It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足睡导致本应该在睡中消耗卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续快速证据，暗示这些动物具有相对高基础代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不睡眠导致本应该在睡眠过程中消耗卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续快速生长证据，暗示这些动物具有高基础代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足的睡眠导致本应该在睡眠过程中消耗的卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续快速长的证据，暗示这些物具有相对高的代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充眠导致本应该在眠过程中消耗卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续快速生长证据，暗示这些动物有对高基础代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足的睡眠导致本应该在睡眠过程中消耗的卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所，即使进入幼年晚期与亚成体阶段，仍持续快速生长的证据，暗示这些动物具有相对高的基础代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足的睡眠导致本应该在睡眠过程中消耗的卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续快速生长的证据，暗示这些动物具有相对高的基础。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足的眠导致本应眠过程中消耗的卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续快速生长的，示这些动物具有相对高的基础代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足的睡眠导致本应该在睡眠程中消耗的卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续快速生长的证据，暗示这些动物具有相对高的基础代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足睡眠导致本应该在睡眠过程中消路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，快速生长证据，暗示这些动物具有相对高基础代谢率。

It is possibile that reduced slumber affects the number of calories burned while at reast( basal metabolic rate) and translates into weight gain over time.

可能是不充足的睡眠导致本应该在睡眠过耗的卡路里（热量）受到了影响，因而导致体重增。

So evidence of sustained rapid growth, even into late juvenile and subadult stages, implies that the animals in question had relatively high basal metabolic rates.

所以，即使进入幼年晚期与亚成体阶段，仍持续长的证据，暗示这些动物具有相对高的基础代谢率。