Значения термина allometric на английском

In allometric growth, by contrast, different parts grow at different rates.

Clearance and volume of secukinumab varied with body weight in an allometric relationship.

Juvenile fins continued allometric growth until development of the mature bi-lobed shape was completed.

These allometric models naturally help to overcome the heteroscedasticity and skewness observed with per ratio variables.

The upper molar emerged as highly evolvable, because a strong allometric component contributed to its variance.

This allometric relationship drove a repeated but independent evolution of a peculiar upper molar shape whenever size increased.

Muscle strength values were adjusted for the influence of body height and body weight using an allometric scaling procedure.

If allometric ontogenies establish channels of positive constraint, then heterochrony supplies a convenient and effective mechanism for evolutionary utilization.

The most successful allometric scaling method yielded clearance predictions that were, on average, within 80% of actual values.

Extrapolation to an adult clearance from neonatal data is possible using allometric size models and a function describing clearance maturation.

Decoupling then becomes intensified because higher levels exhibit allometric properties that distinguish their phenomenology from the workings of lower levels.

A multiplicative model (with allometric body size components) was proposed and fitted to the ADNFS blood pressure results.

The allometric power model suggested that clearance in smaller children is higher than that predicted on the basis of weight alone.

Finally, we develop allometric models and show their potential to aid in the discrimination of mutant phenotypes masked by alterations in growth.

An allometric formula was applied to morphometrical data, and the relative growth of each character to total length of skull was analyzed.

We have revealed a critical transition in growth control during zebrafish caudal fin development, wherein a switch from allometric to isometric growth occurs.