myVisC Visco 4500(Oculentis)
classic 2%HPMC provided in 2ml Syringe (23G/25G Canula)
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classic 2%HPMC provided in 2ml Syringe (23G/25G Canula)
The prototype of HPMC.
1.0 ml Preloaded Sterile Glass Syringe. Typical Dispersive Viscoelastic exhibiting less effect on IOP. Formulated from 2% Hydroxypropyl Methylcellulose
Animal Origin, 1% NaHA, High molecular Weight (5mill) resulting in high Viscosity and Pseudoplasticity resulting in good space creation and controlled IOL injection and facilitating easy removal at the end of Surgery
Animal Origin, 1,4% NaHA, High molecular Weight (5mill) resulting in high Viscosity and Pseudoplasticity resulting in good space creation and controlled IOL injection and facilitating easy removal at the end of Surgery
Obtained by Biofermentation NOT Anmal Origin, 1,6% NaHA, High molecular Weight -Dalton (3mill) resulting in quite high Viscosity and Pseudoplasticity resulting in good space creation and controlled IOL injection and facilitating easy removal at the end of Surgery. 1,1 ml Syringe Volume , 27 G Cannula!
Classified by Company as Cohesive
Obtained by Biofermentation NOT Anmal Origin, 1,8% NaHA, High molecular Weight -Dalton (3mill) resulting in good cohesivity at low shear-rates (Zero Shear Viscosity ~600.000 mPas- but also strong coating ability (improved dispersive Properties) Easy removal at the end of Surgery. 1,1 ml Syringe Volume , 27 G Cannula!
Classified by Company as Cohesive
Obtained by Biofermentation NOT Anmal Origin, 3.0% NaHA, Molecular Weight -Dalton (0,75mill) resulting in best possible Coating Ability (and Endothelium Protection) even at high shear-rates (Zero Shear Viscosity only ~30.000 mPas- but also strong coating ability (improved dispersive Properties) Easy removal at the end of Surgery. 1,1 ml Syringe Volume , 25 G Cannula!
Classified by Company as Dispersive
Animal Origin, 2,5% NaHA, High molecular Weight -Dalton (4mill) resulting in high Viscosity and Pseudoplasticity resulting in good space creation and controlled IOL injection and facilitating easy removal at the end of Surgery. 0,85ml Syringe Volume , 25 G Cannula!
Classified by Company as Visco-Adaptive (under Stress it behaves like dispersive)
ALBOMED specializes in Viscoelastic Product from Rooster Comb extract and Biofermentation as well as HPMC. Trypan Blue addition was patented and introduced in 2015. (NaHA 1.7%, MW between 1-2 mill Dalton) Zero Shear Viscosity unknown.
ALBOMED specializes in Viscoelastic Product from Rooster Comb extract and Biofermentation as well as HPMC. This 2% HPMC formulation in monodose formulation is specialized in loading IOLs into injectors and protection of the ocular surface during surgery
Typical 2.0% HPMC, in a 2.0 ml Syringe and 23G Cannula. Low Viscosity with maximal Coating Effect Dispersive, -23g Cannula
Typical 2% HPMC in a large volume 2cc Syringe -Dispersive
7 different concentration Viscoelastic from biofermented Sodium Hyaluronate. 1%, 1,2%, 1,4%. 1.6%, 1,8%, 2%, 3%. All but the 3% are Cohesive with medium to high Zero Shear Viscosity and regular high MW to ~3 miiion Dalton. However the 3% concentration has a much lower MW and low Zero Shear Viscosity, therfore it is classifien as Dispersive.
Topical Monodose 0,3% NaHA and 2% Lidocaine
Intracameral 1% NaHA or 1,5% both of MW 2.5 mill Dalton and Zero Shear Viscosity of 100.000 and 220.000 mPas respectively. Both formulations iclude 1% Lidocaine.
Syringe volume 0,8ml