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Orthopedic artificial prosthetic leg knee prosthesis 4A50
Implant Materials & Artificial Organs Type:Implantable Artificial Brand Name:AS Model Number:4A50
Place of Origin:Hebei, China Licence Number:CE/ISO
Instrument classification:Class II
Warranty:1 Year After-sale Service:Online technical support
knee flexion range:140 load weight: 100kg
weight: 860g Height: 205mm sample: available
MOQ:1 Piece Color: black
Product name: Orthopedic artificial prosthetic leg knee prosthesis
BE (below elbow) intelligent bionic arm prostheses/artifical limbs
Place of Origin:
500 Set/Sets per Month
Packaging & Delivery
tianjin or beijing
Shijiazhuang aosuo company specializes in importing prosthetics and orthotic products and exporting prosthetics and orthotic products throughout the world. We can offer the OEM and ODM for prosthetics and orthotic products, mainly product is Prosthetics materials,Prosthetics cosmetic products ,Prosthetics and orthoticcs tools,Orthoses and orthosis components,Adapters and prosthetic components,Medical Implant Prosthetic,with professional technology and running advantage on healthcare , medical ,all kinds of orthotics&prosthetics products All of our prosthetics and orthotic products comply with high quality lower price , are greatly appreciated in Asia, Europe,Africa ,middl East markets etc ..
Finger fractures are a common hand fracture, ranking first in limb fractures. Most are caused by trauma. Finger fractures can cause local pain and swelling, and limited mobility. If the fracture of the near middle finger is significantly displaced, angular deformity, bone friction, and abnormal movement may occur locally. After a fracture of the distal phalanx, the flexion of the finger showed a typical mallet finger deformity, accompanied by extensional dysfunction. Bone friction and abnormal movement can be palpated in patients with displaced fractures. Finger fractures can be fixed with splint treatment, the following is about the time and precautions of splint fixation;
It usually takes about 6 weeks for splinting after fracture. The specific fixation time needs to be further determined according to the degree of fracture healing. The standard healing time for adults is generally about 6 weeks. After 6 weeks, the splint can be removed for joint function exercise. However, if the fracture is not well healed and the splint removal standard is not reached, the splint should be used for a certain period of time, and conventional treatment should not exceed 3 months.
The following points should be paid attention to when using small splints after fracture reduction:
1. Pay attention to the blood circulation of the limbs: One of the following situations: (1) Pain worsens. (2) Numbness of hands and feet, slow response to acupuncture. (3) Restricted movement of fingers or toes of injured limbs. (5) Pale or blue hands and feet, (6) Cold limbs, indicating poor blood circulation in the limbs, should be reported to a doctor for treatment immediately.
2. Do not loosen the small splint without authorization, so as to avoid fracture displacement or fracture re-fracture.
3. Prevent the fracture from being displaced again, protect the injured limbs, and prevent the fracture from being displaced by external impact or other reasons.
4. Functional exercise: After the fracture is reset, the affected limb can be exercised according to the doctor's recommendation, such as clenching, muscle contraction and relaxation, closed joint flexion and extension, and various physical therapies to promote the disappearance of swelling and fracture healing.
5. Regular outpatient review should be carried out at the time specified by the doctor. Usually at least once a week.
In addition, one of the taboo principles for patients with fractures and trauma is to avoid spicy and greasy foods. After a fracture, there is often an inflammatory reaction around the fracture. Greasy and spicy stimulation can promote the generation of damp heat, aggravate inflammation, and affect fracture healing. After the splint is removed, the patient should follow the doctor's advice and return to the hospital for regular review.
SHIJIAZHUANH AOSUO O&P
Finger rehabilitation training refers to the training methods for finger dysfunction (after stroke or fracture):
1. Strength training, through electrical stimulation or certain grasping actions or manual stimulation, to strengthen the muscle strength of the fingers.
2. The training of joint range of motion is to restore the range of motion of the metacarpophalangeal joints or interphalangeal joints through passive stretching or joint mobilization.
3. Training to reduce muscle tension, especially after a stroke, fingers are prone to flexion, which is mainly caused by increased finger flexor muscle tension. The fingers can be lowered through hyperthermia (wax therapy or soaking in traditional Chinese medicine) or repeated stretches. Muscle tension of the flexors.
4. Training of finger flexibility. After the finger function reaches a certain level, it can increase the flexibility of the fingers by practicing finger pointing or pinching objects.