Rapid administration of fluid remains a cornerstone in the treatment of shock and when caring for trauma patients, and a range of devices and technologies are available to hasten fluid administration time.¹
When it comes to selecting the right intravenous (IV) connector, healthcare professionals face a critical decision that directly impacts the safety and effectiveness of IV therapy.
Intravenous (IV) connectors play an integral role in the medical field. Serving as vital components of IV systems, these devices enable the connection between various components within the system. Although we’ve explored the diverse types of IV connectors in a previous article, this piece explores specialised high-flow extension sets, more deeply focusing on their numerous application areas.
Intravenous (IV) connectors connect various components of IV systems used to deliver fluids or medication to patients. The components can include catheters, tubing, syringes and IV bags. The connectors are standardised to ensure that all links between the various components are secure.
A catheter is a flexible tube inserted into the body. It is used to remove urine from the bladder if a person is unable to do so voluntarily. This page will examine the different types of catheters and the advantages and disadvantages of each.
Acute urinary retention is the sudden and painful inability to pass urine despite having a full bladder. Often this issue requires emergency treatment with a urinary catheter. It differs from chronic urinary retention which is associated with an increased risk of residual bladder volume and can be painless. Patients with urinary retention can present in […]
Anaesthesia
Gynaecology
OPERATING ROOM
UROLOGY
