#ArtificialLimbs

[fuzzycrownking]

Artificial Limbs Market Drivers Include Technological Advancements, Rising Amputations, and Government Healthcare Support

The artificial limbs market, a vital component of the broader medical devices and rehabilitation sector, is experiencing steady and significant growth globally. Driven by advancements in materials, biotechnology, and robotics, artificial limbs are becoming increasingly sophisticated and life-enhancing for users. Multiple factors act as strong market drivers, creating a dynamic ecosystem that supports innovation, accessibility, and improved patient outcomes. This article delves into the primary drivers propelling the artificial limbs market forward.

Rising Incidence of Accidents and Amputations

One of the most direct and impactful drivers of the artificial limbs market is the increasing number of limb amputations worldwide. Road accidents, workplace injuries, war-related trauma, and natural disasters contribute to a growing number of individuals requiring prosthetic support. The World Health Organization (WHO) estimates that more than one million people undergo limb amputation every year globally. This consistently high demand continues to expand the market for artificial limbs, particularly in low- and middle-income countries where accident rates are rising but access to traditional rehabilitation may be limited.

Technological Advancements in Prosthetics

Technology is transforming the artificial limbs industry at a rapid pace. Innovations such as myoelectric limbs, sensor-integrated prosthetics, brain-machine interface (BMI), and 3D printing have made artificial limbs more functional, comfortable, and lifelike. These developments are not only increasing user satisfaction but are also reducing the cost and customization time associated with manufacturing prosthetics. For instance, 3D-printed prosthetics are now helping patients receive tailor-made limbs within days instead of weeks, accelerating recovery and rehabilitation.

Companies are heavily investing in research and development to make prosthetics smarter and more responsive. For example, bionic arms that provide sensory feedback and leg prostheses that adapt to different terrains automatically are no longer the stuff of science fiction—they are becoming the new industry standard.

Favorable Government Policies and Reimbursement Programs

Government initiatives and insurance coverage for prosthetic devices are acting as powerful drivers in both developed and emerging economies. Many governments have recognized the critical importance of supporting amputees through subsidies, free prosthetic programs, and universal health coverage.

In countries like the United States, Medicare and Medicaid reimbursements significantly aid prosthetic device affordability. Similarly, nations in Europe and parts of Asia are improving access through national health schemes. This institutional support encourages patients to adopt artificial limbs and enhances the financial sustainability of prosthetic care providers.

Increased Awareness and Changing Social Attitudes

Changing perceptions around disability and increased awareness about prosthetic technologies are also driving the market. The narrative has shifted from disability to empowerment, thanks to public campaigns, social media advocacy, and the visibility of athletes and celebrities with prosthetic limbs.

Modern users now seek not just functionality but also style, personalization, and enhanced physical capabilities from their prosthetic devices. This shift is motivating manufacturers to develop diverse, high-quality options that meet aesthetic as well as functional expectations.

Growing Geriatric Population and Disease-Related Amputations

With aging populations across the globe, diseases such as diabetes and peripheral vascular disease are leading to more limb amputations. Diabetic foot ulcers, if untreated, often result in lower-limb amputation. The International Diabetes Federation (IDF) estimates that over 540 million people are currently living with diabetes worldwide, with a large share at risk for complications requiring amputation.

This demographic shift is a critical driver for artificial limbs, as older adults seek solutions to maintain mobility and independence post-amputation. The demand for user-friendly, lightweight, and durable prosthetics is increasing, which in turn drives market innovation.

Rising Demand in Emerging Economies

Emerging economies, particularly in Asia-Pacific, Latin America, and Africa, represent untapped growth potential for the artificial limbs market. Rising disposable income, urbanization, and improved access to healthcare services are leading to increased adoption of prosthetic devices. Furthermore, international NGOs and health initiatives are supporting limb replacement surgeries and prosthetic fitting programs in underserved regions, expanding the market reach significantly.

Conclusion

The artificial limbs market is driven by a powerful mix of demographic, technological, medical, and social factors. From the rise in trauma-related amputations and age-related diseases to rapid technological innovation and supportive government policies, the market is poised for strong growth in the coming years. As access improves and technology becomes more affordable, artificial limbs will not only restore mobility but also enhance the quality of life for millions of individuals across the globe.

