Why do limbs get amputated

It can take upwards of six weeks if the wound is not healed properly or is taking longer to heal. A prosthesis generally has seven parts :. Once it is healed, the prosthetist will take a mold of your residual limb using plaster or 3D imaging, which be then be altered to better fit the residual limb. A socket will be created to fit the stump comfortably, and a temporary, diagnostic prosthesis will be attached to it.

The socket fit is crucial since that part will be right up against the stump and needs to be extremely comfortable for both comfort and safety. The temporary limb is used to make adjustments based on your individual needs. The temporary limb helps test various combinations of components to adjust comfort, stability, functions and efficiency. Since each prosthetic limb is unique to the person donning it, many adjustments and trials need to be made before the final product is ready.

Generally, you will need to visit your prosthetist between seven and 18 times, and there will be about 16 temporary or sample pieces created before the final one. A higher amputation may require a prosthesis with more parts, or an athlete may want an extra prosthesis specifically for sports. For example, a bicyclist may need alterations to an arm prosthesis and bike to ride safely. It is normal to feel some pain when you first don your new prosthesis since your body will need to get used to the new addition.

Still, it is always a good idea to describe any and all pain or discomfort — like pinching or poking, for example — to the prosthetist, just in case the artificial limb needs to be adjusted in any way. The prosthetist is a professional, and they know their business, which is why it is best to listen to their instructions and advice.

Just as important is asking your own questions and getting clarification on anything — no matter how silly it may seem to you. There will likely be a lot of information coming your way, and it can be very overwhelming. A good idea is to take notes during your meetings with the prosthetist so you can refer back to them later. Similarly, jot down any questions you may have between appointments so you remember to bring them up with the prosthetist.

The stump size will fluctuate for a while before settling on its final size. The goal is to get it as small as it can be, so wearing shrinker socks is crucial whenever you are not wearing the artificial limb. As their name suggests, shrinker socks will help mold the stump into a smaller, rounder shape. Of course, as the stump changes sizes and shapes, the socket will need to be adjusted accordingly to ensure the prosthesis is still comfortable.

If you are getting a prosthetic leg, you need to be aware of the heel height. The artificial limb is made for a specific heel height — likely to match your remaining limb's heel height in your most comfortable pair of shoes — so adjusting the heel height of your remaining limb can put your body off-kilter, which can then lead to more complications down the road. Always check with your prosthetist before you change your heel height.

Being crammed into a socket all day will inevitably make your residual limb perspire. Cleanliness is particularly crucial. The buildup of sweat and dirt can lead to various skin issues, thanks to the bacteria that will form.

Additionally, your residual limb is likely to develop an odor. Aside from cleaning your stump every day, you can also try sprinkling some baking soda on the stump before wearing your prosthesis to help reduce the amount of sweat. Similarly, you can also apply some over-the-counter antiperspirant to the stump before donning the prosthesis. And while you are cleaning up, remember to clean the socket as well.

The good news is the more you wear your prosthesis, the less you will perspire as your body gets used to its new normal. Still, keep checking on your residual limb for any injuries — like blisters or tender areas —as well as your remaining limb, especially if the reason for your amputation was due to health issues, like diabetes. As with anything else in life, practice makes perfect, and donning your new prosthesis is no different.

You may feel like that wearing a prosthesis will be exactly like having your amputated limb back, and while science and technology have come far enough for that to be closer to true, the human body still requires some level of training to adapt.

What is natural is how the human body responds to something like an amputation. When a limb is lost, the body will automatically put more of the burden on the remaining limbs to make up for the lost one. Prosthetic training is getting the body to unlearn what comes naturally and relearn how to function as if it was still working with all original limbs. For example, if you have had a leg amputated, your body's natural reaction will be to shift the burden on to the remaining leg.

But with a prosthesis, your body needs to learn how to evenly distribute the weight between the artificial and remaining leg. Continuing to place most of your weight on your remaining leg instead of on the prosthesis can cause various health problems down the line — and is likely to be uncomfortable. Regardless of which limb has been amputated, your body will need retraining to function properly with the prosthesis. For example, leg or foot amputations will require gait training , which teaches your body how to walk naturally again instead of limping.

This is crucial since the proper way of walking helps reduce the risk of multiple injuries in the back and legs. Gait training also helps take the pressure of the residual limb, which reduces the chances of injury. Similarly, if you had an arm or hand amputation, you will need to relearn how to do many things you previously took for granted, such as how to get dressed by yourself.

An occupational therapist will likely teach you tips and tricks to living independently with an amputation — both for doing things with and without your prosthesis. Putting on shoes, cooking dinner and even driving are all things that you will need to relearn, even with a prosthesis. The reason is that the prosthesis is unable to mimic many of the very fine motor skills that human hands are capable of.

