Pediatric deep burn nursing involves joint movements, resulting in actions such as music motion; volar wrist side burns can be used for wrist dorsiflexion movement; anterior cervical burns can make neck extension actions and should also perform some rotation, adduction, abduction, and opponens actions. This term refers to the Central Plains Medical Journal, May 2001, Volume 28, Issue 5, page 183. Gradually guide children to increase activity and exercise volume, requiring actions to be as accurate as possible, such as wrist forearm parts for wrist dorsiflexion, palmar flexion, surrounding exercises, and forearm pronation and supination motions. The shoulder joint can make some abduction, relaxation, and pronation and supination movements. Later, when wounds are closed, use elastic bandages or elastic sheaths for compression bandaging of wounds, with immersion therapy to further strengthen functional exercises because bathing can improve body blood circulation, soften the skin, thus promoting wound healing and joint function recovery. Additionally, encourage children to do daily life activities, such as eating, washing clothes, wearing off, walking out of bed, restoring joint activity. However, if strength is poor, guide children through physical exercise equipment for some strong, fast, and accurate exercises to achieve complete recovery of joint function.
In 2001, 22 cases received injuries of brachial plexus injury caused by electromyography analysis conducted by Wang Lili and Zhang Jun at Hubei Province Wuhan City Children's Hospital (Hubei, 430016). Abstract: Objective To investigate the neural electrical store, electromyographic store in brachial plexus damage caused by production on the estimated value method: 22 inverted yield Pu induced injury of brachial plexus idle a few nerves, electromyography, stations fruit: 22 inverted yield estimation of brachial plexus injury caused by EMG abnormal rate was higher than that of nerve EMG to produce: the theory on the diagnosis of brachial plexus injury caused by physical damage position determination is important. Keywords Neural electric solid EMG solid production for brachial plexus birth injury of brachial plexus injury, nerve electromyography for clinical provide reliable auxiliary diagnosis. Now in our hospital since 1999, 22 cases due to birth injury-induced brachial plexus injury are reported as follows: clinical data of L I.I general information: this group of 22 inverted, male L3 patients, 9 cases were female. Age from 1 month to 8 years old, average 1.3 years old right arm plexus injury in 16 patients. Left brachial plexus injury in 6 cases, both during the production process of the arm stretch history. Methods: using the Dandy Keypoint I.2 EMG electromyogram evoked potential instrument, room temperature to 25°C, skin temperature was maintained at 30 degrees Celsius, motor conduction velocity (V) using a needle electrode, the ulnar nerve in the abductor digiti minimi records, supramaximal stimulation of ulnar nerve anterior (wrist and elbow wrist); median nerve in thumb extensor records, supramaximal stimulation of the wrist and forearm median (elbow to wrist); radial nerve in the EIP supramaximal stimulation of forearm and upper arm records. The radial nerve segment (elbow wrist); axillary nerve in the deltoid has recorded, supramaximal stimulation of Eubs, were used to measure Eubs and pelvic ruler recording needle electrode distance; musculocutaneous nerve in the brachial biceps records two. Super stimulation of Eubs I.3 anatomy: brachial plexus composition: it is composed of 5 roots, synthesis of 3, divided into 6 shares, and synthesis of 3 beam composition, divided into 5 terminal branches of the supraclavicular part, also known as the neck by neck, 5-6 anterior ramus of spinal nerve in thousands, neck 7 in the stem, 8 cervical and thoracic 1 synthesized under dry, in three divided into anterior, posterior femoral. Clavicle lower by three after femoral synthesis after beam, dry anterior femoral lateral beam synthesis, the lower trunk of the anterior femoral medial beam, three Shu Xian in the first section of the axillary artery and axillary artery after lateral, in second sections, and the rear cutter; in the axillary artery around the third segments divided for the five terminal branches; for the musculocutaneous nerve, median nerve, ulnar nerve, moncler torino, radial nerve, axillary nerve. L_4 brachial plexus injury clinical manifestations: clinical manifestations and brachial plexus involvement are related to the position on the stem involvement, including upper arm and shoulder muscle paralysis, and hand function well. The shoulder of the patient cannot abduct, nor internal, external rotation, no elbow flexion, nor to the extensor carpi radialis wall leaves little simple involvement at this time mainly affects the radial nerve innervated muscles of the triceps brachii - three. The effect was localized and does not affect the brachioradialis muscle electrophysiology 1.5 manifestations: nerve conduction velocity anomaly manifested as: in the lesion proximal stimulation caused muscle potentials and sensory action potential amplitudes were reduced, while the distal stimulus lesion large amplitude. In the slowing of conduction velocity across the lesion. These results indicated that the lesion is focal demyelinated nerve block, can and have or not and axonal damage, most are and have varying degrees of axonal damage. 2 Results of the 22 cases due to birth injury-induced brachial plexus injury electromyography results in Table 1 the axillary nerve, musculocutaneous nerve were found in 9, which (compared with the uninvolved axillary nerve latency), latent rate (Eubs needle and electrode distance divided by the latency) was prolonged in 8 patients (88%.