Distal Femur Intramedullary Nail (DFN) tih hi eng nge ni?
Distal Femur Intramedullary Nail (DFN) hi internal fixation implant a ni a, distal femoral metaphysis leh diaphysis nena inzawm fracture te stabilization atana siam a ni. Minimally invasive approach hmanga dah luh a nih avangin DFN system hian medullary canal chu luahin axial leh rotational stability a pe a, fracture fragment te chu locking screw hmanga anchor a ni.
Traditional plate fixation nena khaikhin chuan DFN system te hi load-sharing implant angin an thawk a, hei hian a bik takin complex distal femur fracture atan a tha hle a, chutah chuan early mobilization leh biomechanical stability a pawimawh hle.
DFN System sawifiahna leh Core Function
DFN system hnathawh ber chu traumatic injury hnua femoral alignment, sei zawng leh rotational stability siam that hi a ni. Femoral canal chhunga fixation centralizing hmangin nail hian femur mechanical axis-ah physiological loads te chu tha takin a thawn chhuak thin.
Distal Femur Fracture-ah hian DFN vs Plate Fixation a awm a
Locking plate te hian surface fixation an rinchhan a, soft tissue exposure nasa tak a mamawh thei a, DFN system hian periosteal disruption a ti tlem a, fracture biology a humhim bawk. Hei hian high-energy emaw osteoporotic fracture scenario tam takah chuan intramedullary nailing hi duhthlan tur a siam a ni.
Distal Femur Intramedullary Nailing hman dan tur clinical indication te
Distal femur intramedullary nails hi lower femur nena inzawm traumatic leh pathological condition hrang hrang tan hman a ni.
AO/OTA Distal Femur Fracture chi hrang hranga a awm dan tur
DFN system hi AO/OTA 33-A leh 33-C fracture pattern thlan bikteah hman a ni tlangpui a, extra-articular, metaphyseal, leh intra-articular fracture thenkhat chu reduction technique dik tak nena hman dun a nih chuan hman a ni.
Osteoporotic leh Geriatric Damlote zingah indication
Osteoporotic bone nei tar damlote tan chuan DFN fixation hian axial stability a ti sang a, plating system pangngai nena khaikhin chuan fixation failure risk a ti tlem bawk.
DFN System a Design Features te chu a hnuaia mi ang hian a ni
Distal Femur Alignment atan Anatomical Nail Geometry hmanga siam a ni
Nail hian anatomically contoured design a nei a, hei hi femur natural curvature nen a inmil a, dik taka dah a awlsam bakah intraoperative malalignment a tihziaawm bawk.
Multi-Directional Distal Locking tih theih a ni
Multiple distal locking screw configurations hmang hian surgeon te chuan complex fracture patterns te chu an address thei a, metaphyseal region ah secure fixation an nei thei bawk.
Proximal Locking leh Length Stability Control te a awm bawk
Proximal locking options hian axial leh rotational control a tichiang a, limb sei zawng a vawng reng a, healing laiin implant migration a veng bawk.
Distal Femur Intramedullary Nails hmanga Biomechanical lama thatna te
Load-Sharing Fixation hi a hmaa rit phurh theihna tur a ni
Medullary canal kaltlangin load sem darh a nih avangin DFN system te hian early functional rehabilitation leh controlled weight bearing te a thlawp a ni.
Plating nena khaikhin chuan Soft Tissue Disruption a tihziaawm
DFN insertion hian minimally invasive nature hian a chhehvel soft tissue leh vascular supply a humhim a, a dam chak zawk a, complication rates a ti tlem bawk.
Surgical Technique leh Instrument nena inmilna
Minimally Invasive Surgical Approach (MIS Technique) hmanga tih theih a ni.
DFN implantation hi percutaneous technique hmanga tih a ni a, hei hian operation hun a ti tlem a, thisen a hloh a, operation hnua natna a ti tlem bawk.
Nail dik taka dah theihna tur Dedicated Instrument Set
Instrument set kimchang tak chuan nail positioning dik tak, controlled reaming, leh surgery neih laiin screw dah dikna a tichiang a ni.
Material, Manufacturing, leh Surface Treatment te a ni
Medical-Grade Titanium Alloy hmanga siam a ni
DFN system hi high-strength medical-grade titanium alloy atanga siam a ni a, biocompatibility tha tak leh mechanical performance tha tak a pe a ni.
Surface Finish leh Corrosion laka inven theihna
Advanced surface treatment hian fatigue resistance leh long-term corrosion protection a tichak a, implant hi in vivo-ah a chhe thei lo tih a tichiang a ni.
Khawvel pum huap Practice-a Clinical Outcomes leh Advantages te
Complex leh Comminuted Fracture-ah pawh Stable Fixation a awm
DFN systems hian khawvel pum huapa trauma center hrang hranga comminuted leh high-energy distal femur fracture enkawlna kawngah result rintlak tak a lantir a ni.
Hospital leh Trauma Center hrang hrangte tana Clinical Benefits
Surgeon-te chuan surgical workflow awlsam zawk hmangin hlawkna an hmu a, hospital-te erawh chuan complication rate tlahniam leh damlo dam rei hun rei lo zawk aṭangin hlawkna an hmu thung.
Quality Standard, Certification, leh OEM Supply theihna te a awm bawk
CE leh International Quality Standards zawm a ni
DFN system hi certified quality management system hnuaia siam a ni a, international medical device regulation zawm a ni.
Global Distributor te tan OEM / ODM Customization siam a ni
CZMEDITECH hian OEM leh ODM service a pe a, khawvel pum huapa orthopaedic distributor te tan customized specification, branding, leh packaging te a support a ni.
DFN Systems chungchanga zawhna tam tak awm thin
Eng fracture nge DFN system hmanga enkawl tha ber?
DFN system hi distal femur fracture, stable intramedullary fixation mamawhna atan a tha hle a, a bik takin complex emaw osteoporotic case-ah chuan a tha hle.
DFN hi osteoporotic bone atan a tha em?
Awle. Intramedullary load-sharing design hian osteoporotic damlote tan stability tha zawk a pe a ni.
DFN vs locking plate: eng nge tha zawk?
Duhthlan tur chu fracture type leh damlo dinhmun a innghat a, mahse DFN hian axial loading-ah biomechanical advantage a pe fo thin.
Eng nail diameter leh sei zawng nge awm?
DFN system hi anatomical variability awm theihna turin diameter leh length hrang hrangah a awm a.
