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Iv Cannula
IV cannula provides an avenue for various treatments including hydration for patients who are dehydrated, administration of life-saving medicines like antibiotics or chemotherapy drugs, and blood transfusions. It acts as a line for taking blood samples thereby greatly reducing need for repeated needle sticks that can cause pain and distress to patients. Despite its advantages, there are risks associated with use of an IV cannula such as: infection at insertion site thrombus formation (the development of blood clots) and phlebitis (inflammation of vein).
Therefore proper methods of insertion regular watching over same patient hygiene protocols are very essential in minimizing incidences to ensure their safety Properly sized IV cannula come in gauge numbers with smaller numbers indicating larger diameter which are selected on basis age sex and type treatment needed by patient thus for instance larger ones are generally used in quick fluid resuscitation during emergencies while smaller can suffice for routine administration drugs More so different materials designs exist for IV cannula.
Components of iv cannula
- Cannula: the small tube itself that is placed in the vein
- Hub: part of the device that connects the cannula to an IV line or syringe
- Stylet: a needle used during cannulation but removed afterward
- Flashback chamber: small enclosure allowing health personnel to observe if there’s any type of blood flow back to it--thus ensuring correct positioning.
Advantages of iv cannula
- Rapid Access: They allow for quick administration of medications and fluids, which is critical in emergencies.
- Versatility: They can be used for various treatments, from hydration to chemotherapy.
- Blood Sampling: IV cannula enable easy blood draws without multiple needle sticks.
- Nutritional Support: Administration of total parenteral nutrition (TPN) to patients who are unable to eat by mouth.
Types of IV Cannula
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Peripheral IV Cannulas: Commonly used for short-term treatments, these are inserted into small veins in the arms or hands. They are ideal for administering fluids, medications, and blood products.
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Central Venous Catheters (CVCs): These are used for long-term therapy, especially when peripheral access is inadequate. CVC are placed into larger veins, such as the subclavian or jugular veins, allowing for the administration of TPN or chemotherapy.
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Midline Catheters: Positioned between peripheral and central lines, midline catheters are used for medium-term therapies, typically lasting from a few days to several weeks.
IV Cannula and Maintenance
The insertion of an IV cannula is usually done by qualified trained personnel while employing sterile measures to decrease the chances of infection. Following placement, monitoring is important on a regular basis in order to check for complications that may include infiltration, phlebitis, or occlusion. Respective care is also responsible for keeping the area clean, holding secure dressing in place, and regularly inspecting the site for any adverse effects.
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