Immediate Post-Operative Prosthesis (IPOP) Instructions.

Instructions for fitting of Ipop:

  1. Top left square: Patient has already been measured for the proper size of Limbguard by a professional orthotist. Apply device over surgical dressing and/or prosthetic sock.
  2. Roll sock on patient, pull sock up as stretching it out. Make sure there are no wrinkles or extra material at the distal end of the limb. Place limb inside of the outer thermoplastic shell. Make sure the blue foam is at the distal end to provide cushioning.
  3. Top right square: Attach the long, narrower neoprene cover to the top Velcro hook area, as illustrated above. Only slight tension, to patient tolerance.
  4. Bottom left square: Un-attach the white foam from the larger neoprene cover. Place the white floating shell foam over the knee and distal end. The anterior shell should encompass the knee. When looking at the foam, the flexed knee shaped area goes towards the top. Place the larger neoprene cover over the Velcro hook area as illustrated in the image.
  5. Patient’s limb is protected. The goals of the device is to keep the knee extended, to prevent knee flexion contractures and to protect the residual limb incase of a fall.
  6. If given a belt, attach the “Y” shaped strap upside down, attaching the “V” section to the Velcro hook of the top long narrower neoprene section. Adjust the strap to the length needed with the provided double sided Velcro hook. loop it through the belt to suspend the IPOP and prevent it from falling. See images below.

If any questions please feel free to contact our office. We would love to be able to help you.


MARTIN BIONICS: SOCKETLESS SOCKET

Innovative Prosthetic Solutions, Inc is a proud partner of Martin Bionics’ Clinical Network Practitioners.

The unique conformability of the Socket-less Socket™ technology has changed comfort and quality of life for those who use this type of prosthesis. Hot sweaty enclosed sockets are things of the past. The unique open socket designs help keep the limb cool, which eliminates sweating issues for a lot of users. This type of socket also helps with tendon impingement due to its flexibility; it bends and conforms with the patient. We believe the socket should conform to your every move. Sitting with a prosthetic is now so comfortable you’ll forget you are wearing it.

For more information please follow the link below to Martin Bionic’s main website

https://martinbionics.com/

Martin Bionics AK (Above Knee) Socketless Socket

ICON BK STYLE SOCKETLESS SOCKET BY MARTIN BIONICS

Below Knee BK Socketless Socket
Hammock Style BK ICON Martin Bionic’s Socketless Socket

ICON BK-HYBRID STYLE SOCKETLESS SOCKET BY MARTIN BIONICS

ICON BK HYBRID SOCKETLESS SOCKET

Wrist Extension Orthosis

The custom design below is intended to help extend the wrist and provide static stretching overtime. The joint allows for adjustability to adjust the angle of the wrist as needed. This devices is designed for patient’s who present with tone, wrist flexion contractures secondary to CVA (Stroke), cerebral palsy (CP), traumatic brain injury (TBI), spinal chord injury (SCI), etc. The device is very comfortable and effective. Please call our office at (949) 699-0600 if you or a loved one is in need of a orthotic device.


El diseño personalizado esta destinado para ayudar a extender la muñeca y proporcionar estiramiento estatico. La articulacian permite la capacidad de ajuste al angulo de la muñeca segun sea necesario. Este dispositivo esta diseñado para pacientes que presentan con tono, contracturas de flexion de muñeca secundarias a ACV (Ictus), paralisis cerebral (PC), lesion cerebral traumatica (TBI), lesion medular (LME), etc. El dispositivo es muy comodo y efectivo. Llame a nuestra oficina al (949) 699-0600 si usted o un ser querido necesita un dispositivo ortopedico.

Common Skin Issues & Solutions: Amputee Edition

Disclaimer: Please spot check or check with your physician prior to using these products. These are only recommendations and possible solutions. Try at your own risk.

1.Dry, flaky skin

Possible Cause(s): Dry skin could be caused by the weather, an irritating product or fabric, or possibly your daily routine (especially if that routine includes very hot showers).

Possible Solution(s): To relieve itchy, dry skin, add a skin-nourishing moisturizer to your daily skin care routine. A thick, creamy formula will soften the skin, keeping it from cracking and drying out again. We suggest you check out VitalFitSR, their product is formulated with amputees in mind. In the mean time you could wear a “liner liner” which is a thin one ply cotton stocking over the area and under the liner to protect your skin.

Link provided below:
https://vitalfitsr.com/


2. Skin irritation on the thigh

Possible Cause(s): The top edge of the gel liner and/or sleeve is pulling on the skin of your thigh. Your skin could also be sensitive to the material of the liner.

Possible Solution(s): Apply a thin layer of vaseline or anti-itch cream over the area of your thigh where the irritation is occuring. Roll your prosthetic liner and suspension sleeve on instead of pulling them on.

