#orthotic device

[roselinel690]

#Orthotic Devices Market #Orthotic Devices Market Trends #Orthotic Devices Market Growth #Orthotic Devices Market Industry #Orthotic Devices Market Research #Orthotic Devices Market Report

[synergydurablemedicalequipment]

Caring for Your Ortho Knee Brace: A Guide to Properly Care and Clean

Orthopedic knee braces serve as crucial aids in supporting injured or compromised knees, providing stability protection, and facilitating the healing process. Proper maintenance and knee brace care are essential to ensure that these braces continue to deliver their intended benefits. Read on to discover and learn the comprehensive guide on how to take care of your ortho knee brace, highlighting the steps to maintain its hygiene, durability, and effectiveness.

Cleaning Your Ortho Knee Brace

Regular cleaning of your ortho knee brace is vital to prevent the accumulation of sweat, dirt, and bacteria. To clean the knee brace, follow these steps:

Check Manufacturer's Instructions: Consult the manufacturer's instructions for specific cleaning guidelines. Different materials and designs may require other cleaning methods.

Remove Straps and Supports: If possible, remove any removable straps, supports, or cushions from the brace. This allows you to clean each component thoroughly.

Hand Wash: For most knee braces, hand washing is recommended. Use a mild soap and lukewarm water to create a soapy solution. Gently scrub the brace with a soft cloth or sponge.

Rinse Thoroughly: After cleaning, rinse the brace thoroughly with clean water to remove residue from soaps.

Dry Properly: Allow the brace to air dry completely before reassembling it. Avoid direct heat sources such hairdryers, as excessive heat can damage the materials.

Avoiding Excessive Moisture: Excessive moisture can lead to discomfort and deterioration of the brace over time. To prevent this:

Take Breaks: Remove the brace briefly during the day to allow your skin to breathe and reduce moisture buildup.

Store Properly: Store your brace in a cool, dry place when not in use. Avoid leaving it in direct sunlight as these conditions can degrade the materials.

Reach Out for Professional Guidance

If you need help caring for your specific ortho knee brace, feel free to seek guidance from your healthcare provider or the manufacturer. They can share tailored recommendations based on the type and material of your brace.

Your ortho knee brace is more than just a medical device; it's a lifeline that supports your healing journey. Adopting proper care and maintenance practices ensures that your brace remains a reliable companion, delivering the stability and support you need to regain your mobility and well-being. Regular cleaning, moisture management, structural maintenance, and hygiene preservation will not only prolong the lifespan of your brace but also optimize its effectiveness in aiding your recovery.

#ortho knee brace #orthotics #orthopedic devices #knee brace

[alhendawymc]

prosthetic and orthotic devices abu dhabi

The Prosthetics and Orthotics Program at Al Hendawy Medical Center is one of the largest facility of its kind in Abu Dhabi, UAE. Our specially trained staff design and create custom prosthetic and orthotic devices using the newest ideas and the most up-to-date features. This allows us to work closely with each patient to produce the best results. https://www.alhendawymc.com/prosthetics-orthotics/

#prosthetic and orthotic devices abu dhabi

[databridgemarket456]

#Additive manufacturing market #Patient-specific implants market #Orthopedic surgery market #Customized orthotics market #Implant design market #Precision medicine market #Medical devices market #Digital modeling market

[blogaarti]

Orthopaedic Bracing Devices Market Growth, Trends, Size, Share, Demand And Top Growing Companies 2029

Lately, people belonging to diverse age groups are showcasing a dense inclination toward different kinds of sports. To this end, the incidence of sports injuries has become more common and prevalent. Some of the most common injuries include tennis elbow, hip flexor strain, strained calf muscle, plantar fasciitis, and Achilles tendinopathy. In these cases, physiotherapy and relevant orthopaedic bracing devices play a pivotal role in building and strengthening muscles. Taking account of a proliferating number of patients suffering from orthopaedic injuries, orthopaedic bracing devices are set to record higher sales. This in turn is creating numerous opportunities for the global orthopaedic bracing devices market to flourish with growth and next-gen advancements. 