[studyabroad1223]

Advanced Prosthetic Technology for Below-Knee Amputees

Losing a limb can be life-altering, but modern advancements in prosthetic technology are helping below-knee amputees regain mobility, confidence, and independence. With cutting-edge materials, smart sensors, and AI-driven enhancements, prosthetics are now more comfortable and functional than ever.

Latest Innovations in Below-Knee Prosthetics

1. Microprocessor-Controlled Prosthetic Legs

Unlike traditional mechanical prosthetics, microprocessor-controlled limbs use advanced sensors to adapt to movement in real time. This provides better stability, reduces fall risks, and allows for smoother walking.

2. Lightweight Carbon Fiber & 3D-Printed Prosthetics

New materials like carbon fiber make prosthetic legs lighter and more durable. Additionally, 3D printing allows for custom-fit designs, enhancing comfort and reducing production costs.

3. Bionic Prosthetics with AI Technology

AI-powered prosthetics can mimic natural leg movement by learning from the user’s gait. These high-tech limbs adjust automatically to different terrains, making walking feel more natural.

4. Vacuum Suspension Systems

Traditional prosthetics often cause discomfort due to pressure points. Vacuum suspension systems improve fit, reduce friction, and enhance control, leading to a more comfortable experience for users.

Choosing the Right Prosthetic for You

Selecting the best prosthetic depends on lifestyle, activity level, and personal preferences. At Mobility Solution, we offer a wide range of advanced below-knee prosthetics designed to provide the highest level of comfort and functionality.

Why Choose Mobility Solution?

Cutting-edge prosthetic technology tailored to your needs

Personalized fittings for maximum comfort

Expert guidance and support throughout your journey

Regain Your Independence Today!

With the latest prosthetic advancements, below-knee amputees can lead active, fulfilling lives. Visit Mobility Solution to explore our innovative prosthetic solutions and take the next step toward enhanced mobility!

[eli-kittim]

Christ The Terminator: Half Man Half Machine

“I’ll Be Back”

By Author Eli Kittim

End-Time Visions of the Messiah’s Robotic Enhancements

What if Jesus paid a steeper price for our salvation? What if Christ is “revealed at the final point of time” (1 Pet. 1.20 NJB)? What if his sacrifice “in the end of the world” (Heb. 9.26b KJV) is more costly than previously assumed?

In his vision, the prophet Ezekiel saw certain heavenly creatures who “were of human form” (1.5 NRSV). Notice what he says about their legs (1.7):

Their legs were straight, and the soles of

their feet were like the sole of a calf's foot;

and they sparkled like burnished bronze.

As you read further, you will come to realize that this imagery runs throughout the entire Bible. Remarkably, Ezekiel’s description sounds very much like modern bionic prosthetics, which redefine and enhance human amputees. Let’s not forget that the heavenly figures whom Ezekiel had seen were supposedly human. Two other interesting clues were that “their legs were straight” (unlike human legs that bend) and that “their feet were like . . . burnished [Hb. קָלָֽל׃ qalal] bronze [Hb. נְחֹ֥שֶׁת nechosheth].” This is a running theme throughout the Bible whose imagery is associated with the end-time Messiah! Similarly, in Revelation 1.13-15, John describes his vision of Christ as follows:

I saw one like the Son of Man, clothed with

a long robe and with a golden sash across

his chest. His head and his hair were white

as white wool, white as snow; his eyes were

like a flame of fire, his feet were like

burnished bronze, refined as in a furnace,

and his voice was like the sound of many

waters.

Notice the imagery pertaining to Christ’s “feet [which] were like burnished bronze [Gk. χαλκολιβάνῳ].” By comparison, in Daniel 10.1 we are told that “In the third year of King Cyrus of Persia a word was revealed to Daniel.” Remember that, in the Bible, Cyrus represents the Messiah (see Isa. 45.1). Daniel sees a vision of the end times, described by a glorious man who looks awfully similar to John’s “Son of Man” (Dan. 10.5-6):

I looked up and saw a man clothed in linen,

with a belt of gold from Uphaz around his

waist. His body was like beryl, his face like

lightning, his eyes like flaming torches, his

arms and legs like the gleam of burnished

bronze, and the sound of his words like the

roar of a multitude.

