You have gastrocnemius and soleus muscles on the back of the leg. They have common insertion in the form of tendocalcaneus. On the front side you have muscles of peroneal compartment to antagonize the calf muscles.
the antagonist in dorsiflexion at the ankle is the soleus.
It depends what movement. If you dorsiflex the ankle the agonist is the anterior tibialis and the antagonist is the gastrocnemius and when you plantar flex, it's visa vera.
Antagonistic pair is a combination of agonist and antagonist muscles that only one contracts and the other one relaxes. The biceps in a human body are an example of it.
Muscles cannot push, they can only pull which means they work in pairs in order to move, this is known as antagonistic pairs. For example with a bicep curl you have the agonist/ prime mover (Bicep) and the antagonist/ Opposing muscle group (Triceps). As the agonist contracts it pulls the antagonist which relaxes.
because you suck
The muscles of a chickens wing are antagonistic. Antagonistic muscles are the ones that oppose a specific type of movement.
Yes. An antagonistic pair of muscles, such as the biceps and the triceps, allows movement of body parts through opposing motions. As one of these muscles contracts, the other relaxes.
which two pairs of muscles are antagonistic pairs?
Antagonist activity is the activity that is counter to the agonist or it can be viewed as an inhibitory activity. If pharmacology, the antagonist does not have any activity, but it blocks or inhibits the activity of the agonist.
One is the agonist and the other is called the antagonist. Agonist: muscle which is the main mover, it contracts and shortens Antagonist: muscle that lengthens and controls e.g. flexion at the elbow: the biceps are the agonist and the triceps are the antagonist.
they are called antagonistic muscles.
in the arm: bicep contracts (agonist) triceps relax (antagonist) in the leg: hamstrings contract (agonist) quadriceps relaxes (antagonist) remember the agonist is the muscle "agonising" to do the work - like pulling the joint.
there are upto four functional groups of muscles acting on joints. 1 agonist: actively contract to make a movement. muscle length reduces. 2. antagonist: resists the muscle on opposite side, thereby controls the speed of the agonist muscle contraction. that's why they say both agonist and antagonist muscles are working in pairs. furthermore when the movement is reversed the original agonist becomes the antagonist and the original antogonist becomes the agonist. hence antagonist pairs. right? 3. stabilisers: some muscles will hold the joint area stable while other three types of muscles are making a movement. 4. modifiers: some muscles can slightly change the direction of force exerted by agonists dynamically.
i think it is the vastus lateralis but im not sure