> TUDOR
> Infusion set
> Macroset-Adult
> 1 ml= 20 drop
> 0.05 ml= 1 drop
> Sterile
> Non-Toxic
> Non-Pyrogenic
> Single use
> Gravity feed only
> Lot no. 20200225
> CE 0123
The most commonly used IV bags and infusion sets are made from polyvinyl chloride (PVC). The main reasons for using PVC-based materials are their high strength and flexibility (if plasticized), transparency, ease of sealing, good resistance to sterilization procedures and relatively
> TUDOR
> Infusion set
> Macroset-Adult
> 1 ml= 20 drop
> 0.05 ml= 1 drop
> Sterile
> Non-Toxic
> Non-Pyrogenic
> Single use
> Gravity feed only
> Lot no. 20200225
> CE 0123
The most commonly used IV bags and infusion sets are made from polyvinyl chloride (PVC). The main reasons for using PVC-based materials are their high strength and flexibility (if plasticized), transparency, ease of sealing, good resistance to sterilization procedures and relatively
> TUDOR
> Infusion set
> Macroset-Adult
> 1 ml= 20 drop
> 0.05 ml= 1 drop
> Sterile
> Non-Toxic
> Non-Pyrogenic
> Single use
> Gravity feed only
> Lot no. 20200225
> CE 0123
The most commonly used IV bags and infusion sets are made from polyvinyl chloride (PVC). The main reasons for using PVC-based materials are their high strength and flexibility (if plasticized), transparency, ease of sealing, good resistance to sterilization procedures and relatively
> TUDOR
> Infusion set
> Macroset-Adult
> 1 ml= 20 drop
> 0.05 ml= 1 drop
> Sterile
> Non-Toxic
> Non-Pyrogenic
> Single use
> Gravity feed only
> Lot no. 20200225
> CE 0123
The most commonly used IV bags and infusion sets are made from polyvinyl chloride (PVC). The main reasons for using PVC-based materials are their high strength and flexibility (if plasticized), transparency, ease of sealing, good resistance to sterilization procedures and relatively
> Partners
> NSS normal saline solution
> 0.9% sodium chloride
> Sterile non pyrogen
> 900mg/100ml (0.9%v/v)
> Solution for intravenous infusion
> Electrolyte replenisher
Precaution:
Sodium salts should be used with caution in patients with hypertension, heart failure, peripheral?
?or pulmonary oedema, renal impairment, pre-eclampsia or other conditions associated with sodium retention
A cannula is a thin tube that doctors insert into a person?s body cavity, such as their nose, or into a vein. Doctors use them to?drain fluid, administer medication, or provide oxygen. A person can use intravenous (IV) and nasal cannulas both in the hospital or at home.
A cannula is a thin tube that doctors insert into a person?s body cavity, such as their nose, or into a vein. Doctors use them to?drain fluid, administer medication, or provide oxygen. A person can use intravenous (IV) and nasal cannulas both in the hospital or at home.
A cannula is a thin tube that doctors insert into a person?s body cavity, such as their nose, or into a vein. Doctors use them to?drain fluid, administer medication, or provide oxygen. A person can use intravenous (IV) and nasal cannulas both in the hospital or at home.
A cannula is a thin tube that doctors insert into a person?s body cavity, such as their nose, or into a vein. Doctors use them to?drain fluid, administer medication, or provide oxygen. A person can use intravenous (IV) and nasal cannulas both in the hospital or at home.
A cannula is a thin tube that doctors insert into a person?s body cavity, such as their nose, or into a vein. Doctors use them to?drain fluid, administer medication, or provide oxygen. A person can use intravenous (IV) and nasal cannulas both in the hospital or at home.