More bone mass

[Ryan.bp]

Electricity in muscles refers to the electrical signals that play a crucial role in stimulating muscle contraction and facilitating body movement. Every cell in my body, including muscle cells, has an electrical potential known as the membrane potential. This potential arises from the difference in ion concentrations, such as sodium and potassium, inside and outside the cell. When my brain receives a signal to move a muscle, electrical signals are sent from my nerves to the muscles, known as action potentials. When the electrical signal reaches the nerve endings at the neuromuscular junction, the neurotransmitter acetylcholine is released, prompting the release of calcium from the sarcoplasmic reticulum within the muscle fibers.
As calcium levels rise, it interacts with proteins within the muscle fibers, such as actin and myosin, leading to muscle contraction. This process involves the sliding of muscle fibers over one another, resulting in the shortening of the muscle and enabling movement. Skeletal muscles are the type that is under my voluntary control and are connected to my bones, while cardiac muscles function autonomously, generating their electrical signals to stimulate heart contractions. Smooth muscles, located in the walls of my internal organs, also operate involuntarily.
In these processes, ions play a vital role. When a muscle receives a signal, sodium enters the cell, causing an increase in the electrical potential inside the cell, and then potassium exits the cell, helping restore the membrane potential to its resting state. Additionally, electricity is used in therapy, where low electrical currents are applied to the skin to stimulate my muscles and improve blood circulation, known as electrical stimulation. In the sports field, some athletes use devices to electrically stimulate their muscles to enhance performance and increase muscle strength, but this technique should be used carefully and judiciousl
y

I translated this from my first lang to English btw+ what do u think about this

 

[Scriggan]

Electricity in muscles refers to the electrical signals that play a crucial role in stimulating muscle contraction and facilitating body movement. Every cell in my body, including muscle cells, has an electrical potential known as the membrane potential. This potential arises from the difference in ion concentrations, such as sodium and potassium, inside and outside the cell. When my brain receives a signal to move a muscle, electrical signals are sent from my nerves to the muscles, known as action potentials. When the electrical signal reaches the nerve endings at the neuromuscular junction, the neurotransmitter acetylcholine is released, prompting the release of calcium from the sarcoplasmic reticulum within the muscle fibers.
As calcium levels rise, it interacts with proteins within the muscle fibers, such as actin and myosin, leading to muscle contraction. This process involves the sliding of muscle fibers over one another, resulting in the shortening of the muscle and enabling movement. Skeletal muscles are the type that is under my voluntary control and are connected to my bones, while cardiac muscles function autonomously, generating their electrical signals to stimulate heart contractions. Smooth muscles, located in the walls of my internal organs, also operate involuntarily.
In these processes, ions play a vital role. When a muscle receives a signal, sodium enters the cell, causing an increase in the electrical potential inside the cell, and then potassium exits the cell, helping restore the membrane potential to its resting state. Additionally, electricity is used in therapy, where low electrical currents are applied to the skin to stimulate my muscles and improve blood circulation, known as electrical stimulation. In the sports field, some athletes use devices to electrically stimulate their muscles to enhance performance and increase muscle strength, but this technique should be used carefully and judiciousl
y

I translated this from my first lang to English btw+ what do u think about this

dnr can you make a summery

 

[ThisCat]

dnr can you make a summery

 

[RadicalRafe]

Electricity in muscles refers to the electrical signals that play a crucial role in stimulating muscle contraction and facilitating body movement. Every cell in my body, including muscle cells, has an electrical potential known as the membrane potential. This potential arises from the difference in ion concentrations, such as sodium and potassium, inside and outside the cell. When my brain receives a signal to move a muscle, electrical signals are sent from my nerves to the muscles, known as action potentials. When the electrical signal reaches the nerve endings at the neuromuscular junction, the neurotransmitter acetylcholine is released, prompting the release of calcium from the sarcoplasmic reticulum within the muscle fibers.
As calcium levels rise, it interacts with proteins within the muscle fibers, such as actin and myosin, leading to muscle contraction. This process involves the sliding of muscle fibers over one another, resulting in the shortening of the muscle and enabling movement. Skeletal muscles are the type that is under my voluntary control and are connected to my bones, while cardiac muscles function autonomously, generating their electrical signals to stimulate heart contractions. Smooth muscles, located in the walls of my internal organs, also operate involuntarily.
In these processes, ions play a vital role. When a muscle receives a signal, sodium enters the cell, causing an increase in the electrical potential inside the cell, and then potassium exits the cell, helping restore the membrane potential to its resting state. Additionally, electricity is used in therapy, where low electrical currents are applied to the skin to stimulate my muscles and improve blood circulation, known as electrical stimulation. In the sports field, some athletes use devices to electrically stimulate their muscles to enhance performance and increase muscle strength, but this technique should be used carefully and judiciousl
y

