| Reference Code | Volume | Size | Description | Pacage / Parcel (Pcs) | |
|---|---|---|---|---|---|
| VSLH20 | 2 ml | 13 x 75 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 1200 | |
| VSLH25 | 2,5 ml | 13 x 75 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 1200 | |
| VSLH27 | 2,7 ml | 13 x 75 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 1200 | |
| VSLH30 | 3 ml | 13 x 75 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 1200 | |
| VSLH35 | 3,5 ml | 13 x 75 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 1200 | |
| VSLH40 | 4 ml | 13 x 75 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 1200 | |
| VSLH50 | 5 | 13 x 100 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 900 | |
| VSLH60 | 6 | 13 x 100 mm | VacuSEL® Lithium Heparin, PET, Sterile | 100 / 900 |
• The inner surface of the tubes was prepared by spraying lithium Heparin heparin and drying.
• It is produced in various volumes.
• It is generally used in clinical chemistry laboratories.
• Heparin prevents blood clotting by specifically binding clotting factors IX and XI and by interacting with antithrombin III and increasing its ability to inactivate thrombin.
• Heparin tubes; are used for other biochemistry analysis requiring NT-ProBNP and Plasma. Sodium heparin is used for the lithium level. Sodium or lithium heparin is used for the ammonia level.
• Heparin blood can be used for the determination of electrolyte and erythrocyte fragility.
