2000
DOI: 10.1054/arth.2000.5266
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A comparison of 2 modern femoral cementing techniques

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Cited by 44 publications
(18 citation statements)
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“…n Under laboratory conditions, the use of cement in a low viscosity state seems to improve the penetration of cement and interface strength, particularly if cement pressurization techniques are used (Markolf and Amstutz 1976, Halawa et al 1978, Rey et al 1987, Bannister and Miles 1988, Bean et al 1988, Stone et al 1996, Reading et al 2000. However, in the presence of active bleeding, the interface shear strength with low viscosity cements is signi cantly reduced, although the depth of cement penetration seems not to be affected to the same extent (Benjamin et al 1987, Majkowski et al 1994.…”
Section: Abstract -In a Sh Eep M Od El P Erm Ittin G Stan Dardimentioning
confidence: 99%
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“…n Under laboratory conditions, the use of cement in a low viscosity state seems to improve the penetration of cement and interface strength, particularly if cement pressurization techniques are used (Markolf and Amstutz 1976, Halawa et al 1978, Rey et al 1987, Bannister and Miles 1988, Bean et al 1988, Stone et al 1996, Reading et al 2000. However, in the presence of active bleeding, the interface shear strength with low viscosity cements is signi cantly reduced, although the depth of cement penetration seems not to be affected to the same extent (Benjamin et al 1987, Majkowski et al 1994.…”
Section: Abstract -In a Sh Eep M Od El P Erm Ittin G Stan Dardimentioning
confidence: 99%
“…Cement pressurization, however, greatly increases intramedullary pressure (IMP) (Song et al1994, McCaskie et al 1997, Reading et al 2000. Fat and bone marrow embolization may therefore occur (Breed 1974, Tronzo et al 1974, Orsini et al 1987, Wenda et al 1993, 1995, Pitto et al 1998, Breusch et al 2000b).…”
Section: Abstract -In a Sh Eep M Od El P Erm Ittin G Stan Dardimentioning
confidence: 99%
“…12,19,51 Some investigators interpose hydroxyapatite (HA) granulates at the interface to augment bone-cement bonding; this is called bioactive bone cement. 42 Other studies have confirmed that the higher the pressure applied to the cement, the greater penetration of the cement into the cancellous bone, 19,44,50 thereby improving the strength of the bone-cement interface. In this sense, the possible impact of increased interdigitation on cement mantle fatigue has not yet been tested.…”
Section: Introductionmentioning
confidence: 96%
“…49 New cementing techniques have been introduced to optimize fixation of the femoral component. 12,19,50,51 They aim to improve the microinterlock between the cement and cancellous bone. 12,50 These include using a distal cement restrictor, pulsatile lavage preparation of the femoral canal, centrifugation or vacuum mixing of the cement, and pressurization of cement.…”
Section: Introductionmentioning
confidence: 99%
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