Link provided below:
Amazon.com: StingEze Original Insect Bite Itch Relief Dauber, 0.5 Ounce, Black (3310) : Liberty Mountain Sports: Health & Household


3. Skin irritation on your knee cap

Possible Cause(s):  The  prosthetic liner and/or BK sleeve is pulled too taut over your knee. Or, if redness is occurring along the bottom third of your knee cap, it could be caused by volume loss in your limb. 


Possible Solution(s): Use an anti-chafing cream or hypoallergenic silicone lubricant oil along your knee cap to help your prosthetic liner or below-the-knee sleeve glide on easily.

Excessive redness along the bottom third of your knee cap is typically the result of insufficient prosthetic socks.  To manage fluctuations in limb volume, start with a one ply or filler sock and continue adding ply until your prosthetic socket fit is comfortably snug and your knee cap is sitting in the proper location above the MTP bar. If the top of your prosthesis feels snug but the distal end is loose, you may want to consider using a half sock to accommodate volume loss along the bottom half of your prosthetic socket.


4. Excessive sweating

Possible Cause(s): Amputees have smaller overall skin surface area, which affects the body’s ability to cool itself, therefore you sweat more in response to physical exertion. Additionally, your limb is under layers of materials, like prosthetic liners, and prosthetic socks, which don’t let cool air reach the skin underneath.

Possible Solution(s): While you can’t totally eliminate perspiration, you can invest in a good antiperspirant and sweat control textiles, like a prosthetic sheath to wick away moisture. Socks with silver are said to be antimicrobial, that might help wick away moisture and prevent excessive bacteria buildup. If these remedies don’t work, you can consider medical options like Botox injections administered by your Physician. Always check in with your physician prior to doing any sort of medical treatment.


5. A skin rash that prickles (heat rash)

Possible Cause(s): Heat rash is caused by sweat trapped in your pores and disrupting the body’s regular cooling off activity. A rash tends to appear where skin rubs against skin, such as in skin groin and behind the knees.

Possible Solution(s): The best treatment is to dry off, cool off, and avoid friction on the skin by wearing loose, light weight clothing and using an anti-chafing prosthetic product. 


6. Contact Dermatitis (red skin, skin bumps, blisters, scales, crusts, or sores)

Possible Cause(s):  Contact Dermatitis is a skin rash often caused by an allergic reaction. It may also be brought on by contact with a substance (detergent, skin care product) or material that irritates the skin. Left untreated, dermatitis could lead to chronic inflammation, cellular damage, or cancer. 

Possible Solution(s): Cleanse first, then apply anti-itch lotion, barrier cream, and/or topical steroids to soothe the skin. Helpful products like hydrocortisone and zinc oxide can be bought over-the-counter (OTC).

If some component of your prosthesis or skin care routine is causing the allergic reaction, you should stop the material or the product as soon as possible. Figure out what’s causing the reaction through process of elimination. Once you know the source of the irritation and remove it, the problem will most likely go away.

The issue can also arise due to lack of hygiene, always remember to wash your liners everyday with a mild soap, you could use Dawn dishwashing soap. And wash your liners and suspension sleeves at least once a week with a water and rubbing alcohol mixture.


7. Small red bumps or white-headed pimples around hair follicles (folliculitis)  

Possible Cause(s): Shaving your residual limb or wearing a prosthesis that rubs the skin can irritate the hair follicles, which can lead to folliculitis. Hair follicles are also irritated by sweat buildup. Damaged hair follicles are more susceptible to bacteria, yeast, and other fungi, and so more likely to become infected. 

Possible Solution(s): Products called drawing salves, such as ichthammol, can help draw out infection and other objects, including ingrown hairs, from the skin. It’s also a good idea to let the hair on your limb grow, rather than shaving it. Using a mild cleanser with salicylic acid might help reduce the issue.


8. Pain, swelling, or leaking along the suture line

Possible Cause(s): Following an amputation, remnants of an absorbable suture that didn’t completely dissolve can cause pain, swelling, redness, oozing, separation of the wound, and fever. 

Possible Solution(s): A physician can have the remaining suture removed.


9. Cysts (small bumps or nodules)

Possible Cause(s): After you’ve worn your prosthetic limb for months or even years, you may notice small bumps or nodules that go away once you’ve removed the prosthesis. But don’t be fooled by this disappearing act — the underlying problem remains, and the constant rubbing caused by the prosthesis can make the problem worse. Cysts will become larger and more numerous if left untreated. Cysts are a common problem for above-knee amputees (often on the inside of the leg, along the edge of the prosthesis), although below-knee amputees may discover them as well. 

Possible Solutions(s): Cysts should always be treated by a doctor before they become infected and cause further damage. It’s very important for you to contact your Prosthetist to address your socket fit.


