Characteristics of different kinds of Suture

Sutures are by and large named synthetic or natural, monofilament or multifilament and absorbable or non-absorbable. Monofilament suture comprises of a solitary strand of material. Multifilament suture is an assortment of various strands. Monofilament suture will in general be less flexible and higher memory which can decrease the taking care of properties. Also monofilaments will in general be vulnerable harm from instrumentation which can bring about calamitous harm from smashing. Monofilament suture is normally smooth and thus has lower tissue drag and fine activity. Orion Sutures are making a name as vicryl sutures 910 exporter in India.

Absorbable sutures can be sub-ordered into brief span (< 21 days) or long length (> 21 days). Non-absorbable sutures in spite of been named non-absorbable are oftentimes defenseless to corruption and can lose elasticity over the long haul. 

Normal Absorbable Sutures – Brief Span 


A characteristic suture produced using the little gastrointestinal submucosa of sheep or the digestive serosa of cows and is accessible in plain or chromic structures. Catgut is moderately powerless contrasted and different sutures and has a non-uniform profile which brings about non-uniform strength. Catgut prompts an incendiary response and is consumed by an enzymatic interaction. Therefore the ingestion is very factor contingent upon nearby conditions and degree of irritation. When presented to proteolytic catalysts in conditions, for example, the bladder or digestive system the deficiency of rigidity can be exceptionally quick, inside 7 days


Monocryl is developed using poliglecaprone 25 which is a quickly assimilated monofilament co-polymer of ε-caprolactone and glycolide. Monocryl has indistinguishable bunch execution contrasted with Vicryl, comparative execution to PDS, and lesser execution contrasted with Maxon. Monocryl has high introductory breaking strength, being better than chronic gut, Vicryl and PDS. Monocryl loses 70% to 80% of its elasticity at 1 and fourteen days. Poliglecaprone 25 is totally caught up in 90 to 120 days. 


Caprosyn is made out of Polyglytone 6211 which is a quickly ingested, monofilament polymer of glycolide, caprolactone, trimethylene carbonate, and lactide. Caprosyn is quite near to double the underlying tensile strength of chronic gut suture and less tissue drag and bunch security than chronic gut. It has no quantifiable strength following 3 weeks. 


Vicryl is developed using multifilament twisted copolymer of 90% glycolide and 10% L-lactide and is covered with calcium stearate and polyglactic acids to further develop its material qualities. Vicryl loses around half of its elasticity between 2–3 weeks. Vicryl Rapide is a lighted structure with exceptionally fast retention attributes with half elasticity misfortune by 5 days and no quantifiable strength following 14 days. Vicryl is like Dexon as far as mechanical and retention qualities. 


Polysorb is made out of a multifilament lactomer (glycolide/lactide). When contrasted with Dexon and Vicryl which have basically similar signs, Polysorb had the most elevated direct elasticity yet in addition the quickest loss of capacity following tissue implantation. Polysorb had the best tying attributes contrasted with Dexon and Vicryl. 


The structure of Dexon is an interlaced homopolymer of glycolic acid and is accessible in a covered or uncoated structure. Dexon loses around half of its solidarity between 2 to 3 weeks. When tried against Vicryl, Mersilene, silk, nylon and Prolene, Dexon has the most noteworthy breaking pressure. Uncoated Dexon has a more prominent bunch security contrasted and Vicryl as quoted by Polyglactin 910 Suture exporter.

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