Daniel gives us additional information by saying that “his arms and legs [were] like the gleam of burnished [Hb. קָלָ֑ל qalal] bronze [Hb. נְחֹ֣שֶׁת nechosheth].” In other words, it wasn’t just his legs, but his arms as well were seemingly made of burnished bronze! It sounds like a combat soldier who had lost all his limbs and was wearing a metallic or robotic prosthesis. And Daniel employs the exact same Hebrew words for “burnished bronze” that are used in Ezekiel’s vision. Furthermore, in Revelation 2.18, Christ himself identifies with this biblical image, demonstrating categorically and unequivocally that it refers to him and him alone. Christ says:

And to the angel of the church in Thyatira

write: These are the words of the Son of

God, who has eyes like a flame of fire, and

whose feet are like burnished bronze.

Chalkolibanon: The Messiah’s Feet Were Like Burnished Bronze

καὶ οἱ πόδες αὐτοῦ ὅμοιοι χαλκολιβάνῳ

https://biblehub.com/greek/5474.htm

The Greek word chalkolibanon is translated as “burnished bronze” and refers to “a fine metal,” such as “fine copper, bronze or brass,” similar to what the Hebrew term for bronze (i.e. nechosheth) represents.

https://biblehub.com/hebrew/5178.htm

These images that are therefore uniquely related to Jesus strongly suggest that they’re part of his human makeup and physical appearance. Why else would the Bible contain these metallic images? All these prophets from both the Old and New Testament seem to suggest that the Messiah’s “sacrifice” entails the loss of his limbs, which are replaced by modern metallic substitutes, turning him into a kind of Cyborg. An article from the Australian Academy of Science expounds on this type of modern technology:

What’s different about the new generation

of prosthetic limbs is their union with bionic

technology, and the way they combine

fields of study as diverse as electronics,

biotechnology, hydraulics, computing,

medicine, nanotechnology and prosthetics.

Technically, the field is known as

biomechatronics, an applied

interdisciplinary science that works to

integrate mechanical elements and devices

with biological organisms such as human

muscles, bones, and the nervous systems. 

https://www.science.org.au/curious/people-medicine/bionic-limbs

Incidentally, a wide variety of materials are used to create artificial limbs, including aluminium bronze and titanium bronze alloys, which are shiny metals. Copper, iron, silver, and gold have also been used in the past. Surprisingly, these are the exact metallic descriptions that we find in the aforesaid passages of the Bible (cf. Dan. 2.32-33: “head of . . . gold . . . arms of silver . . . thighs of bronze. . . legs of iron . . . feet partly of iron and partly of clay [human]”).

Robotics for Human Augmentation in the Visions of Daniel

Dual fulfillment is an important principle of Biblical interpretation. It’s associated with the concept of messianic typology in the Hebrew Bible. It refers to the notion that there are certain prophecies in the Bible that may have both an immediate and a long-term fulfilment. The gigantic statue of a man made of four metals, in the Book of Daniel, is such a prophecy, that might be a clue to the endtimes Christ. It has a short-term fulfillment in terms of the succeeding world-empires that will arise and rule on earth. However, Daniel 2.44 suggests that the prophecy also refers to the end of days (a long-term fulfillment) when God will set up his kingdom once for all! Daniel 2.31-33 (NRSV) explains Nebuchadnezzar’s dream as follows:

You were looking, O king, and lo! there was

a great statue. This statue was huge, its

brilliance extraordinary; it was standing

before you, and its appearance was

frightening. The head of that statue was of

fine gold, its chest and arms of silver, its

middle and thighs of bronze, its legs of iron,

its feet partly of iron and partly of clay.

Let’s not forget that Daniel addresses the Babylonian king Nebuchadnezzar as if he’s the the king of kings, the Messiah (2.37-38):

You, O king, the king of kings—to whom the

God of heaven has given the kingdom, the

power, the might, and the glory, into whose

hand he has given human beings, wherever

they live, the wild animals of the field, and

the birds of the air, and whom he has

established as ruler over them all—you are

the head of gold.

There are messianic overtones, here, that go far beyond the historical context of the passage and suggest a future fulfillment. The dream features a towering statue of a man (Daniel 2.32-33):

The head of that statue was of fine gold, its

chest and arms of silver, its middle and

thighs of bronze, its legs of iron, its feet

partly of iron and partly of clay.