For More Industry Insights Read: https://www.fairfieldmarketresearch.com/report/orthopaedic-bracing-devices-market

Health Complications Among Geriatric Population to Unlock New Business Opportunity 

With the growing geriatric population, the probability of a greater number of ageing complications comes into existence. Osteoarthritis, osteoporosis, and rheumatoid arthritis are some of the most prevalent complications that cause fractures, dislocation, and acute discomfort. This has created a substantial demand for orthopaedic bracing devices on the global front. Notably, several efforts are being made to ensure a comfortable life with minimal loss of mobility for the elderly. Key players are taking notes from this situation and actively pursuing open innovation and R&D endeavours. In coming years, ease in accessibility and greater affordability is poised to drive the global orthopaedic market to sound maturity. 

Greater Acceptance and Accelerated Demand for Orthopaedic Products to Prolong Orthopaedic Bracing Devices Market Growth Trajectory 

Orthopaedic bracing devices play a critical role in providing post-operative support. This ensures faster recovery and eases muscle pain. Evidently, these braces do not require any serious consultation and are easily available at over-the-counter pharmacies. Likewise, orthopaedic bracing devices provide effective support to affected musculoskeletal tissues and help in rectifying their posture. Pain alleviation, improved mobility, and restoration of normal movement are some of the most prominent benefits of braces. Growing concerns around preventive healthcare have enabled consumers to accept orthopaedic bracing devices. Meanwhile, ongoing creative marketing campaigns and high product differentiation activities are further fuelling the adoption of orthopaedic products. Such trends are fostering the grounds for robust expansion across the global orthopaedic bracing devices market. 

Asia Pacific Demonstrates Higher Growth Prospects Amidst Rising Pool of Patients Suffering from Chronic Diseases 

Asia Pacific has been witnessing an upsurge in the geriatric population and the incidence of chronic disease has risen at a record pace. This has positioned the region at the heart of the global orthopaedic bracing devices market. Greater awareness of orthopaedic conditions coupled with the availability of bracing devices is further propelling the expansion of the regional market. Improved income opportunities generated by the market are anticipated to bolster growth across the orthopaedic bracing devices market in the region. On the flip side, North America is likely to be in the leading position owing to the higher prevalence of orthopaedic disorders and diseases and sustained demand for innovative products. 

Prominent Market Players 

Some of the most notable players consolidating a strong foothold in the global orthopaedic bracing devices market include Ossur HF, Breg, Inc, DJO Finance LLC, Bauerfeind AG, Nippon and Sigmax, Essity,3M, Ottobock Holding GmbH, ALCARE, Thuasne Group, Bird & Cronin, Inc., and Zimmer Biomet Holdings. 

For More Information Visit: https://www.fairfieldmarketresearch.com/report/orthopaedic-bracing-devices-market

About Us

Fairfield Market Research is a UK-based market research provider. Fairfield offers a wide spectrum of services, ranging from customized reports to consulting solutions. With a strong European footprint, Fairfield operates globally and helps businesses navigate through business cycles, with quick responses and multi-pronged approaches. The company values an eye for insightful take on global matters, ably backed by a team of exceptionally experienced researchers. With a strong repository of syndicated market research reports that are continuously published & updated to ensure the ever-changing needs of customers are met with absolute promptness.

#orthopaedic bracing device #orthopaedic bracing devices #orthopaedic bracing devices market #orthopaedic bracing devices market trends #orthopaedic bracing devices market size #orthotics #muscular system #orthopedics #skeletal system #medical specialty #medical device industry #fairfield market research

[cy-cyborg]

Tips for wring amputees: its ok if your amputee can't repair their own prosthetics

There's a trope in fiction for amputees to always be these mechanical geniuses who can make and repair their own prosthetics, endlessly tinkering away and improving them. This isn't a particularly trope, and i dont think its harmful or anything, but in reality, prosthetics are REALLY, REALLY complicated, and a lot of amputees cant do their own repairs. And thats ok. Like, prosthetic creation and repair is way, way harder than I think people expect. Well outside the skillset of your standard mechanic, handy man or craftsperson.

