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Performance of guinea fowl Numida meleagris during jumping

We hypothesized that by making use of elastic energy storage and release, the leg muscles could provide the large power outputs needed for achieving high velocities after

The Journal of Experimental Biology Outstanding Paper Prize

Amazingly, the peak-launch muscle powers that Henry measured and calculated were more than twice the muscle''s possible power output; they must be storing elastic energy and releasing it explosively to launch themselves off the ground. The 1.5 kg guinea fowl seem to be using an elastic energy storage jumping mechanism.

Performance of guinea fowl

We hypothesized that by making use of elastic energy storage and release, the leg muscles could provide the large power outputs needed for achieving high velocities after

Plasticity of the gastrocnemius elastic system in response to

Elastic energy storage and release can enhance performance that would otherwise be limited by the force-velocity constraints of muscle. While functional influence of a biological spring depends on tuning between components of an elastic system (the muscle, spring, driven mass, and lever system), we do not know whether elastic systems

Comparison of jumping performance in guinea fowl and common

Jumping can provide the vertical acceleration necessary for a rapid takeoff, which may be particularly important for ground-dwelling birds such as... | Guinea, Jump and Galliformes | ResearchGate...

Plasticity of the gastrocnemius elastic system in response to

The temporal decoupling of energy production from energy delivery permitted by elastic energy storage allows muscles and tendons to produce force effectively over a wider

Plasticity of the gastrocnemius elastic system in response to

Elastic energy storage and release can enhance performance that would otherwise be limited by the force-velocity constraints of muscle. While functional influence of a

Adaptations for economical bipedal running: the effect of limb

The use of distal joints to power running reflects a limb structure with a greater reliance on elastic energy storage and release. The increased lower limb length in ostriches, in particular the tarsometatarsus, results in very long and slender tendons of the digital flexors that are ideal for elastic energy storage and release [26,27].

Plasticity of the gastrocnemius elastic system in response to

The temporal decoupling of energy production from energy delivery permitted by elastic energy storage allows muscles and tendons to produce force effectively over a wider range of shortening or lengthening speeds.

Storage of elastic energy in guinea fowl lateral gastrocnemius

Over the energy range explored (1.4-2.4 GeV), corresponding to an average q2 ranging from 0.8 to 2.4 (GeV/c)2, the yield of wide-angle (60°<θ<120°) electron-positron elastic scattering events...

(PDF) Performance of guinea fowl Numida meleagris during

We hypothesized that by making use of elastic energy storage and release, the leg muscles could provide the large power outputs needed for achieving high velocities after takeoff.

The Journal of Experimental Biology Outstanding Paper Prize,2005

Amazingly, the peak-launch muscle powers that Henry measured and calculated were more than twice the muscle''s possible power output; they must be storing

Storage of elastic energy in guinea fowl lateral gastrocnemius

Over the energy range explored (1.4-2.4 GeV), corresponding to an average q2 ranging from 0.8 to 2.4 (GeV/c)2, the yield of wide-angle (60°<θ<120°) electron-positron

(PDF) Performance of guinea fowl Numida meleagris

We hypothesized that by making use of elastic energy storage and release, the leg muscles could provide the large power outputs needed for achieving high velocities after takeoff.

Adaptations for economical bipedal running: the effect of limb

The use of distal joints to power running reflects a limb structure with a greater reliance on elastic energy storage and release. The increased lower limb length in ostriches, in

Performance of guinea fowl Numida meleagris during jumping

We hypothesized that by making use of elastic energy storage and release, the leg muscles could provide the large power outputs needed for achieving high velocities after takeoff. We investigated the performance of the leg muscles of the guinea fowl Numida meleagris during jumping using kinematic and force-plate analyses.

Comparison of jumping performance in guinea fowl

Jumping can provide the vertical acceleration necessary for a rapid takeoff, which may be particularly important for ground-dwelling birds such as... | Guinea, Jump and Galliformes | ResearchGate...

Performance of guinea fowl

We hypothesized that by making use of elastic energy storage and release, the leg muscles could provide the large power outputs needed for achieving high velocities after takeoff. We investigated the performance of the leg muscles of the guinea fowl Numida meleagris during jumping using kinematic and force-plate analyses.

About Elastic energy storage Guinea

About Elastic energy storage Guinea

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