Continued from http://www.mattersofsize.com/forum/showthread.php?t=49037 since I could not edit the title:
Let me know what you guys think. I found old google links to other posts about this surgery, but the accounts were closed, so I could not read the posts.
There is a penis surgeon in Serbia who published a new type of penis surgery in many respected journals. It had 300 men with no bad side effects. But he uses biodegradable scaffolding and cuts right behind the head of the penis, separates the skin off the shaft, and slides the cylinder shaped scaffolding down your shaft under the skin, then closes. Scrotal cells on the scaffolding start multiplying, and the scaffolding biodegrades. It increase shaft girth by 30% on average. A problem is it makes the penis look like a fat pencil instead of mushroom, since it does not make the head bigger and does not make it longer. It costs about $10,000. I can't find the site again and did not memorize the address.
These are your own cells, and not fat cells, but I don't know if they make spongi tissue or how it errects/flaccid.
To read more about scaffolding in general, read here.
http://www.sciencecentric.com/news/a...php?q=08080104
This is not the penis people though.
It is not fat injections or cadaver flesh dransplants.
I'm going to try to grow my penis first with hormones and a pump, so I can get length and a bigger head too if possible. But in case that does not work, I'd like that type of surgery as a backup.
Here is the study abstract in one of the journals. Note the email address. I bet you can find out where to get it done if you email that address. I emailed them 5 minutes ago.
http://www.ncbi.nlm.nih.gov/puBathmateed/16310926
Perovic SV, Byun JS, Scheplev P, Djordjevic ML, Kim JH, Bubanj T.
Department of Urology, University Children's Hospital, Tirsova 10, 11000 Belgrade, Serbia and Montenegro. perovics@eunet.yu
OBJECTIVE: To evaluate in a multicenter, prospective study preliminary aesthetic and functional results of autologous ex-vivo tissue engineering for penile girth enhancement. METHODS: From July 1999 to January 2004, 204 men of mean age 26.77 (range 19-54 years) underwent this procedure. Indications for penile girth enhancement were penile dysmorphic disorder and previous failed surgery for penile girth enhancement. Fibroblast cells harvested from 1 cc of biopsied scrotal dermal tissue were expanded in culture until the total cell number of at least 2x10(7) was reached. Suspended cells in culture medium were then seeded on pretreated tube-shaped PLGA scaffolds and incubated for 24 hours. After penile degloving, scaffolds were shape adjusted and transplanted between dartos and Buck's fascia when the skin was compliant or under the neurovascular bundle when the skin was not compliant. RESULTS: A total of 84 randomly selected patients were followed 1 to 5 years postoperatively (median 24 months). The gain in girth ranged from 1.9 to 4.1cm (mean 3.15 cm). Postoperative complications occurred as infection in three, penile skin pressure necrosis in two and seroma formation in five patients and were all treated conservatively. Surgical intervention was appraised by patients on a scale from 1 to 5 as follows: the best mark (5) was given by 44.05%, very good (4) by 36.90%, good (3) by 19.05% and only one patient gave the mark 2 judging general penile appearance as dissatisfactory; mean score was 4.25. CONCLUSION: Autologous tissue engineering by using biodegradable scaffolds as a carrier is a new and safe therapeutic approach for penile girth enhancement. The outcome of this study points out the necessity for its expanded clinical applicability in the future.
PMID: 16310926 [PubMed - indexed for MEDLINE]
Let me know what you guys think. I found old google links to other posts about this surgery, but the accounts were closed, so I could not read the posts.
There is a penis surgeon in Serbia who published a new type of penis surgery in many respected journals. It had 300 men with no bad side effects. But he uses biodegradable scaffolding and cuts right behind the head of the penis, separates the skin off the shaft, and slides the cylinder shaped scaffolding down your shaft under the skin, then closes. Scrotal cells on the scaffolding start multiplying, and the scaffolding biodegrades. It increase shaft girth by 30% on average. A problem is it makes the penis look like a fat pencil instead of mushroom, since it does not make the head bigger and does not make it longer. It costs about $10,000. I can't find the site again and did not memorize the address.
These are your own cells, and not fat cells, but I don't know if they make spongi tissue or how it errects/flaccid.
To read more about scaffolding in general, read here.
http://www.sciencecentric.com/news/a...php?q=08080104
This is not the penis people though.
It is not fat injections or cadaver flesh dransplants.
I'm going to try to grow my penis first with hormones and a pump, so I can get length and a bigger head too if possible. But in case that does not work, I'd like that type of surgery as a backup.
Here is the study abstract in one of the journals. Note the email address. I bet you can find out where to get it done if you email that address. I emailed them 5 minutes ago.
http://www.ncbi.nlm.nih.gov/puBathmateed/16310926
Perovic SV, Byun JS, Scheplev P, Djordjevic ML, Kim JH, Bubanj T.
Department of Urology, University Children's Hospital, Tirsova 10, 11000 Belgrade, Serbia and Montenegro. perovics@eunet.yu
OBJECTIVE: To evaluate in a multicenter, prospective study preliminary aesthetic and functional results of autologous ex-vivo tissue engineering for penile girth enhancement. METHODS: From July 1999 to January 2004, 204 men of mean age 26.77 (range 19-54 years) underwent this procedure. Indications for penile girth enhancement were penile dysmorphic disorder and previous failed surgery for penile girth enhancement. Fibroblast cells harvested from 1 cc of biopsied scrotal dermal tissue were expanded in culture until the total cell number of at least 2x10(7) was reached. Suspended cells in culture medium were then seeded on pretreated tube-shaped PLGA scaffolds and incubated for 24 hours. After penile degloving, scaffolds were shape adjusted and transplanted between dartos and Buck's fascia when the skin was compliant or under the neurovascular bundle when the skin was not compliant. RESULTS: A total of 84 randomly selected patients were followed 1 to 5 years postoperatively (median 24 months). The gain in girth ranged from 1.9 to 4.1cm (mean 3.15 cm). Postoperative complications occurred as infection in three, penile skin pressure necrosis in two and seroma formation in five patients and were all treated conservatively. Surgical intervention was appraised by patients on a scale from 1 to 5 as follows: the best mark (5) was given by 44.05%, very good (4) by 36.90%, good (3) by 19.05% and only one patient gave the mark 2 judging general penile appearance as dissatisfactory; mean score was 4.25. CONCLUSION: Autologous tissue engineering by using biodegradable scaffolds as a carrier is a new and safe therapeutic approach for penile girth enhancement. The outcome of this study points out the necessity for its expanded clinical applicability in the future.
PMID: 16310926 [PubMed - indexed for MEDLINE]
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