I'm not so sure that RTE's are as bad as they're made out to be
Posted: Fri Oct 13, 2023 7:35 pm
There seems to be a lot of stigma on the forum against RTE's, but there are still a lot of high-volume implanters that use them. At least this study seems to show that there could be some benefit beyond instances where using them are necessary:
Biomechanical Comparison of Inflatable Penile Implants: A Cadaveric Pilot Study
Jared J. Wallen, MD, Enrique V. Barrera, PhD, Liehui Ge, PhD, Alexander W. Pastuszak, MD, Rafael E. Carrion, MD, Paul E. Perito, MD, and Tariq S. Hakky, MD
"We also observed that for all implants, increasing the total length of RTEs (1cm, 1.5cm, to 2cm) resulted in the phallus tolerating a higher maximum column load before significant deformation. This RTE-enhanced biomechanical performance will be seen in our other tests as well."
"Horizontal Stiffness via Modified Cantilever Deflection - Modified cantilever deflection is an assessment of quality of erection where a load is applied to bend the penis supported by only 1 pivot point. Figure1C shows how the horizontal stiffness via modified cantilever deflection was tested using the CX, LGX, and Titan implant cylinders...All devices appear to perform better on this test with physiological inflation versus LTMI and also with increasing RTE size."
"Furthermore, we observed that all of the IPPs appear to have greater maximum loads as RTE length increases (in this study, up to 2cm). This is contrary to expert opinion; these new data suggest that increasing the length of RTEs may improve a patient’s ability to penetrate because a lack of RTEs on IPPs was associated with increased pressures resisting similar forces. This will have to be further studied to confirm what exactly the relationship is between RTEs and IPP performance.
chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://peritourology.com/wp-content/uploads/2018/07/JSMBiomechanics.pdf
Biomechanical Comparison of Inflatable Penile Implants: A Cadaveric Pilot Study
Jared J. Wallen, MD, Enrique V. Barrera, PhD, Liehui Ge, PhD, Alexander W. Pastuszak, MD, Rafael E. Carrion, MD, Paul E. Perito, MD, and Tariq S. Hakky, MD
"We also observed that for all implants, increasing the total length of RTEs (1cm, 1.5cm, to 2cm) resulted in the phallus tolerating a higher maximum column load before significant deformation. This RTE-enhanced biomechanical performance will be seen in our other tests as well."
"Horizontal Stiffness via Modified Cantilever Deflection - Modified cantilever deflection is an assessment of quality of erection where a load is applied to bend the penis supported by only 1 pivot point. Figure1C shows how the horizontal stiffness via modified cantilever deflection was tested using the CX, LGX, and Titan implant cylinders...All devices appear to perform better on this test with physiological inflation versus LTMI and also with increasing RTE size."
"Furthermore, we observed that all of the IPPs appear to have greater maximum loads as RTE length increases (in this study, up to 2cm). This is contrary to expert opinion; these new data suggest that increasing the length of RTEs may improve a patient’s ability to penetrate because a lack of RTEs on IPPs was associated with increased pressures resisting similar forces. This will have to be further studied to confirm what exactly the relationship is between RTEs and IPP performance.
chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/https://peritourology.com/wp-content/uploads/2018/07/JSMBiomechanics.pdf