As a parent of a young child with limb loss, the prospect of exploring prosthetic options can be daunting. In this article, we'll explore the range of prosthetic options for young children, from passive hands to highly sophisticated prostetics for kids myoelectric attachments.
When it comes to babies and toddlers up to 18 months old, often the best choice is a tiny passive hand made of silicone or plastic. These hands are designed so that they don't need any special care or maintenance – all that's needed is an occasional cleaning with warm water and soap. The prostetics for kids can be shaped like traditional hands or come in bright colours and designs. Most importantly, they give infants something tangible to grab onto while learning how to use their arms and make their first attempts at reaching out towards objects.
Between 18 months old and two-and-a-half years old, children may benefit from activity-specific attachments like hooks for sports or balls for playtime activities such as rolling balls back and forth during playdates. These types of prostetics for kids attachments are commonly available in bright colours that appeal to young children so they're eager to show them off when playing with friends – thus helping them gain confidence in using their prosthesis from an early age.
At around age three or four when more complex finger movements are required such as picking up objects from tables or manipulating toys during playtime activities, it's usually time for fitting a basic myoelectric hand and wrist system based on the child's individual needs. Myoelectric technology uses electrodes placed on the skin over muscle tissue which then triggers motors inside the prostetics for kids hand itself allowing it to manipulate objects much more precisely than with passive devices alone – which means less frustration trying (and failing) at grasping small items like coins or buttons.
The next step up is full body powered prostetics for kids systems consisting of both elbow joint control and shoulder harnesses allowing users greater control over arm movements while also providing support if necessary due to weak muscles caused by amputation surgery itself or other medical conditions related thereto such as cerebral palsy (CP). While these types of systems offer greater levels of customization than myoelectric ones do – especially when it comes down into fine motor skills – they do tend toward being bulkier due largely in part because body powered systems require heavier materials used in order keep everything together securely enough so as not cause excessive wear on any one particular component over time (e.,g., joints).
For older kids between five years old through twelve who need more advanced capabilities than what simple myoelectrics can provide but still don't require body powered technology yet there exists an increasingly wide range intermediate level solutions nowadays; these generally include some form combination between electric motors/sensors along with mechanical linkages/cables allowing prostetics for kids users customizable range motion within each fingers themselves versus just controlling entire digit movement en masse (e.g., spreading fingers open/close). Many modern intermediate level solutions also feature programmable features enabling easier switching between different grip configurations depending upon task being performed without having manually repositioning each finger individually every time; this feature has proven invaluable aiding those same older kids quickly learn how use new tools confidently perform various tasks both home school settings alike without having struggle find one position fits all scenarios presented them day after day after day.
Finally we have the highest prostetics for kids tier available today: externally powered robotic hands featuring multiple degrees of freedom per finger individual fingertip pressure sensors enabling realistic tactile feedback even though robotics is doing most actual work here! Externally powered robotic hands typically consist several parts including base unit containing battery power source along wireless connection device(s) connecting robot its wearer(s) — these allow user control robot via commands sent either voice recognition software manual controls affixed outside robotic structure itself similar joystick setup seen many gaming consoles today — plus course actual “hand” portion which typically constructed lightweight yet durable material able withstand wear tear everyday activities exert upon appendage over extended periods time.
From tiny passive silicone hands infants all way full robotic externalised power sources tweens beyond there’s now wide variety of prostetics for kids choices out there to fit virtually any budget circumstance imaginable! Whether child’s simply learning basics grasping manipulating small objects everyday life right through needing extra help performing complex tasks involving fine motor skills better stay competitive school environment no matter what situation may be rest assured knowing long list viable options currently exist able provide them best possible chance success every step way ongoing journey life.