People who make and repair prosthetics are called prosthetists. To become a prosthetist, most countries around the world today require you to have completed a bachelor's degree in specifically in prosthetics and orthotics, which covers not only how to make a prosthetics (and orthodics) but a great deal of medical knowledge, physics, how different forces impact "non-standard" bodies, the additional biological wear-and-tear that comes with being an amputee and so much more. This will qualify you to do the job of fitting/making the prosthetic socket (the part that attaches to your body) and putting premade components together to make a functioning device. On top of this, many prosthetists are also expected to have artistic skills, sewing skills, good physical strength and dexterity, IT skills, and more recently, knowledge of 3D modelling and printing.

You want to make all the high-tech components the prosthetists put together to make the full prosthetic? The requirements for that vary country to country, but most will require at least some level study in the field of engineering and/or medicine, on top of what was already required for the prosthetics course.

The reason for all this is because even "basic" prosthetics are extremely finicky, and messing up one thing will have a domino effect on the rest of the body, especially in more complicated prosthetics. It can also result in people getting severally injured if anything is even slightly off. many leg amputees for example end up with spinal issues due to extremely minor issues with their prosthetic that weren't caught until years later, and by then the damage had been done.

Some amputees do learn to do basic repairs. This is most common in places like the US, where a visit to the prosthetist can cost hundred to thousands of dollars (depending on your insurance), but it's also quite common in rural parts of countries like Australia, where cost isn't an issue but access is due to vast distances between major cities. I was personally in this category; as a kid, my nearest prosthetist was 6 hours away. My prosthetist was able to teach my dad, who later taught me, how to do some of the simple repairs, but we still needed to go in every few weeks for the more complex stuff (Kids prosthetic need more adjusting than adults because they're still growing. Also I was rough on my prosthetics and broke them a lot lol).

But even after being taught how to do repairs and having my prosthetics for 20+ years, I only ever did these sorts of repairs to my below-knee prosthetic. I will not do any repairs of any kind to my above knee leg, which is much more technologically complex. Every time I tried, I made it worse to the point where the leg was unusable. I just leave those repairs to the guy who went to university to learn how to do it, and sometimes even he needs to send it off to someone with even more specialist knowledge when it's really badly messed up lol. Last time that happened Australia post lost the package. Not really relevant to this post, I just find the idea of it being sent to the wrong place by accident hilarious, it was one of my more realistic legs too so someone probably had a heart attack when they opened that package lmao.

Anyway, back on track lol.

This isn't even touching on the fact that on some more advanced prosthetics, many features are actually locked behind a security barrier only prosthetists can access. My prosthetic knee has an app on my phone I can pair it to, that allows me to change certain settings and swap between certain modes for different activities that tell the leg to change its behaviour depending on what I'm doing (e.g. a mode for running, a mode for cycling etc). but most of the more in-depth settings I can't access, only my prosthetist can, and he can only gain access to those settings with a security key given to him by the manufacturing company that requires him to provide proof of his credentials to receive it. I don't really agree with this btw, something about being locked out of my own leg's settings makes me feel a bit of an ick, but it's set up like this because people used to be able to access these settings and they would mess with things to the point their leg was virtually unusable. Because altering one setting had a domino effect on all the others, and a lot of folks weren't really paying attention to what they were messing with, all their prosthetists could do was factory reset the whole leg, which causes some issues too. Prosthetic arms are often similarly complex, as I understand it and have similar security barriers in place for more advanced arms. I don't know for sure though, so take that with a grain of salt.

All this to say these are incredibly delicate, finicky and complex pieces of equipment. There's nothing wrong with having a techy amputee character who can do their own repairs, but in reality, that is pretty rare, and its ok to have your character need to see a prosthetist or someone more knowledgeable than them. It's a part of the amputee experience I don't see reflected very often in media. In fact, the only examples I can think of in fiction (meaning not stories based on real people) where this is reflected are Full metal alchemist.

technically I think Subnautica Below Zero also mentions prosthetists are a thing in that world, but its a very "blink and you'll miss it" kind of thing...in fact I did miss it until my last playthrough lol.

