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Tamilnadu Medical System and Services is leading medical equipment supplies in Chennai. Product description: Portable Oxygen Cylinder for home use, ambulance, hospital, doctor. Buy online Aluminium OxyKit OXYEGN CYLINDER, refillable small aluminum portable oxygen cylinder kit.
•Kit Consists Of:a)Oxykit comes with Al-Can make Light Weight Aluminium Cylinder, Bullnose Valve, Bullnose Regulator, Bag, Mask, Oxygen Enriched Air.
Tamilnadu Medical System and Services is leading medical equipment supplies in Chennai. A hospital cot, also commonly referred to as a hospital bed, is a specialized bed designed for use in healthcare settings such as hospitals, clinics, nursing homes, and home care environments. Hospital cots are designed to provide comfort, safety, and support for patients who are ill, recovering from surgery, or dealing with various medical conditions. They come with a range of features that cater to the specific needs of patients and healthcare providers.
Here are some key features and aspects of hospital cots:
1. *Adjustability:* Hospital cots are highly adjustable, allowing healthcare providers to modify the bed's position to accommodate the patient's medical needs. They can be adjusted for the head, foot, and overall height. This adjustability helps with patient comfort, medical procedures, and caregiving tasks.
2. *Side Rails:* Many hospital cots come with side rails that can be raised and lowered. These rails help prevent patients from falling out of bed, especially those who may be at risk due to medical conditions, age, or mobility issues.
3. *Mattress:* Hospital cots typically come with specialized mattresses that offer support, pressure relief, and comfort. These mattresses are designed to prevent bedsores and provide a suitable sleeping surface for patients who may be spending extended periods in bed.
4. *Remote Control:* Many modern hospital cots are equipped with remote controls that allow both patients and healthcare providers to adjust the bed's position, elevation, and other features with ease.
5. *Trendelenburg and Reverse Trendelenburg:* Some hospital cots offer Trendelenburg and reverse Trendelenburg positions, where the entire bed can be tilted with the head lower or elevated, respectively. These positions are useful for certain medical procedures and for improving blood circulation.
6. *Patient Mobility:* Hospital cots often come with wheels or casters that allow for easy movement within the healthcare facility. Locking mechanisms ensure stability when the bed needs to be stationary.
7. *Specialized Beds:* Some hospital cots are designed for specific medical conditions. For instance, bariatric beds are designed to accommodate heavier patients, while ICU beds offer advanced features for critical care settings.
8. *Accessories:* Hospitals cots can be equipped with various accessories, such as IV poles, patient monitoring systems, overbed tables, and more.
Hospital cots play a significant role in patient care, as they provide a safe and supportive environment for patients who may have limited mobility, require medical monitoring, or need assistance with daily activities. The choice of a hospital cot depends on factors such as the patient's medical condition, the intended use, and the healthcare facility's requirements. Healthcare professionals, including nurses and doctors, collaborate to determine the appropriate cot based on the patient's needs and the care environment.
Tamilnadu Medical System and Services is leading medical equipment supplies in Chennai. A nasal cannula is a medical device used to deliver supplemental oxygen to individuals who require higher levels of oxygen than what they can obtain from room air. It's a common tool used in healthcare settings, such as hospitals, clinics, and home care, to provide oxygen therapy to patients with various medical conditions.
The nasal cannula consists of a flexible tube with two prongs that are inserted into the nostrils. The other end of the tube is connected to an oxygen source, which could be an oxygen concentrator, portable oxygen cylinder, or other oxygen delivery systems. The prongs rest in the patient's nostrils, and the oxygen flows through the tubing and into the nasal passages, allowing the patient to breathe in the enriched oxygen.
Here are some key points about nasal cannulas:
1. *Comfort:* Nasal cannulas are lightweight and comfortable to wear. They don't cover the entire face and allow patients to talk, eat, and perform normal activities while receiving oxygen therapy.
2. *Flow Rate:* The oxygen flow rate is adjustable, and it's prescribed by a healthcare professional based on the patient's oxygen needs. Flow rates are measured in liters per minute (LPM).
3. *Prongs:* The prongs are curved to fit comfortably within the nostrils without causing discomfort or irritation. Proper prong placement is essential to ensure effective oxygen delivery.
4. *Humidification:* In some cases, especially when high-flow oxygen therapy is needed, humidification of the oxygen may be required to prevent drying of the nasal passages and irritation.
5. *Oxygen Sources:* Nasal cannulas can be connected to various oxygen sources, such as stationary oxygen concentrators, portable oxygen cylinders, and wall-mounted oxygen outlets.
6. *Patient Monitoring:* Patients using nasal cannulas may have their oxygen saturation levels monitored using a pulse oximeter, which measures the oxygen saturation of their blood.
7. *Pediatric Use:* Nasal cannulas can also be used for infants and children, with appropriate adjustments in size and flow rate.
It's important to note that while nasal cannulas are a convenient and non-invasive way to administer oxygen therapy, they might not be suitable for all patients. Some individuals may require more precise control over their oxygen levels, in which case other oxygen delivery systems like masks or ventilators might be recommended.
The use of a nasal cannula and the appropriate flow rate should be determined by a healthcare professional based on the patient's medical condition, oxygen saturation levels, and overall needs. Regular monitoring and adjustments to the therapy are crucial to ensure the patient receives the right amount of oxygen for their specific requirements.