I translated this from my first lang to English btw+ what do u think about this

yeye for sure i read the whole thing

 

[DR. NICKGA]

Cope

 

[Bewusst]

Piece of advice for future threads: Use paragraphs and try to summarize essays (ideally in bold letters) if you expect ADHDcels on here to read beyond the title

 

[Ryan.bp]

dnr can you make a summery

dnr can you make a summery

Ight whigga
So the electricity in muscles doesn’t just help them move it also helps with bone density. When your muscles contract bcuz of electrical signals from your brain it actually helps stimulate your bones to get stronger and denser js basically when you work out or use electrical stimulation on your muscles it puts stress on the bones which makes them grow stronger and increase in density. This is why keeping your muscles active can also help keep your bones healthy bhai

 

[Scriggan]

Ight whigga
So the electricity in muscles doesn’t just help them move it also helps with bone density. When your muscles contract bcuz of electrical signals from your brain it actually helps stimulate your bones to get stronger and denser js basically when you work out or use electrical stimulation on your muscles it puts stress on the bones which makes them grow stronger and increase in density. This is why keeping your muscles active can also help keep your bones healthy bhai

hypertrophy?

 

[Ryan.bp]

Piece of advice for future threads: Use paragraphs and try to summarize essays (preferably in bold letters) if you expect ADHDcels on here to read beyond the title

Js said every detail to explain why will this shit work but ty

 

[swaggerdoodle]

 

[AlphaLooksmaxxer666]

autism.org

 

[uOrca]

why talk so much, wheres the tldr faggot

nvm found it

 

[Olberic]

Electricity in muscles refers to the electrical signals that play a crucial role in stimulating muscle contraction and facilitating body movement. Every cell in my body, including muscle cells, has an electrical potential known as the membrane potential. This potential arises from the difference in ion concentrations, such as sodium and potassium, inside and outside the cell. When my brain receives a signal to move a muscle, electrical signals are sent from my nerves to the muscles, known as action potentials. When the electrical signal reaches the nerve endings at the neuromuscular junction, the neurotransmitter acetylcholine is released, prompting the release of calcium from the sarcoplasmic reticulum within the muscle fibers.
As calcium levels rise, it interacts with proteins within the muscle fibers, such as actin and myosin, leading to muscle contraction. This process involves the sliding of muscle fibers over one another, resulting in the shortening of the muscle and enabling movement. Skeletal muscles are the type that is under my voluntary control and are connected to my bones, while cardiac muscles function autonomously, generating their electrical signals to stimulate heart contractions. Smooth muscles, located in the walls of my internal organs, also operate involuntarily.
In these processes, ions play a vital role. When a muscle receives a signal, sodium enters the cell, causing an increase in the electrical potential inside the cell, and then potassium exits the cell, helping restore the membrane potential to its resting state. Additionally, electricity is used in therapy, where low electrical currents are applied to the skin to stimulate my muscles and improve blood circulation, known as electrical stimulation. In the sports field, some athletes use devices to electrically stimulate their muscles to enhance performance and increase muscle strength, but this technique should be used carefully and judiciousl
y

I translated this from my first lang to English btw+ what do u think about this

everything you've pretty much said about action potentials etc i'm literally learning in college haha. high iq post tho nice job

 

[sellatine]

everything you've pretty much said about action potentials etc i'm literally learning in college haha. high iq post tho nice job

explain