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The DMD patient's muscle morph kinda looks like a static TV, and very visible. While the normal morph looks still, and easier to see.

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When comparing these I notice that the sarcomere morphology is that the normal patient looks in order while the duchenne patient looks more scrambled.

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The sarcomere in the patient with DMD looks unorganized and more ¨out of control¨, while the normal sarcomere looks more restrained and close-kept.

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The healthy muscle looks very straight and neat. While the other one, looks very messy and not in order.

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The normal one is neater and lined up, while the one for the person with DMD is more messy and unorganized. Lines are not straight.

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The normal muscles look organized and perfect while the DMD muscles look like a mess and is all over the place

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On the left picture the muscle isn't ripped but on the right, the muscle seem more torn. The muscle with Duchennee isn't healthy.

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the dmd one looks distorted or messy while the normal one looks completely fine.

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The model that shows how the lines are straight without any problems is healthy which makes the other one not since it shows lines that are messed up and not straight.

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The first model shows a normal diagram of sarcomere, visible organized in a way. While the second diagram shows abnormal sarcomere, being not organized nor matching up in a line like the first model was.

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The normal muscles are "organized" in a way, meaning they are neat and working properly. The duchenne muscles are more scattered and stretched out all over the place.

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the normal one is like all line up and neat with like equal parts But the other one is all messed up some are long other or small

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The normal one looks straight and organized but the dmd one looks messy and un even

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the first model is the normal one, and the second one with the dmd one. the first one looks more stable and healthy, while the second one looks unstable and unhealthy. dystrophin acts as a kind of organizer and without it it can get disorganized.

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The healthy one is very formatted and neat while the DMD one looks almost like someone went in and destroyed it.

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the muscles tear. In the duchenne patient it appears more messy. The one on the left is neat.

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One model has a good example of muscles rebuilt and stronger and on the other model it shows the muscles weaker and not able to built or repair its self 

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One model has a good example of muscles rebuilt and stronger and on the other model it shows the muscles weaker and not able to built or repair its self 

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The DMD one seems to be messy and a lot black then the normal one. The normal one is organized and have some/less black.

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The DMD one seems to be messy and a lot black then the normal one. The normal one is organized and have some/less black.

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In the first model it shows how the muscle would look unhealthy and with tears/rips. The second model shows a healthier muscle that doesn't tear. 

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In the first model it shows how the muscle would look unhealthy and with tears/rips. The second model shows a healthier muscle that doesn't tear. 

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 The role dystophin plays is helping the muscles not tear, Not having it can cause the muscles to tear more and causing more problems etc.

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 The role dystophin plays is helping the muscles not tear, Not having it can cause the muscles to tear more and causing more problems etc.

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the normal one is more organized while the DMD one is very messy, it also has alot more black parts than the normal one. This might be because the muscle tissue in DMD doesnt come back fast enough so it ends up messy and weak.

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the normal one is more organized while the DMD one is very messy, it also has alot more black parts than the normal one. This might be because the muscle tissue in DMD doesnt come back fast enough so it ends up messy and weak.

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The lack of dystophin creates the tears in the myocyte membrane. causes the DMD sarcomere to be messy and unorganized. The lack of dystrophin causes tears, which makes everything out of place, letting in calcium and letting out Creatine Kinase. This then replaces the myocytes with fat and Scar tissues, further leading to a mess sarcomere.

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The lack of dystophin creates the tears in the myocyte membrane. causes the DMD sarcomere to be messy and unorganized. The lack of dystrophin causes tears, which makes everything out of place, letting in calcium and letting out Creatine Kinase. This then replaces the myocytes with fat and Scar tissues, further leading to a mess sarcomere.

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In the DMD diagram it shows a lot of messy black rods which i can assume are fat and scar tissue while the healthy muscle is a lot more organized and doesn't have black rods in the middle of the muscles. Dystrophin plays a role in the differences because dystrophin helps the muscles not tear and if you dont have dystrophin  then tearing occurs and lets an excess of calcium ions to enter and creatine kinase to exit the muscle. 

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In the DMD diagram it shows a lot of messy black rods which i can assume are fat and scar tissue while the healthy muscle is a lot more organized and doesn't have black rods in the middle of the muscles. Dystrophin plays a role in the differences because dystrophin helps the muscles not tear and if you dont have dystrophin  then tearing occurs and lets an excess of calcium ions to enter and creatine kinase to exit the muscle. 

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In a DMD patient the sarcomere is scrambled together rather than neatly organized in a normal patient. Dystrophin most likely causes this, due to the lack of dystrophin there are tears, causes calcium to deplete important protein, then letting creatine Kinase out into the blood. This probably changes how the sarcomere is structured, since everything isn't in their correct places.

# data[].attributes.subject
In a DMD patient the sarcomere is scrambled together rather than neatly organized in a normal patient. Dystrophin most likely causes this, due to the lack of dystrophin there are tears, causes calcium to deplete important protein, then letting creatine Kinase out into the blood. This probably changes how the sarcomere is structured, since everything isn't in their correct places.