Sentence examples for behavior without the need from inspiring English sources

The mechanisms governed by the above four effects allow focal adhesions to exhibit a rich variety of behavior without the need to introduce special constitutive assumptions for their response.

Apart from the single-cell tracking experiments, we developed a facile analytical method to allow for analysis of population behavior without the need for live-cell imaging.

The results suggest that cyclic growth and decline of the bifurcating channels may arise as inherent system behavior, without the need of any additional external forcing.

Under such circumstances, a brief self-regulatory treatment, as provided in this study, might be a useful shortcut towards the target behavior, without the need to provide lengthy educational messages.

These data (1) identify GlyCl as a unique marker of cells that can control melanocyte behavior non-cell-autonomously, (2) reveal a novel mechanism by which bioelectrical properties of the microenvironment mediate the stem-cell cancer-cell transtem-cell cancer-cellt a new clastem-cell cancer-cellmanipulatransitiononic stem cell behandor without the need for gene therapy.

To this end, we tested rats with MTT lesions on a series of tasks that required the animals to use spatial information to guide behavior without the need to navigate effectively or monitor where it had traveled within any given trial.

Theorem 2 also gives information relevant to the normal form for application of our dynamical behavior results without the need to have an explicit normal form, which is useful because finding a normal form may be difficult in practice.

"Automatic pilot" is a term used to describe the experience of engaging in a sequence of behaviors seemingly without the need for any conscious thought on your part, just as the automatic pilot on a plane is programmed to take over the controls so that the pilot does not need to fly the plane.

This unit is guided by a written program, and can vary the incident angle in order to give a prescribed thermal behavior with time, without the need to change the air inlet conditions.

Our goal is to provide an alternative scheme to measure the strain-hysteretic behavior of nonconductive materials without the need to invest in expensive software or AFM-moduli.

Although a few strategies for improving system efficiency have previously been proposed, the analytical models presented here provide the ability to rapidly (a) quantify the performance advantages of these strategies and (b) project how assorted modifications should affect system behavior, in both cases, without the need for expansive simulations.