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Application and Properties of Polyglycolic Acid as a Degradation Agent in MPU/HNBR Degradable Elastomer Composites for Dissolvable Frac Plugs. [PDF]

Polymers (Basel)
Cheng K, Yuan M, Zhang Y, Sun N, Peng B.
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Hansen solubility parameters of polyglycolic acid and interaction parameters between polyglycolic acid and solvents

European Polymer Journal, 2015
Abstract This article focuses on the solubility parameters and interaction parameters of polyglycolic acid. 43 solvents have been used for polyglycolic acid to study the dissolution property. Then the Hansen three-dimensional solubility parameters and total parameter of polyglycolic acid were obtained by an optimization calculation.
Xianming Liu
exaly   +2 more sources

Polyglycolic Acid Suture in Strabismus Surgery

Archives of Ophthalmology, 1975
Polyglycolic acid, synthetic, absorbable braided suture was compared to gut with respect to handling, strength, and tissue reaction in 70 strabismus procedures. This new suture material produced less tissue reaction than gut and had handling characteristics that were similar to silk.
R P, Blau, S, Greenberg, R, Lorfel, H S, Sugar   +3 more
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Polyglycolic Acid Suture in Strabismus Surgery

Archives of Ophthalmology, 1974
Polyglycolic acid suture was evaluated for strabismus surgery. The postoperative reaction encountered with this suture after recession or resection of a horizontal rectus muscle in 26 eyes was compared with the reaction following the use of chromic gut sutures for surgery on the antagonistic rectus muscle in the same eye.
J C, Merritt, L, Chapman, M, Rabb
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Polyglycolic acid synthetic absorbable sutures

The American Journal of Surgery, 1971
Abstract A laboratory study of the characteristics of a synthetic absorbable polyglycolic acid polymer suture (Dexon) is presented. The polyglycolic acid sutures were found to be well tolerated by the abdominal wall tissues in rabbits in both clean and infected wounds.
J B, Eilbert, P W, McKinney, J, Conn, P, Binder, J M, Beal   +4 more
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Polyglycolic Acid (PGA) Sutures

JAMA: The Journal of the American Medical Association, 1970
To the Editor.— InThe Journal'smedical news ( 213 :381, 1970) an article is entitled "PGA used to make absorbable suture." Because of the wide distribution of your journal, I think it is important to set the record straight. In the AMA report you mention that "The PGA suture was found to have excellent tensile strength, both in terms of knot pull and
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Polyglycolic acid sutures in genitourinary surgery

Urology, 1974
Abstract One hundred ten patients undergoing genitourinary surgery were sutured with PGA (polyglycolic acid) sutures. Seventy-one of these were also sutured with plain or chromic catgut, and/or nylon. There were no suture failures and no signs of wound breakdown.
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Further study of polyglycolic acid suture

The American Journal of Surgery, 1974
Abstract Implantation studies were carried out in rats, rabbits, and dogs to compare the rate of loss of breaking strength of polyglycolic acid and chromic catgut sutures. The rate of loss was about the same during the first five to ten days. Thereafter, the rates of loss were variable for both suture materials.
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Polyglycolic Acid Surgical Suture

Archives of Surgery, 1970
Polyglycolic acid sutures were compared experimentally with catgut, silk, and Dacron. The sutures were implanted in the muscles of rabbits and the specimens recovered at intervals up to eight months. Polyglycolic acid sutures lost a third of their original strength in one week and about 80% by two weeks. Catgut lost strength more slowly.
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Polyglycolic acid sutures in general practice

New Zealand Veterinary Journal, 1978
Abstract Dexon, polyglycolic acid polymer, which has been used in the human field for several years, has recently been introduced to the veterinary profession. Comparisons are made between this material and other sutures, primarily catgut, in a wide variety of surgical procedures.
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