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PGLA Absorbable Sutures
Poly (glycolid acid (90%) – co – lactic acid (10%))
ALCALACTINE® sutures are synthetic absorbable sterile surgical sutures which are composed of a copolymer made from 90% glycolide and 10% L-lactic acid. The braid structure of the suture is coated. Coated suture is prepared by Calcium Stearate and Polyglycolic Acid (30%) – Lactic Acid (70%) mixture.
ALCALACTINE® sutures when implanted into a living organism, it is absorbed by that organism and cause no undue tissue irritation. ALCALACTINE® sutures have been found to be non-antigenic, non- pyrogenic and elicit only a mild tissue reaction during absorption.
ALCALACTINE® sutures meet all requirements for synthetic absorbable surgical sutures specified at the European Pharmacopoeia (EP) and United States Pharmacopoeia (USP) except for diameters which are slightly oversized in some sizes.
In order to ease of operation, ALCALACTINE® sutures are coloured FDA approved D&C violet No:2. ALCALACTINE® sutures have been presented in USP 6/0 – USP 2 gauge sizes in a variety of lengths from 10 cm to 150cm, as non-needled or attached to stainless steel needles of varying types and sizes.
ALCALACTINE® sutures are available as sterile, braided, dyed(violet) strands in sizes USP 6/0 through USP 2 (metric sizes 0.7 – 5), in a variety of lengths from 10cm to 150cm, with or without various needles.
Products are presented in suture boxes with 12 pieces, 24 pieces or 36 pieces.
Absorbable, multifilament, coated, violet
Absorbable, multifilament, coated, undyed (beige)
90% glycolide and 10% L-lactic acid synthetic, absorbable, braided surgical suture
Poly (glycolide-co-L-lactide) and Calcium Stearate
~ 30 days
~ 56-70 days
6/0 – 2
EO (Ethylene Oxide)
In aluminum foil packages with needle or without needle
2nd week ~ 75% 3rd week ~ 40% – 50% wound support
- General Surgery
- Gastrointestinal Surgery
- Orthopedic Surgery
- Ophthalmic Surgery
- Skin Closure
- General Soft Tissue Approximation and / or Ligation
HIGH TENSILE STRENGTH
Excellent wound support
ABSORPTION BY PROGRESSIVE HYDROLYSIS
Predictable absorption rate
Minimum tissue trauma Minimum capillarity Ease of knot tying and adjustability
Minimum suture memory High usage characteristic Flexibility Excellent tensile strength Excellent knot safety