Once again, we get the feeling this is more of a machine than a man. Notice that the legs were made of iron and bronze. What if Daniel 4.13-15 represents God’s judgment on the Messiah? (cf. 2 Cor. 5.21; Gal. 3.13):

I continued looking, in the visions of my

head as I lay in bed, and there was a holy

watcher, coming down from heaven. He

cried aloud and said: ‘Cut down the tree

and chop off its branches, strip off its

foliage and scatter its fruit. Let the animals

flee from beneath it and the birds from its

branches. But leave its stump and roots in

the ground, with a band of iron and bronze,

in the tender grass of the field. Let him be

bathed with the dew of heaven, and let his

lot be with the animals of the field in the

grass of the earth.’

Conclusion

There’s a running narrative throughout the Old and New Testaments that includes thematic parallels and verbal agreements between the visions of various prophets. The terminology has not only been surprisingly consistent from prophet to prophet, but its meaning has also been uniform from one language to another. For example, both Ezekiel and Daniel use identical Hebrew terms to describe what appears to be a Messianic figure, whose feet were “like burnished [Hb. קָלָֽל׃ qalal] bronze [Hb. נְחֹ֥שֶׁת nechosheth]” (Ezek. 1.7; cf. Dan. 10.6)! Astoundingly, the exact same meaning (i.e. χαλκολίβανον; burnished bronze) as applied to the Hebrew Old Testament is employed in the Greek New Testament (Rev. 1.15; 2.18) to convey a similar idea. This suggests that the Biblical books are inspired and in dialogue with one another.

Accordingly, the arms and legs of the purported Messiah do not appear to be human. Rather, they appear to be robotic metals for human augmentation, what we today would call modern bionic prosthetics in redefining and enhancing human amputees. The consistent thematic material (i.e. the canonical context) in the visions of the prophets, especially those of Daniel, is exegetically significant and cannot be simply explained away. What if Daniel 4.14 represents God’s judgment on the Messiah to cut off “his arms and legs”? (cf. Dan. 10.6):

Cut down the tree

and chop off its branches.

Given that the “tree image” in Dan. 4.10-12 is of paramount importance and immersed in messianic metaphors (cf. Jn 15.5; Rev. 22.2), it could certainly represent the Anointed one. All these prophets from both the Old and New Testament seem to suggest that the Messiah’s “sacrifice” entails the loss of his limbs, which are replaced by modern metallic substitutes, turning him into a kind of Cyborg or Bionic Man! The same shiny metals that are referenced in the Bible are the exact same alloys used in prosthetic limbs and modern robotics for human augmentation (i.e. human-enhancement technologies). A close reading of these end-time visions suggests that the Son of Man is part man part machine. This is called “transhumanism,” the merger of humanity with artificial intelligence. This would imply that Christ’s suffering on Judgment day is far more intense than previously thought, which also reflects the profound depth of his love for us!

[mentalcyborg]

A new piece for @nosignalavailable, this time with a new character (name and story pending)

[upscmagazine]

[keithparera-blog]

[newswave-kota]

नारायण सेवा संस्थान ने दिव्यांगों को लगाये कृत्रिम अंग

न्यूजवेव@ नईदिल्ली देश में पोलियोग्रस्त व जन्मजात दिव्यांगों के लिए चेरिटेबल अस्पताल संचालित करने वाले नारायण सेवा संस्थान ने नईदिल्ली के फतेहपुरी आश्रम में 22 जुलाई को निःशुल्क आर्टिफिशियल लिम्ब डिस्ट्रीब्यूशन कैंप आयोजित किया।