This does not mean that you cannot do things requiring fine motor skills, just that you have to learn new ways to do them. An occupational therapist will help you learn to mimic some of those fine motor skills, such as the ones needed for eating with cutlery or going up and down the stairs. The amount of time the training takes varies from person to person and can be further complicated by the type of prosthesis being used.

Each prosthesis requires specific training because no two artificial limbs are alike. You should know exactly how to use your own prosthesis so you can live a highly independent life. The main goal of prosthetic training and occupational therapy is independence.

In the past, an amputation meant the end of your former life altogether. The technology was not advanced enough to allow amputees to do things independently.

Instead, they were highly dependent on others. Today, technology and our understanding of the human body and mind have come so far that amputees no longer need to be dependent on others to live a fulfilling life. With training, living aids and ongoing support, amputees can return to their independent lives. They can participate in sports, cook, drive — whatever they want.

The effect of independence goes beyond just physical rehabilitation — it is also vital for emotional rehabilitation. Many feelings come with an amputation, and regaining independence can help you feel more like yourself. Being independent and returning to the tasks you once did without a second thought can also help you become more comfortable with your new body image and your new reality.

It can boost your self-confidence and help alleviate feelings of grief and anger that often accompany an amputation. No matter how much you prepare, you will likely still experience challenges you never considered. You may feel that an amputation limits what you can and cannot do, but those limitations are more like pushes to alter how you do things.

For someone with an arm or hand amputation, relearning how to do seemingly simple tasks, like brushing your teeth, may become a challenge. Someone who has had a leg amputation will inevitably need to relearn how to walk and run. Luckily, living aids can assist those with amputations and encourage them to live more independent lives. From tools to help chop up vegetables to handlebars to make climbing in and out of the bath easier, almost anything that a non-amputee can do, an amputee can do as well.

Bathroom activities are often the most concerning for new amputees. Even if you do not mind asking for help in the kitchen or with household chores, everyone prefers to tend to bathroom duties by themselves. As mentioned, because prostheses are unable to mimic the fine motor skills needed for certain tasks — such as holding a toothbrush to brush teeth properly — living aids help make these tasks a bit easier.

You can even make some do-it-yourself living aids , like wrapping some tape or other anti-slip devices on a toothbrush to help the prosthesis grip it better. As we mentioned, the emotional impact of an amputation can be severe and there is no wrong way to deal with your amputation. Grief, anger, depression are just some of the possible emotions you will feel — and they are all valid and very normal. The important thing is how you cope with these feelings, whatever they are.

There are healthy and unhealthy ways to cope with an amputation. For example, refusing to deal with the reality and impact of your amputation is an unhealthy way to cope. Here are some healthy ways for dealing with amputation:. Rehabilitation is an ongoing process, so make sure the support you have is ongoing as well.

While peer support is crucial, so is the support of your rehabilitation team. Prepare your home before surgery: Plan for what help you will need when you come home from the hospital. Arrange for a family member, friend, or neighbor to help you. Or, ask your provider for help planning for a home health aide to come into your home. Ensure that your bathroom and the rest of your house are safe for you to move around in. For example, remove tripping hazards such as throw rugs.

Ensure that you will be able to get in and out of your home safely. After the Procedure. You may have a tube that drains fluid from the wound. This will be taken out after a few days. Before leaving the hospital, you will begin learning how to: Use a wheelchair or a walker.

Stretch your muscles to make them stronger. Strengthen your arms and legs. Begin walking with a walking aid and parallel bars. Start moving around the bed and into the chair in your hospital room. Keep your joints mobile. Sit or lie in different positions to keep your joints from becoming stiff. Control swelling in the area around your amputation. Properly put weight on your residual limb. You will be told how much weight to put on your residual limb.

You may not be allowed to put weight on your residual limb until it is fully healed. Outlook Prognosis. Alternative Names. Patient Instructions. Antiplatelet drugs - P2Y12 inhibitors Aspirin and heart disease Bathroom safety for adults Butter, margarine, and cooking oils Cholesterol and lifestyle Controlling your high blood pressure Diabetes - foot ulcers Dietary fats explained Fast food tips Foot amputation - discharge How to read food labels Leg amputation - discharge Leg or foot amputation - dressing change Managing your blood sugar Mediterranean diet Phantom limb pain Preventing falls Surgical wound care - open.

Foot Injuries and Disorders Read more. Manage Your Care From Anywhere. Activate Account. Create a New Account. Forgot Username or Password? Rehabilitation after amputation Rehabilitation team. What Causes Amputation? The causes for amputation may include any of the following: Diseases: Such as blood vessel disease called peripheral vascular disease or PVD , diabetes, blood clots, or osteomyelitis an infection in the bones.

Injuries: Especially of the arms. Surgery: To remove tumors from bones and muscles. Previous Section Next Section. Clinical Trials.