#Writing Disability with Cy Cyborg #long post #id in alt text #amputee #writing disability #disability #disabilities #disabled #actually disabled #writing advice #writing #writeblr #writers on tumblr #writerscommunity #disability representation #authors of tumblr #prosthetics #disability aids #mobility aids #amputee life #amputee problems #full metal alchemist #automail #amputee representation

[louezem]

Six Sentences of something?!?

This is for Terelou, who always encourages me!

A bit more than six sentences from Part 2 of my "This Would Have Happened Anyway" story... The Long Way Round 

(Un-beta'd and still needs some work, so be kind!)

~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~

Katniss was amazed at the sheer size and scale of the hospital grounds. All around her she could see gleaming white buildings with huge glass windows, surrounded by carefully tended lush green lawns, trees and flowers.  “It’s huge,” she gasped.

“Let me give you the official spiel.  This is a general and teaching hospital, and we treat all kinds of patients here with referrals coming in from all over the country.  Since the war ended many medical practitioners and practices formerly accessible to Capitol citizens only, have relocated here to District Four. They are now available to all citizens of Panem, irrespective of means and without bias."  

Lily spoke softly but Katniss could hear the quiet pride in her voice and see it in the way she held herself. This was were she was always meant to be. Her mother had found a new purpose here in District 4. A reason to go on after all they'd lost.

Pointing to a separate building on her left, Lily continued, not noticing Katniss quietly studying her. "Here we have our specialist rehabilitation centre dedicated to the long-term care of patients with acquired brain injuries, strokes, spinal cord or other physical injuries.” 

“Amputees?” Katniss asked, wondering not for the first time if Peeta had ever received treatment here though she wasn’t going to ask directly. She wasn’t sure she wanted to know the answer.  

“Yes, we have a programme that provides ongoing assessment and care for many amputees. Prosthetic limbs and orthotics are developed and manufactured in District 3 and fitted in collaboration with our doctors and physical therapists here.  District 3 also develop pacemakers and other such medical devices.  Now we have the Capitol's medical expertise and District 3's technology, all that's missing is District 12 on the manufacture and supply of pharmaceuticals, but that will be resolved once their new factory opens. It's an exciting time."

“This is wonderful,” Katniss turned around in a slow circle, gazing around her in awe. “I wasn’t expecting all this. Prim would have loved it here.”  The name slipped easily from her lips. 

Lily’s smile faded from her eyes and was replaced by a profound sadness.  “She would. This place is every healer’s dream and Prim was so naturally gifted, far more than I ever was.  She would have made such an incredible doctor.”

“You miss her.” The words blurted out of Katniss' mouth before she could stop them.

Lily reached out tentatively and touched Katniss arm. “Every single day. And I know you don’t think so, but I miss you too, Katniss, so much. I'm so very sorry-”

"Lil.. I mean, Nurse Everdeen?" a deep masculine voice suddenly interrupted them and Katniss released a breath as her mother's hand dropped back to her side. She didn't know if she was ready for that conversation yet.

As they turned towards the interruption, Lily's smile reappeared and her eyes began to sparkle. It struck Katniss that the last time she'd seen her mother smile like that was with her father.

“Katniss, I’d like to introduce you to one of my colleagues and a dear friend here at the rehabilitation centre.  This is Professor Fiachra Odair.  Fiach, this is my daughter, Katniss.”

“Katniss,” a very handsome man stepped forward and took both her hands in his, giving them a gentle squeeze. “I can’t tell you what a pleasure it is to finally meet you.  Welcome to District Four.”#

~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~ ~*~

Coming soon, I promise.