शिविर में नारायण सेवा संस्थान की डॉक्टर डॉ. नेहा अग्निहोत्री तथा पांच प्रोस्थेटिक और ऑर्थोटिक इंजीनियरों और ऑर्थोपेडिक डॉक्टरों की टीम ने 50 दिव्यांगों के कृृत्रिम लिम्ब लगाए। प्रतिवर्ष जुलाई में ऐसे दिव्यांगों के आर्टिफिशियल लिम्ब का नाप लेकर उनकी जरूरत के अनुसार कृत्रिम अंगों को विकसित करने के लिये ऐसे शिविर आयोजित कियो जाते हैं। नारायण सेवा संस्थान ने इस माह अहमदाबाद, नईदिल्ली,अलीगढ़ और जयपुर में आर्टिफिशियल लिम्ब मेजरमेंट कैंप आयाजित किये हैं। संस्थान के अध्यक्ष प्रशांत अग्रवाल ने बताया कि ऐसे कैंपेन के जरिए, संस्थान द्वारा 99,133 कैलीपर्स,10 हजार व्हीलचेयर, और 3,600 ट्राई साइकिल बांट दी गई। हम दिव्यांग और आर्थिक रुप से कमजोर वर्ग के उपचार (करेक्टिव सर्जरी) के साथ उन्हें शैक्षणिक और व्यावसायिक ट्रेनिंग भी उपलब्ध करा रहे हैं, ताकि वे अपनी पूरी क्षमता को विकसित करते हुए आत्मनिर्भर और स्वतंत्र बन सकें । इसी कड़ी में अब तक करीब 2161 दिव्यांगों को ट्रेनिंग दी है। 30 वर्षों में 3.5 लाख रोगियों के ऑपरेशन राजस्थान में उदयपुर जिले के बडी गांव में स्थित नारायण सेवा संस्थान के अस्पतालों में पिछले 30 वर्षों के दौरान 3.5 लाख से अधिक रोगियों का ऑपरेशन किया है। जन्मजात विकृति या दुर्घटना के कारण कुछ मामलों में लोग अपने शरीर का कोई अंग खो देते हैं जो प्रतिकूल रूप से उन्हें दूसरों पर निर्भर कर देता है जिससे ना केवल उनकी बल्कि दूसरों के जीवन पर भी एक बड़ा असर हुआ है। एक कृत्रिम अंग न केवल उनकी गतिशीलता में सुधार करता है बल्कि उनका आत्मविश्वास बढ़ाकर उन्हें आत्मनिर्भर भी बनाता है। कृत्रिम अंगों से उनकी रोजमर्रा की सामान्य गतिविधियों की कठिनता कम हो जाती है। ऐसी गतिविधियां, जो सामान्य तौर पर चुनौतीपूर्ण या कठिन लगती हैं, कृत्रिम अंगों के साथ बहुत आसानी से उन्हें पूरा किया जा सकता है और परिवारों की जीवनशैली भी बदल जाती है। Read the full article

[fuzzycrownking]

Artificial Limbs Market: Growth Driven by Technological Advancements and Increasing Amputation Rates

The artificial limbs market has seen significant growth in recent years, driven by a combination of technological advancements, increasing demand from a growing patient population, and rising awareness regarding the benefits of prosthetic solutions. Artificial limbs, also known as prosthetics, are designed to replace or enhance the functionality of a lost or non-functioning limb. This market is not only a vital aspect of the medical field but also a key contributor to improving the quality of life for people with amputations.

Key Drivers of the Artificial Limbs Market

Technological Advancements in Prosthetic Design: One of the primary factors driving the growth of the artificial limbs market is the rapid pace of technological innovation. Advancements in materials science, such as the development of lightweight, durable composites and flexible materials, have made artificial limbs more functional and comfortable. New technologies such as 3D printing, robotics, and AI are also contributing to the design of prosthetics that are more customizable and tailored to individual needs. The integration of sensory feedback systems that allow prosthetics to mimic natural movement and sensation is also enhancing their functionality, making them more intuitive and easier to use.

Growing Prevalence of Amputations: The increasing incidence of amputations due to various causes, including accidents, diseases like diabetes, and congenital conditions, is another significant driver for the artificial limbs market. Diabetes, for instance, leads to complications such as diabetic neuropathy and poor circulation, which can result in the need for amputations, particularly of lower limbs. As the global prevalence of diabetes and other chronic diseases rises, so does the demand for prosthetic solutions. Additionally, the aging population is another factor contributing to the rise in amputations, as older adults are more susceptible to conditions that may necessitate limb loss.

Improved Awareness and Accessibility: As awareness about the availability and benefits of prosthetic limbs grows, more individuals are seeking solutions for limb replacement. Prosthetic solutions are no longer viewed as a last resort but rather as a way to improve mobility, independence, and quality of life. Increasing public awareness campaigns, educational programs, and healthcare initiatives are playing an important role in spreading knowledge about artificial limbs. Furthermore, the improvement in healthcare infrastructure and the availability of advanced prosthetic care, especially in developing countries, has made these products more accessible to a broader population.

Government Initiatives and Funding: Many governments around the world are increasing their investment in healthcare, including the prosthetics sector. These initiatives include providing financial assistance, insurance coverage, and other forms of support for amputees to access high-quality artificial limbs. For example, several countries have launched public healthcare programs to provide free or subsidized prosthetics to those in need. Such initiatives are not only driving market growth but also ensuring that amputees can live better lives without being burdened by the high cost of prosthetic devices.

