PGA is a synthetic absorbable, braided, coated suturecomposed of aPolyglycolic acid (PGA) and is availableboth dyed and un-dyed.When dyed, onlyFDA-approvedcolor additives such as D&CViolet No. 2 areused.The un-dyed suture ismilkwhite (beige) in color.PGA is characterised by very high initial strength anda reabsorption, adequated tothe healing processes, thusproviding the maximum safety expected from syntheticabsorbable braids.
Its mechanism ofAbsorption takes place by hydrolysisand guarantees a very high rate of tensile strength anda minimum degree of absorption in the initial critical phaseof healing. In vitroLinear tensile strength retention after2 weeks inPBS (PH=7.4) at37℃≥65%BSRThe total absorptionduration is between 50-80 daysafter the implantation, avoiding adverses reactionsand tisular inflammation.
The residual tensile strengthis the tensile strength thatthe suture supports during the healing period.Afterimplantation, the strength ofan absorbable suturedecreases over time. The retention time represents thetime during which the suture retains a certain degree of
Violet or Undyed.
In USP 8-0 - USP 2 Gauge sizes.
Synthetic Absorbable Surgical Suture
Advancing Surgical Wound Closure: Exploring the Benefits of Absorbable Surgical Suture PGA
Absorbable surgical suture PGA has redefined the landscape of surgical wound closure, offering a host of advantages for both surgeons and patients. This article delves into the unique benefits and applications of PGA sutures, shedding light on their exceptional properties.
PGA sutures consist of polyglycolic acid, which renders them fully biodegradable. This critical feature eliminates the need for suture removal, as the sutures naturally break down over time. The biodegradability of PGA sutures ensures a seamless recovery for patients while minimizing the risk of complications associated with non-absorbable sutures.
Strength and Versatility:
Despite being absorbable, PGA sutures exhibit remarkable strength and stability. This inherent strength allows for secure wound closure during the critical healing phase, reducing the likelihood of wound dehiscence or post-operative complications. The versatility of PGA sutures enables their utilization across a broad range of surgical specialties, ensuring optimal outcomes across various procedures.
Minimal Tissue Reactivity:
PGA sutures are known for their minimal tissue reactivity, making them highly biocompatible. This attribute reduces the risk of adverse tissue reactions or inflammation, promoting a more comfortable recovery for patients. By minimizing discomfort and post-operative irritation, PGA sutures enhance the overall surgical experience.
Promotes Optimal Wound Healing:
PGA sutures actively contribute to optimal wound healing by providing a supportive environment for tissue apposition. This characteristic decreases the risk of wound-related complications and facilitates efficient healing. As PGA sutures gradually degrade, they align with the natural tissue regeneration process, assisting in the formation of strong and aesthetically pleasing scars.
Wide Range of Applications:
Absorbable surgical suture PGA finds applications across various surgical specialties, including general surgery, orthopedics, and urology. Its versatility allows for its use in an array of procedures, from deep tissue closure to delicate microsurgical interventions. Surgeons value PGA sutures for their reliability, ease of use, and ability to adapt to specific surgical requirements.
In conclusion, absorbable surgical suture PGA represents a significant advancement in surgical wound closure. Its impressive biodegradability, strength, and versatility make it an ideal choice for surgeons aiming for optimal patient outcomes. By incorporating PGA sutures into their practices, healthcare professionals can promote efficient wound healing, reduce complications, and enhance patient satisfaction. The advanced properties of absorbable surgical suture PGA have positioned it as an indispensable component of modern surgical techniques.