#this would have happened anyway #terelou #alwayseverlark #six sentence sunday #everlark

[oloreandil]

hello i saw you talking a bit in the tags of the cane post you reblogged from me hehe, you mentioned you might make a longer post about the use of canes for balance, figured id send an ask so if u wanted u could put that in the answer. im really interested to learn more about it — im currently writing a character who uses a cane for balance reasons and i might have to use one someday since i live somewhere that gets gotdamn icy in the winter, so im interested to hear how best practices differ from using a cane for injury/pain

hi ! very happy to infodump about (my) cane usage, after this post. i'm adding this one which has incredible advice on tons of mobility aids. prefacing this with "ymmv, varied sources help because everyone does different things", as usual ^^

cane usage can be about distance or span of time you need to walk / stand up. this depends on why you need the cane and if certain situations trigger it more

for me, walking is better than standing up still, because i'm not weighing down on any body part long enough to cause pain. leaning on the cane hurts even if i switch hands regularly. crutches (especially forearm crutches) are more efficient, but not indefinitely

for long visits and similarly tiring activities (lots of still time + starting / stopping movement), a wheelchair is way more useful. otherwise the heterogeneity of the movement will hurt in itself

canes are a huge help with footing if the terrain slopes, gets uneven or is a little unpredictable. however if the terrain is muddy, extremely crumbly / cracked, or slippery, you may need tip attachments to make the grip better

you need more space to move around, and have to be careful not to knock into people / objects when you move and turn, but poor spatial awareness or muscle control will mean you still bump into things frequently

i lean on everything if i'm inside and don't have my cane ready, if i need something stable which doesn't depend on my ability to hold it, or if my legs / arms are giving out

the rubber tip reduces the aftershock of the stick slamming into the ground, especially if you have trouble measuring your strength. else, the tapping will genuinely hurt your arm + shoulder and also everyone in a five mile radius will hear you walking around

the handle needs to fit your hand (larger hand = larger handle etc). there's slide-on handles to help reduce the strain if closing your hand tight hurts. ataxia / tremors can make you drop your cane or clutch it even tighter and needs to be accounted for (softer grip, wrist strap)

any new mobility device is gonna hurt in the beginning as your nerves get used to constant pressure in a new shape. this was worse for my crutch than for my cane, possibly because the crutch came first. wheelchairs hurt in unexpected ways but i have less experience

when you stop using the cane, your hand can hurt from the sudden change in pressure on your nerve, and the rest of your body too as the limbs readjust. if you have paresthesia (clinical "pins and needles" basically), holding the cane can make it worse. i don't know how orthotics would interact with that

misc

foldable canes are very good because they can fit in your bag, instead of falling over or stabbing you in the chest when the vehicle suddenly stops. it also means you don't forget them if you have to leave quick and you're distracted

me holding my beloved foldable cane and showing the opening swoop (my favourite part). ID in alt text

using a cane slows you down... usually. the energy of a character will still affect their speed. i have always walked like a maniac which means i clack-clack my way along, out of breath + tired at the end. i can't run anymore though, so catching up with / escaping someone ranges from difficult to impossible

hidden features of the cane would work best if they don't impede its use (no additional weight, no need to take it apart / off the ground): storage of data, small items like needles, something that incorporates the tapping of the cane or its material...

stairs are difficult. how i do it is put cane two steps above me, and repeat every time i reach that step (less arm movements, easier on my shoulder). i have read vastly different methods, so my takeaway is everyone has their rhythm and the amount of training to find what works / focus implementing it will vary. brain fog, emotional deregulation and physical pain set you back

#palant1r #olorea answers #if you have any questions on sth i didn't expand on don't hesitate !! #this still got very very long and the Tired might make this incoherent... typical haz behaviour. it will happen again #writing ref #disabled writer #txt #img #vid

[berenwrites]

A New Adventure

I am about to embark on a new adventure!

I was born with a condition called talipes (club foot), which I have severely in both feet. Over my childhood I had five different surgeries to help, but I was born in the 70s, and it was a bit wild-west back then, as far as treatments went. I had a superb surgeon, but things have come on a lot since.

I believe in the early 90s a new treatment came in which is much more successful across the board, but those of us pre that were a bit more on the experimental side. 😆

This means that my ankles are virtually fused (they move a few millimetres in each direction, no more), and I walk on my toes and part of the ball of my foot, since I cannot put my heels down.