Increasing Demand for Cosmetic Prosthetics: In addition to functional prosthetics, there is a growing demand for cosmetic or aesthetic prosthetics. Many amputees, particularly those who have lost limbs due to accidents or injuries, seek prosthetics that not only restore functionality but also look as natural as possible. The ability to customize the appearance of a prosthetic limb, to match the color of the skin or even resemble the lost limb, is a key factor in improving the overall quality of life. This rising demand for aesthetic prosthetics is creating new opportunities for manufacturers to innovate and offer personalized solutions.

Rise in Sports and Fitness Activities: The increasing participation of amputees in sports and fitness activities is another driver behind the artificial limbs market. Prosthetic limbs designed specifically for athletic use, such as running blades and sports-specific devices, are gaining popularity. With organizations like the Paralympic Games providing platforms for athletes with disabilities, there is a growing demand for specialized prosthetics that can meet the needs of high-performance activities. These developments are further fostering the growth of the market, particularly among young and active amputees.

Collaborations Between Healthcare Providers and Prosthetic Manufacturers: Collaborations between healthcare providers, medical professionals, and prosthetic manufacturers are essential for driving innovation and improving the quality of artificial limbs. These partnerships allow for the development of more effective and efficient prosthetics that are better suited to individual needs. By working together, manufacturers can receive valuable input from healthcare professionals, leading to designs that better meet the functional and aesthetic preferences of users. Additionally, these collaborations often result in more comprehensive rehabilitation programs that include not only the provision of artificial limbs but also physical therapy and psychological support for amputees.

Conclusion

The artificial limbs market is experiencing robust growth due to a combination of technological, demographic, and societal factors. Technological advancements in prosthetic design, the rising prevalence of amputations, and increasing public awareness are just a few of the key drivers. Furthermore, government initiatives, the demand for cosmetic prosthetics, and the rise in sports participation among amputees are contributing to the market’s expansion. As innovation continues and access to prosthetic solutions improves, the future looks promising for the artificial limbs market, offering hope for millions of amputees worldwide.

[blogofhistory-blog1]

Death Anniversary..! Pramod Karan Sethi..! 6 January 2008..! #PramodKaranSethi was an #Indian #OrthopaedicSurgeon..! With #RamChandraSharma, he co-invented the "#JaipurFoot", an inexpensive and flexible #ArtificialLimb, in 1969..! Awards : The #MagsaysayAward..! The #PadmaShri..! https://www.instagram.com/p/BsSTWgHABkLtfiwP-Yvlf1HEmxxjkIBwLW0qI40/?utm_source=ig_tumblr_share&igshid=7cnrcxmmxw4w

[chriscrazyhouse]

Drawn while waiting for my rental car #cyborg #chriscrazyhouse #sketch #drawing #android #terminator #robot #mech #transhumanism #mechanized #bionic #mechanizedlimbs #artificiallimbs

[tw33dler]

#Sundays #Science #ʎןʇuǝɹǝɟɟıpsbuıɥʇǝǝs #ThingsThatMakeYouGoHmm #SeekTheTruth #Sunday #Think #QuestionEverything #prosthetics #robotics #FreeThinkers #Religion #limbs #Lies #Truth #sheeple #sheep #artificiallimbs #FreeYourMind #Murica #wakeup #AnonFamily #sheeple #IAmAwake #spreadtheword #spreadthetruth #beauty #BattleForHumanity #Truth #Lost #brainwashed #awoken

[bio-techbangladesh]

Bio Tech Bangladesh: Empowering Mobility with Artificial Leg in Bangladesh

#artificiallimb

[artificiallimbsinindia-blog]

#artificiallimbs #india

[upscmagazine]

[deathbedawaken]

So I am trying out both the newest legs I have. The one one the left has a more flexible foot I think its a K2 but I feel like it makes my knee more unstable. I hurt my knee and needed surgery wearing this one. The one on the right is an older leg with a K4 foot that's not as flexible and my knee doesn't move as much. However it's been over a year since I have wore the one on the left so I don't know if it's just getting use to again. Have any of you have similar problems or adjusting? #amputee #amputeelife #belowthekneeamputee #chronicillness #neurofibromatosis #prostheticleg #prosthetics #artificiallimbs