Not sure if any of these is your issue, or your problem persists after treating it at home? Consult your Certified Prosthetist to see whether the problem can be addressed with minor prosthetic adjustments, or whether it’s time to see a physician. 

Partial Hand Prosthesis

Jason’s dream was to return to flying his plane. He was born with a congenital limb difference, he gave up due to it being difficult flying with just his right hand. We helped make his dream come true and he is so ecstatic to be able to return to soaring in the blue sky!


El sueño de Jason era volver a volar su avión. Nació con una diferencia congénita en una extremidad, se rindió debido a que le costaba volar solo con la mano derecha. Ayudamos a hacer realidad su sueño y está tan extasiado de poder volver a elevarse en el cielo azul.

Upper Extremity Supination Orthosis

The following custom device helps our lovely patient Alex out with supination of the forearm and hand due to the tension of the band. Its adjustable and perfect for physical and occupational therapy. Alex absolutely loves it, he says it’s very comfortable.

El siguiente dispositivo personalizado ayuda a nuestro paciente Alex con la supinación del antebrazo y la mano debido a la tensión de la banda. Es ajustable y perfecto para terapia física y ocupacional. A Alex le encanta, dice que es muy cómodo.

What to Expect: Amputation Surgery.

The following article offers a wealth of information concerning what to expect before, during, and after amputation surgery.

The most important goal of your entire treatment—from the operation to rehabilitation, to the fitting of your prosthesis—is to restore your mobility.

Your therapy team, which includes your doctors, therapists, prosthetists—and of course, you and your loved ones—will help you achieve the most independence possible, so that you can lead an active and mobile life. On average, this rehabilitation process takes between two to six months, although this can be affected by various factors, including your level of motivation and how well your prosthesis fits.

Whether you’ve known about your amputation surgery for a while, or just found out, remember that you’re not alone. Your treatment team is there to support you, answer questions—and find the best solutions for you.

Initial examinations

If you are to undergo planned amputation surgery, you will be examined in detail several times before the surgery. Your doctors will explain what will happen both during and after the operation. Of course, if you’ve had a traumatic accident, your conversations will occur after the surgery.

During these discussions, you have the opportunity to ask any questions which are important to you. It’s a good idea to take notes of what you want to ask the doctor before the discussions so that you don’t forget anything.

Psychological support

An amputation is a big change in your life and it may be helpful to get psychological counseling. Counseling can help you work through any issues or fears you may have.

Talking to other amputees

We also recommend that you talk with peers who have also undergone amputation surgery. It is good to hear how others deal with the situation, and in many cases they’ll also be able to share tips on everything from using your prosthesis to getting the right fit. Talk to your therapy team about how best to get in contact with peer support groups.

What does ‘amputation’ mean, and why is it done?

Amputation is described as the separation of a bone in healthy tissue or the removal of a limb at a joint (exarticulation).

Amputation surgery may be necessary if an injured or diseased limb is not expected to heal and if the patient’s life is endangered as a result. Possible causes include circulation issues, infections, accidents, cancer, or a congenital malformation of the limb. In these cases, it is usually known well in advance that an amputation will become necessary. In contrast, sometimes it is necessary to amputate unexpectedly, for example due to a severe injury after an accident.

What does ‘amputation level’ mean?

The term amputation level is used to describe the location at which the body part is amputated.

The amputation level is determined by the doctor before the operation and is based on the reason for the amputation. For planned interventions, a prosthetist is normally consulted as well in order to clarify which amputation level is suitable for subsequent fitting of the prosthesis.

Foot amputation

Over twelve different amputation levels are common in the foot area. They range from a toe amputation to a metatarsal amputation or amputations in the tarsal area.

When there is less need for—or difficulty in fitting—a prosthesis that offers increased function, Cosmetic silicone prostheses are sometimes used.

Transtibial amputation

For transtibial (also known as ‘Below the Knee’ or ‘BK’) amputations, the amputation occurs through the tibia and fibula bones of the lower leg.

The transtibial prosthesis consists of a socket, which contains the residual limb (the amputated limb, colloquially referred to as the ‘stump’), a prosthetic foot as well as adapters and connecting elements. Information on these products is available here. A prosthesis can be disguised with a cosmetic cover so that it is hardly noticeable visually.

Knee disarticulation

In knee disarticulation surgery the knee joint is separated and the lower leg is removed. The entire thigh is retained in the process.

The prosthesis consists of a socket, which contains the residual limb (the amputated limb, colloquially referred to as the ‘stump’), a prosthetic knee joint, and a prosthetic foot, as well as adapters and connecting elements. Information on these products is available here. A prosthesis can be disguised with a cosmetic cover so that it is hardly noticeable visually.

Transfemoral amputation

In a transfemoral amputation (also known as ‘Above the Knee’, or ‘AK’), the amputation occurs through the femur, or thigh bone, of the upper leg, so that the knee is no longer present.