Through most of my life I've just dealt with it, but I am now of an age where I need more help. I've been using crutches for walking outside the house for years, but I am about to try something new!

I am having my first fitting for foot orthotics on Feb 8th.

An orthosis is “an externally applied device used to influence the structural and functional characteristics of the neuromuscular and skeletal system”. (Yes I got that from the website of The London Orthotic Consultancy who are the lovely people my hubby found when looking online for solutions.)

I didn't even know these were an option, but back in Dec I went to see them and they examined my feet and lower legs, and scanned and measured them.

I learned so much. I always thought that I couldn't bear anyone touching the inside of my ankle very hard because there is a scar there. But no. Turns out there is a tendon or muscle there (can't remember which) that is what allows us to go on tippy toes. Mine is always at full stretch and never gets a chance to rest, so it's very sensitive.

For my height I should also be around a UK size 7, but my feet are only 3 1/2 in length, which screws up my stride pattern.

Anyway, on the 8th Feb I will be going back and being fitted with my custom carbon fibre orthotics, that will hopefully allow me to stand and walk much better than I can now. I don't know if I get to bring them home this time, or if there will need to be adjustments made and I'll have to go back again, but I am very excited.

#personal #talipes #club foot #orthotics #disability

[weirdstrangeandawful]

Hypermobile Whumpee who can dislocate joints pulling themself out of all sorts of restraints to Whumper’s utmost annoyance. The downside is they struggle to fight back properly and sometimes even run (maybe they need a mobility device or orthotics that of course Whumper won’t let them have).

#whump #whump prompt #hypermobility #disabled whumpee #guess how I came up with this lol #I used to pull any sort of bracelet over my hand #turns out that is Not normal

[ppttherapyppt]

Physical Therapy Clinic in New York City

What is Joint Stabilization?

Joint stabilization refers to the process of strengthening and supporting a joint to reduce excessive movement, prevent dislocation, and improve joint function. In the context of Ehlers-Danlos Syndrome (EDS) or other conditions associated with joint hypermobility or instability, joint stabilization techniques are often employed to address recurrent joint dislocations or subluxations.

There are different approaches to joint stabilization, depending on the specific joint involved and the severity of the instability. Here are some common methods used for joint stabilization:

Physical Therapy and Exercise: Physical therapy is crucial in joint stabilization. Therapeutic exercises are designed to strengthen the muscles surrounding the joint, providing additional support and stability. This may involve targeted strengthening exercises, proprioceptive training (improving joint position sense), and neuromuscular retraining.

Bracing and Orthotic Devices: Braces or orthotic devices can be used to stabilize and support joints that are prone to dislocation or excessive movement. These devices are designed to limit the range of motion in the affected joint while providing external support. Examples include ankle braces, knee braces, wrist splints, or custom-made orthoses for specific joints.

Ligament Reconstruction: In cases where ligament laxity or weakness is the primary cause of joint instability, surgical ligament reconstruction may be considered. This involves repairing or reconstructing damaged or stretched ligaments to restore stability and prevent recurrent dislocations. The surgical technique and specific approach depend on the joint involved and the individual's needs.

Tendon Transfers: In certain situations, tendon transfers may be performed to reinforce the stability of a joint. This involves transferring a tendon from a less important muscle group to a location where it can provide additional support to the joint. The goal is to improve joint stability and function.

Arthroscopic Stabilization: Arthroscopic stabilization is a minimally invasive surgical technique used to address joint instability. It involves using small incisions and specialized instruments to repair or tighten the structures surrounding the joint, such as ligaments or capsules, to enhance stability.

The choice of joint stabilization method depends on factors such as the specific joint involved, the severity of instability, the overall health of the individual, and their treatment goals. A comprehensive evaluation by healthcare professionals, including orthopedic specialists or physical therapists experienced in managing EDS or joint instability, is essential to determine the most appropriate approach for joint stabilization.

