Shea J J, Emmett J R
Arch Otolaryngol. 1978 Apr;104(4):191-6. doi: 10.1001/archotol.1978.00790040013003.
Proplast and Plastipore, two new biocompatible implant materials that encourage tissue ingrowth, were used in 225 tympanoplasties. A 12 to 28-month follow-up shows that in 133 tympanoplasties using a drum-to-footplate or total ossicular replacement prosthesis (TORP), there was an average air conduction gain of 19 dB and 65% closure of the air-bone gap to within 20 dB. In 17 tympanoplasties using a drum-to-stapes or partial ossicular replacement prosthesis (PORP), there was an average air conduction gain of 20 dB and 100% closure of the air-bone gap. In 53 tympanoplasties/mastoidectomies using a TORP, there was an average air conduction gain of 19 dB and 87% closure of the air-bone gap. In 22 tympanoplasties mastoidectomies using a PORP, there was an average air conduction gain of 25 dB and 100% closure of the air-bone gap. Five (2.2%) of the 225 Plastipore prostheses have extruded.
普罗普拉斯(Proplast)和普拉斯蒂波(Plastipore)是两种新型生物相容性植入材料,可促进组织向内生长,在225例鼓室成形术中使用。12至28个月的随访显示,在133例使用鼓膜至镫骨底板或全听骨链置换假体(TORP)的鼓室成形术中,平均气导增益为19分贝,65%的气骨导差缩小至20分贝以内。在17例使用鼓膜至镫骨或部分听骨链置换假体(PORP)的鼓室成形术中,平均气导增益为20分贝,气骨导差完全闭合。在53例使用TORP的鼓室成形术/乳突切除术中,平均气导增益为19分贝,87%的气骨导差缩小。在22例使用PORP的鼓室成形术/乳突切除术中,平均气导增益为25分贝,气骨导差完全闭合。225个普拉斯蒂波假体中有5个(2.2%)发生了挤出。