Dominic Stone
The pinky finger is often overlooked, but it plays a crucial role in many activities, including swimming. The pinky is connected to the Ulna, which is linked to the tricep muscle. By flexing and cupping the pinky and ring finger backwards during a Freestyle Pull, swimmers can fully recruit all the muscles in the Posterior Oblique Subsystem (POS), resulting in a stronger pull. The pinky finger's connection to the ulnar nerve also affects its movement, making it harder to move independently compared to other fingers.
| Characteristics | Values |
|---|---|
| Pinky finger muscles | The pinky finger is connected to the tricep muscle via the Ulna |
| Pinky finger movement | The pinky finger is harder to move separately due to the intertwining of nerves with the ring finger |
| Pinky finger in swimming | The pinky finger is important in the Freestyle Pull as it makes the pull stronger |
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What You'll Learn
- The pinky finger is connected to the Ulna, which is connected to the tricep muscle
- The pinky finger is harder to move separately from the ring finger because their nerves are intertwined
- The pinky finger is important in swimming, as it needs to be flexed and cupped backwards during the Freestyle Pull
- The pinky finger is connected to the brain through the ulnar nerve
- The pinky finger is connected to the Latissimus Dorsi muscle
The pinky finger is connected to the Ulna, which is connected to the tricep muscle
The pinky finger is also connected to the tricep muscle via the ulna. The tricep is one of the muscles engaged by the Posterior Oblique Subsystem (POS), which is activated when the pinky and ring fingers are flexed and slightly cupped backwards during the freestyle pull in swimming. Engaging the POS system in this way makes the pull stronger.
The ulna is also connected to the latissimus dorsi muscle, which is engaged by the POS when the pinky finger is contracted. The latissimus dorsi is one of the muscles on the front side of the body, along with the bicep and chest muscles.
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The pinky finger is harder to move separately from the ring finger because their nerves are intertwined
The pinky finger does have its own muscles, however. The contracted tricep is connected (fascially) to the pinky via the ulna. The pinky and ring finger need to be flexed and slightly cupped backwards during the freestyle pull in order to fully recruit all the muscles in the POS system.
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The pinky finger is important in swimming, as it needs to be flexed and cupped backwards during the Freestyle Pull
The pinky finger is also connected to the Posterior Oblique Subsystem (POS), which engages the Latissimus Dorsi and opposing Gluteus Maximus muscles. By flexing the pinky and ring finger during the freestyle pull, you are able to fully recruit all the muscles in the POS system, making your pull stronger.
If you do not properly engage your pinky and ring finger during the freestyle pull, you may enter with your thumb, lead the pull with your elbow, or pull using your first three fingers. This will make your pull weaker, as you will not be fully engaging all the muscles in the POS system.
Therefore, it is important to focus on flexing and cupping your pinky finger backwards during the freestyle pull in order to maximise the power of your stroke and improve your swimming performance.
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The pinky finger is connected to the brain through the ulnar nerve
The ulnar nerve gets its name from its location near the ulna bone, a bone in the forearm on the side of the pinky finger. The ulnar nerve starts in the neck and travels through the shoulder, down the arm, into the wrist and fingers. It provides sensation to the forearm and the fourth and fifth fingers. The ulnar nerve goes beneath muscles on the inside of the forearm, running alongside the median nerve and the ulna. It enters the palm on the pinky finger side through an opening called Guyon's canal (ulnar tunnel), which also holds the ulnar artery.
The pinky finger is connected to the latissimus dorsi and the gluteus maximus muscles. The contracted tricep is connected to the pinky via the ulna. The pinky and ring finger need to be flexed and slightly cupped backwards during the freestyle pull in order to fully recruit all the muscles in the POS system.
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The pinky finger is connected to the Latissimus Dorsi muscle
When performing a Freestyle Pull, it is essential to engage the pinky finger properly to make the pull stronger. By flexing and slightly cupping the pinky and ring fingers backwards, all the muscles in the Posterior Oblique Subsystem (POS) are recruited, resulting in a more powerful pull.
The POS system involves the engagement of the Latissimus Dorsi and tricep muscles on one side of the body. The contracted tricep is connected to the pinky finger via the Ulna. This connection allows for the transmission of force from the muscles to the pinky finger, enabling a stronger pull.
The pinky finger's connection to the Latissimus Dorsi and other muscles highlights its importance in generating strength and stability during certain movements. By understanding this connection, individuals can improve their performance in activities such as swimming, where proper engagement of the pinky finger can enhance the efficiency of strokes like the Freestyle Pull.
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Frequently asked questions
No, the pinky finger does not have muscles. However, it is connected to the Ulna, which is connected to the tricep.
The Ulna is a bone in the forearm that runs from the elbow to the pinky finger.
The tricep is a muscle in the upper arm that allows for elbow extension and shoulder abduction.
Engaging the pinky finger during a Freestyle Pull makes the pull stronger. This is because the pinky finger is connected to the Ulna, which is connected to the tricep. By engaging the pinky finger, you are also engaging the tricep, which provides more power and strength.
To properly engage your pinky finger during a Freestyle Pull, you should flex and slightly cup it backwards. This will help you fully recruit all the muscles in the POS system, which includes the tricep and Latissimus Dorsi muscles.
