1                     When quadrupedal mammals gallop, 1ratio1 stride per breath coupling is necessitat

2 al gait transitions from walk to trot and to gallop and bound.

3 al changes of gaits from walk to trot and to gallop and bound.

4 endent gait changes from walk to trot and to gallop and bound.

5 t transition from walk, to trot, and then to gallop and bound; the homolateral LPN connections ensure

6 encing are the ba-da-dump pattern of a horse gallop and having push-off followed by heel-strike in hu

7 comotor gaits in mammals, such as walking or galloping, are produced by coordinated activity in neuro

8 ntly break their alveolar capillaries during galloping, causing hemorrhage.

9 entifiably common outputs, such as a trot or gallop, despite varations in intrinsic properties across

10 ting gait at slow speeds but transition to a galloping gait as speed increases.

11               Rainstorms, insect swarms, and galloping horses produce "sound textures"--the collectiv

12                         The muscular work of galloping in horses is halved by storing and returning e

13 F and C sites two-by-two in a discontinuous "galloping" manner.

14 tio, 1.31; 95% CI, 1.13-1.52; P=0.001) or S3 gallop (odds ratio, 1.21; 95% CI, 1.06-1.40; P=0.006).

15                Whether animals that generate galloping or hopping gaits, characterized by synchronous