The prosthesis consists of a socket, which contains the residual limb (the amputated limb, colloquially referred to as the ‘stump’), a prosthetic knee joint, and a prosthetic foot, as well as adapters and connecting elements. Information on these products is available here. A prosthesis can be disguised with a cosmetic cover so that it is hardly noticeable visually.

Hip disarticulation

During a hip disarticulation, the amputation is performed in the hip joint area. With this amputation the pelvis will be used to control the prosthesis later on.

The prosthesis consists of a socket, which contains the pelvic area, a prosthetic hip joint, a prosthetic knee joint, and a prosthetic foot, as well as adapters and connecting elements. Information on these products is available here. A prosthesis can be disguised with a cosmetic cover so that it is hardly noticeable visually.

Hemipelvectomy

In a hemipelvectomy, the entire leg, and part of the pelvis up to the sacrum are amputated. With this amputation the pelvis will be used to control the prosthesis later on.

The prosthesis consists of a specialized socket, which contains the remaining pelvic area, a prosthetic hip joint, a prosthetic knee joint, and a prosthetic foot, as well as adapters and connecting elements. Information on these products is available here. A prosthesis can be disguised with a cosmetic cover so that it is hardly noticeable visually.

After Amputation

Immediately after the operation, the focus will be on your recovery and the healing of your residual limb. Both are important so that you can start rehabilitation soon and be fitted with a prosthesis.

Ottobock C-Brace

Innovative KAFO brace to help Post Polio, spinal cord injured, quad weakened patients walk.

Microprocessor allows patient to bend the knee while taking a step and then come down with full weight bearing on a bent knee without buckling.  No longer needing to walk stiff legged with drop locks. The images below is an evaluative device. If anyone you know is interested in an evaluation please give us a call 949-699-0600, we would love to help you.



Innovador aparato ortopédico KAFO para ayudar a caminar a los pacientes post polio, lesionados de la médula espinal y cuadriceptos debilitados.

El microprocesador permite al paciente doblar la rodilla mientras da un paso y bajar con todo su peso. El aparato ayuda al paciente mediante el soporte a la rodilla doblada sin que se caiga.  Ya no es necesario caminar con las piernas rígidas o extendidas usando ferulas o aparatos ortopedicos con bloqueos de caída. El aparato ayuda tener un paso mas fluido, seguro y natural con la ayuda de fisioterapia. Las imágenes a continuación son un dispositivo de evaluación. Si alguien que conoce está interesado en una evaluación, llámenos al 949-699-0600, nos encantaría ayudarlo.

We do not own the rights to this video. We would just like to illustrate what the C-brace might be able to do to help individuals. We do have access to setting up a trial appointment, if requested.

Thermoplastic AFO

Patient population:  CVA, peroneal nerve injury, drop foot, mild to moderate knee buckling and others.

What are K-Levels?


K-levels are a rating system used by Medicare to indicate an amputee’s rehabilitation potential. The system is a rating from 0 through 4 and it indicates a person’s potential to use a prosthetic device. K-level designation is important because it is one of the determining factors in the decision of componentry that can be chosen by the prosthetist for the prosthetic device.

There are a total of 5 levels (K-levels 0-4), and Medicare defines them as follows:

K-0
The patient does not have the ability or potential to ambulate or transfer safely with or without assistance and a prosthesis does not enhance their quality of life or mobility.
K-1
The patient has the ability or potential to use a prosthesis for transfers or ambulation on level surfaces at fixed cadence or speed. This is typical of a household ambulator or a person who only walks in their own home.
K-2
The patient has the ability or potential for ambulation with the ability to traverse low-level environmental barriers such as curbs, stairs or uneven surfaces. This is typical of the limited community ambulator.
K-3
The patient has the ability or potential for ambulation with variable cadence or multiple speeds. A person at level 3 is typically a community ambulator who also has the ability to traverse most environmental barriers and may have vocational, therapeutic or exercise activity that demands prosthetic use beyond simple locomotion.
K-4
The patient has the ability or potential for prosthetic ambulation that exceeds basic ambulation skills, exhibiting high impact, stress or energy levels. This is typical of the prosthetic demands of the child, active adult or athlete.

How are K-levels determined?

K-levels are determined by the clinician (prosthetist, therapist or physician), using one of the following commonly used outcome measures.
Amputee Mobility Predictor (AMP)
Patient Assessment Validation Evaluation Test (PAVET)
Prosthesis Evaluation Questionnaire (PEQ)
Timed Up and Go (TUG)
Timed Walk Tests
Distance Walk Tests

Interested in knowing your K-level or your loved one’s potential K-level? We’re here to help you reach your fullest potential. Please contact our office for an evaluation or if you have any questions!