Ehlers-Danlos Syndrome Surgical

Surgical interventions may be considered in individuals with Ehlers-Danlos Syndrome (EDS) when conservative treatments have been ineffective or when there are specific complications that require surgical management. It's important to note that surgery in EDS patients can be challenging due to the increased risk of complications related to underlying connective tissue abnormalities. Therefore, careful evaluation and planning are crucial. Here are some surgical considerations for EDS:

Joint Stabilization: In some cases of EDS, individuals may experience recurrent joint dislocations or severe joint instability. Surgical procedures, such as ligament reconstruction or joint stabilization surgeries, may be considered to address the instability and provide additional support to the affected joints.

Spinal Surgery: EDS can be associated with spinal abnormalities, including spinal instability, spinal curvature (scoliosis or kyphosis), or Chiari malformation. Surgical interventions like spinal fusion, spinal decompression, or correction of spinal deformities may be required to alleviate symptoms and prevent further complications.

Skin and Wound Management: EDS can affect wound healing, leading to delayed healing, poor scar formation, and increased risk of wound complications. In cases where surgical incisions or wound closures are necessary, special techniques, such as careful suture selection and placement, may be employed to optimize wound healing and minimize the risk of dehiscence (opening of the wound).

Vascular Surgery: Some individuals with EDS, particularly those with vascular subtypes, may develop arterial or organ rupture or other vascular complications. In such cases, vascular surgical procedures may be necessary to repair or reinforce weakened blood vessels and prevent life-threatening complications.

Gastrointestinal Surgery: EDS can be associated with gastrointestinal abnormalities, such as hiatal hernias, gastrointestinal dysmotility, or bowel perforation. Surgical interventions may be considered to address these issues, such as hernia repair, bowel resection, or surgical management of intestinal strictures.

It's important to emphasize that surgical interventions in EDS require careful preoperative evaluation, appropriate surgical techniques, and close postoperative monitoring to minimize the risk of complications. A multidisciplinary approach involving experienced surgeons, anesthesiologists, and other healthcare professionals familiar

#physical health #physical therapy #ehlers danlos syndrome #ehlers danlos syndrome threatment

[sickbaysaturdays]

Imagine if your dentist applied their years of experience working on mouths like yours to develop, say, teeth weaponry for the military. Inside American prosthetist offices, this is actually a fairly common relationship. The revolving door and entangled history between the prosthetics and orthotics industry and the military has forced patients like me into a cycle of design that creates high tech arms for American veterans on one side and death and mutilation on the other. The intention is that future soldiers wearing this technology would be better at destroying enemies— creating more disabled people who will likely never receive a prosthesis. A crucial part of this cycle is the industry’s fixation on developing new, expensive, electronic prosthetic devices for veterans, who receive them from the government at no cost. Yet the vast majority of people who experience limb loss in the United States not only never receive these devices, they aren’t veterans at all.

#ss disability in sf #article

[alhendawymc]

#prosthetic and orthotic devices abu dhabi

[abouttoewalking]

Understanding Toe Walking: Causes, Treatment, and Prevention

Toe walking, also known as equinus gait, is a condition where an individual predominantly walks on their toes, without placing their heels on the ground. While toe walking is common among toddlers during their early stages of walking development, it can persist or reoccur in older children and adults, causing discomfort and impairing walking patterns. In this article, we will explore the causes, treatment options, and preventive measures for toe walking.

Causes of Toe Walking:

There are several reasons why an individual may engage in toe walking:

Idiopathic Toe Walking: In most cases, the cause of toe walking is unknown. This is referred to as idiopathic toe walking and is often observed in young children. Idiopathic toe walking may be associated with muscle imbalances or neurological conditions.

Neurological Conditions: Toe walking can be a symptom of certain neurological conditions such as cerebral palsy, muscular dystrophy, or autism spectrum disorders. These conditions can affect muscle tone, coordination, and balance, leading to toe walking.

Tightness in the Achilles Tendon: Shortened or tight Achilles tendons can cause limitations in ankle movement, resulting in toe walking. This condition may be present at birth or can develop due to prolonged toe walking habits.

