Views: 0 Author: Site Editor A chhuah hun: 2025-12-11 A chhuahna: Hmun
Case Study: Bangladesh khawpui Dhaka-ah Scoliosis Correction Surgery neih a ni
Scoliosis hi tleirawl zingah spinal deformity awm fo a ni a, progressive curvature hian spinal balance, posture emaw long-term quality of life emaw a nghawng chuan surgical intervention a ngai fo thin. Region hmasawn zawkah chuan spinal fixation system rintlak leh standardized surgical workflows hman theihna hian clinical outcome predictable tak tak neih theihna kawngah hmun pawimawh tak a chang a ni.
Hetiang a nih chuan, -a local orthopedic hospital-ah scoliosis siamthatna chu hlawhtling takin an ti a , Dhaka, Bangladesh pakhat , kum 14 mi hmeichhe damlo tleirawl scoliosis vei nia hriat chu a tel a ni. Surgical tum ber chu spinal deformity siamthat a, alignment siam that leh 6.0mm pedicle screw–rod system hmanga stable internal fixation neih a ni.
Damlo kum leh deformity characteristics ngaihtuah chuan, postoperative stability vawng reng chungin controlled correction neih chu ngaihtuah tur pawimawh tak a ni. Surgical plan-ah hian pedicle screw instrumentation hmanga segmental fixation leh gradual alignment correction tih a ni.

He scoliosis siamthatna tur hian 6.0mm pedicle screw system chu primary fixation solution atan thlan a ni. Pedicle screw–rod construct hi spinal deformity surgery-ah hman a ni nasa hle a, a chhan chu vertebral anchorage chak tak a pe thei a, spinal alignment dik tak a control thei bawk.
He system hian spinal deformity-a coronal, sagittal, leh axial components te address-in three-dimensional correction a phalsak a ni. Vertebral level hrang hranga segmental fixation hmang hian corrective force te chu a rualin a insem thei a, spinal balance a thlawp a, fixation point hrang hranga mechanical stress a tihziaawm bawk.
Procedure neih chhung hian a hnuaia implant te hi hman a ni:
6.0 Polyaxial Pedicle Screw hmanga siam a ni
6.0 Crosslink-I (SW3.5) tih a ni.

Heng components te hian spinal rods te nen thawk hovin stable posterior spinal fusion construct an siam a , hei hi tleirawlte scoliosis siamthatna atana tha tak a ni.
Chumi Spinal Pedicle Screw Instrument Set-ah hian hengte hi a tel a ni: Dhaka Central International Medical College & Hospital-a hman thin
Pedicle screw dahna hmanrua te
Rod tehna, bending leh insertion hmanrua te
Crosslink leh connector hmanrua te a ni
Ruh buatsaih leh tihziaawmna hmanrua

A ergonomic design hian Bangladesh leh hmun danga surgeon-te chu complex scoliosis correction chu awlsam zawk leh him zawkin a ti thei a, operation hun a tihtlem bakah screw dah dikna a pui bawk.
Postoperative imaging hmangin preoperative status nen khaikhin chuan spinal alignment a tha zawk tih hmuhchhuah a ni. Fixation construct chu a stable niin a lang a, siamthat tum chu a thlawp a ni. Surgical team-te sawi danin, damlo hian postoperative recovery a nei ṭha hle a, fixation nena inzawm harsatna a awm nghal lo.

He scoliosis correction case hi Dhaka, Bangladesh atanga lo chhuak hian hman dan clinical application a entir a ni . 6.0mm pedicle screw system tleirawlte spinal deformity surgery-a He case hian segmental fixation, controlled deformity correction, leh stable postoperative alignment te bakah thil pawimawh tak tak a tarlang a ni.
Chutiang case chuan clinical setting hrang hranga deformity correction atana spinal fixation solution rintlak zawngtu orthopedic surgeon leh distributor te tan reference hlu tak a pe a ni.
He case hi adolescent scoliosis, spinal deformity, ruhro (spinal curvature) pangngai lo avanga awm, surgery hmanga enkawlna a ni.
He surgery hi Bangladesh, Dhaka-a local orthopaedic hospital-ah tih a ni.
6.0mm pedicle screw system hi segmental fixation nghet tak pe thei tur leh spinal deformity three-dimensional correction pui turin thlan a ni.
Polyaxial pedicle screw hmang hian rod connection leh alignment adjustment awlsam zawk a awm a, hei hi complex spinal deformity correction procedure-ah a hlawkpui hle.
Crosslink hian fixation strategy leh surgical levels inrawlh dan azirin rotational forces laka resistance tihchangtlun hmangin construct stability tihchangtlunna kawngah a pui thei a ni.
Spinal alignment hi surgery hmaa imaging study leh postoperative radiographic assessment hmangin correction leh fixation stability finfiah nan an zirchiang a ni.
Postoperative imaging-ah chuan spinal alignment a tha zawk tih hmuhchhuah a ni a, damlo chuan stable internal fixation hmangin a dam leh ta a ni.
Ni e, pedicle screw–rod system hi tleirawl scoliosis surgery-ah hian hman a ni nasa hle a, a chhan chu fixation rintlak leh controlled deformity correction a pek theih vang a ni.
Thil siam chhuah te