Hello, I would like to know the proportion of reduction of implants in relation to placing them subglandularly or submuscularly. For example, if I place a “motiva ergonomix 245cc mini” implant subglandularly, it is equivalent to 245cc, but submuscularly it is equivalent to 230cc... 220cc... what would be the reduction ratio? thank you for your attention.
June 25, 2023
Answer: Implant size under the muscle The volume of the implant does not change even if you place it subglandular or submuscular. A 245cc implant will remain a 245cc implant. The implant might be slightly flattened initially in a submuscular plane until the muscle relaxes and stretches on top of the implant, but the size of the implant will always remain the same (unless the implant ruptures)
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June 25, 2023
Answer: Implant size under the muscle The volume of the implant does not change even if you place it subglandular or submuscular. A 245cc implant will remain a 245cc implant. The implant might be slightly flattened initially in a submuscular plane until the muscle relaxes and stretches on top of the implant, but the size of the implant will always remain the same (unless the implant ruptures)
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June 21, 2023
Answer: Implant placement Dear Warmhearted591036, I almost always place implants submuscular. It lowers the rate of capsular contracture significantly. In addition, it looks much more natural because the muscle provides covering over the implant so its not as round on the top. I've also noticed the implants drop less over time when they are protected under the muscle. Daniel Barrett, MDCertified, American Board of Plastic SurgeryMember, American Society of Plastic SurgeryMember, American Society of Aesthetic Plastic Surgery
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June 21, 2023
Answer: Implant placement Dear Warmhearted591036, I almost always place implants submuscular. It lowers the rate of capsular contracture significantly. In addition, it looks much more natural because the muscle provides covering over the implant so its not as round on the top. I've also noticed the implants drop less over time when they are protected under the muscle. Daniel Barrett, MDCertified, American Board of Plastic SurgeryMember, American Society of Plastic SurgeryMember, American Society of Aesthetic Plastic Surgery
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