Treatment and Prevention:

Physical Therapy: Physical therapy plays a crucial role in managing toe walking. It helps to stretch and strengthen the muscles and tendons, improve range of motion, and correct abnormal walking patterns. Therapists may employ various techniques such as stretching exercises, gait training, and orthotic devices.

Orthotic Devices: In some cases, orthotic devices such as ankle-foot orthoses (AFOs) or shoe inserts can be beneficial in correcting toe walking. These devices provide support, alignment, and help maintain proper foot positioning while walking.

Casting or Bracing: In instances of severe toe walking or when other treatments fail, casting or bracing might be recommended. This involves wearing a cast or brace that gradually stretches the calf muscle and Achilles tendon, aiding in correcting the walking pattern. Read more here: https://ankleandfootcenters.com/bunion-removal/.

Preventive Measures:

While it may not be possible to prevent all instances of toe walking, the following measures can help reduce the risk:

Early Intervention: Identifying and addressing any underlying causes of toe walking in infancy or early childhood can help prevent the persistence of this condition into later stages of life. Regular check-ups with pediatricians and monitoring motor development can be beneficial.

Encouraging Proper Footwear: Wearing appropriate-sized shoes with proper arch support and cushioning can help maintain proper foot positioning and reduce the likelihood of toe walking.

Promoting Healthy Foot and Leg Muscles: Encouraging children to engage in activities that promote overall muscle strength and flexibility can contribute to proper walking patterns and reduce the risk of toe walking.

In conclusion, toe walking is a condition where an individual habitually walks on their toes. While it may be common in young children, persistent or reoccurring toe walking can be a cause for concern. Understanding the causes, seeking appropriate treatment, and implementing preventive measures can help address toe walking and improve walking patterns. Check out this post for more content related to this article: https://en.wikipedia.org/wiki/Toe_walking.

[perplexingluciddreams]

Today and yesterday I had two video appointments. The one today was supposed to be in person at the hospital but my dad came back from a work trip to Germany and now we all have COVID :(. I feel horrible but some good things were talked about in this appointment so that’s positive at least.

Unfortunately my physical ability has been rapidly declining and continuing to get worse. My coordination, balance, fine motor skills, motor planning, weakness (especially on my left side), etc. is all getting worse every day.

I am struggling more and more with bADLs (bathing, eating, mobility, etc.). My suspected autistic catatonia is getting much worse. I am very anxious about how bad things are and why I have all these symptoms.

However I am trying to still be hopeful about possibilities for the future and what my life might be like with certain adaptive equipment and so on.

Here’s the things that are going to happen soon (hopefully):

Going to look into how to access physio both via GP and Mandy (my OT) through paediatric physio.

Getting new cutlery to help make eating easier.

Referral to get social worker to help with transition to adult care.

Mandy to try and sort a bath hoist/bath lift and new profiling bed.

Orthotics referral for braces to help with walking.

STCTI referral for AAC that I can actually use (new program and device with switches and/or eye gaze).

Writing and typing is getting more difficult so it’s hard to post here even though I have so much to say. My mum helped me write this (thanks mum). I would love to post more.

#aac #aacdevice #nonverbal #nonspeaking #high support needs #orthotics #occupational therapist #autistic catatonia #severe me #myalgic encephalomyelitis #activities of daily living #neurology #physical therapy #occupational therapy #words from my head

[fictionkinfessions]

canon interests include; physioanatomy, prostheses, orthotic devices, and explorations of how these fields are understood within given media (ie. disney fairies or world of warcraft. yes those are both examples of media i ponder in this respect frequently. also star wars and star trek, they’re always fun sandboxes to explore, what with their highly advanced technology.)

also, video essays on games i have no intention of playing. and professional artists making videos for very silly prompts, resulting in even sillier drawings. but mostly the first part, heh :]

-viktor (arcane, fictive)

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#fictionkinfessions #fictive #viktorfictive #arcanefictive #canon interests #mod party cat