisms governed by the same fundamental physical and biochemical principles, it is reasonable to question why similar environmental conditions do not produce comparable increases in human body size. The primary explanation lies in intrinsic developmental constraints rather than environmental limitation. Human growth follows a determinate developmental pattern in which longitudinal skeletal growth is restricted by the programmed closure of epiphyseal growth plates during adolescence. Once these growth plates ossify, further increases in height become structurally impossible regardless of environmental conditions.



————————————————————



Furthermore the human body’s organs and skeletal structures are not sufficiently large or robust to withstand substantial increases in overall body size, as physiological demands would exceed the structural and functional capacity of these systems.



————————————————————



From a hypothetical standpoint, Growth hormone signaling plays a central role in cellular hypertrophy, organ enlargement, and skeletal development, suggesting that coordinated increases in systemic growth capacity could theoretically allow internal structuresto scale alongside increases in body size. Additionally, the timing of epiphyseal growth plate closure represents a critical developmental checkpoint. Extending the duration of skeletal growth using aromatase inhibitors theoretically would permit gradual increases in stature over longer developmental periods, more closely resembling the growth trajectories observed in large bodied animals.



————————————————————



Within a purely theoretical framework, the combination of prolonged growth duration, coordinated proportional scaling of organs and skeletal structures, and favorable environmental conditions could produce physiological outcomes partially analogous to polar gigantism.



ALL HYPOTHETICAL NOT A DOCTOR

y do people in colder climates have shorter limbs then?

 

[moid_user271k]

anything but doing sprints and eating healthy

 

[luckycel]

anything but doing sprints and eating healthy

"doing sprints"

 

[LeastObviousSub5]

y do people in colder climates have shorter limbs then?

it’s to conserve heat as current human evolution does not support the proposed goliath esc build. Also the result of many years of evolution. using exogenous hormones you can counteract the subpar human framing which would then fulfill the criteria needed to avoid that stocky like build and be come this aforementioned giant.

 

[LeastObviousSub5]

bump

 

[karmacitathugmaxx]

Are you tryna say icebath maxxing is legit

 

[LeastObviousSub5]

ice baths don’t support the oxygen part but the buoyancy added by the water would play a huge role if done from a very young age ex.) whales being shown to grow huge because their weight doesn’t matter humans can’t stay in an ice bath for extended periods of time without detriment so not really.

 

[lottacoping]

interesting thread, bump

 

[LeastObviousSub5]

ice baths don’t support the oxygen part but the buoyancy added by the water would play a huge role if done from a very young age ex.) whales being shown to grow huge because their weight doesn’t matter humans can’t stay in an ice bath for extended periods of time without detriment so not really.

unless you do it very often in combination with the suggested methods^^ then yes ice baths are “not cope”

 

[Jayrev]

Polar gigantism is a well documented biological phenomenon in which organisms inhabiting cold environments, particularly polar and deep ocean ecosystems, exhibit significantly increased body size compared to closely related species in warmer regions. This pattern is generally attributed to a combination of reduced metabolic rates in cold temperatures, increased oxygen availability, prolonged developmental timelines, and ecological conditions that favor slow and sustained growth. In such organisms, increased size is achieved not through rapid growth but through extended periods of proportional development. ex.) Squids

View attachment 4586061 View attachment 4586067



————————————————————



Given that humans are biological organisms governed by the same fundamental physical and biochemical principles, it is reasonable to question why similar environmental conditions do not produce comparable increases in human body size. The primary explanation lies in intrinsic developmental constraints rather than environmental limitation. Human growth follows a determinate developmental pattern in which longitudinal skeletal growth is restricted by the programmed closure of epiphyseal growth plates during adolescence. Once these growth plates ossify, further increases in height become structurally impossible regardless of environmental conditions.



————————————————————



Furthermore the human body’s organs and skeletal structures are not sufficiently large or robust to withstand substantial increases in overall body size, as physiological demands would exceed the structural and functional capacity of these systems.



————————————————————



From a hypothetical standpoint, Growth hormone signaling plays a central role in cellular hypertrophy, organ enlargement, and skeletal development, suggesting that coordinated increases in systemic growth capacity could theoretically allow internal structuresto scale alongside increases in body size. Additionally, the timing of epiphyseal growth plate closure represents a critical developmental checkpoint. Extending the duration of skeletal growth using aromatase inhibitors theoretically would permit gradual increases in stature over longer developmental periods, more closely resembling the growth trajectories observed in large bodied animals.
View attachment 4586062

View attachment 4586063
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Within a purely theoretical framework, the combination of prolonged growth duration, coordinated proportional scaling of organs and skeletal structures, and favorable environmental conditions could produce physiological outcomes partially analogous to polar gigantism.



ALL HYPOTHETICAL NOT A DOCTOR

High iq thread bump