Ether effects all the systems of the body. A brief account is given below. Ether effects on Cardiovascular system: It does not depress myocardium rather it stimulates sympathetic system causing tachycardia and hypertension. Baroreceptor reflex is preserved with ether so ether can be used safely in patients with shock. Respiratory system: It does not depress respiration rather […]
Introduction to Pediatric Weight Calculation Calculating the body weight of pediatric patients is a crucial skill for healthcare providers, particularly in emergency situations. Accurate weight estimation not only facilitates proper medication dosing but also ensures appropriate fluid administration. To streamline this process, guidelines from both the Pediatric Advanced Life Support (PALS) program and the World
Body Weight Calculation in Pediatric Patients: PALS and WHO Guidelines Read More »
The Bronchopulmonary Segments are the functional units of the lungs involved in he gaseous exchange. The lungs have the following Bronchopulmonary Segments on the right side: 1 Right main bronchus 2. Right upper lobe bronchus 3. Right middle lobe bronchus 4. Right lower lobe bronchus 5. Apical segment bronchus 6. Posterior segment bronchus 7. Anterior
Some of the Enflurane side effects are studied below. There is a narrow margin of safety between adequate anaesthesia, unacceptable hypotension and myocardial depression. One of the enflurane side effects includes the seizure activity is rare and without sequelae. Hepatic dysfunction is rare but cross sensitization with other volatile inhalation agents possible. With prolonged anaesthesia
Nitrous oxide inhalation anaesthetic is a gaseous inhalation agent first described in 1799 by Hamphrey Davy and introduced by Horace Wells (1846), a dentist, into clinical use in the US and it is still in use. Physical properties: Nitrous oxide inhalation anaesthetic is a colourless, sweet smelling and non-irritant gas, bp-88°C, slightly heaver than air.
The purpose of preoxygenation of a patient before induction of general anesthesia and paralysis is to provide a maximum time that the patient can tolerate apnea. Normal oxygen consumption in a healthy adult is about 250 ml / min desaturations oxygen can occur as quickly as 30-60 seconds in a healthy adult with the FRC
Lesions requiring Cranial Base Surgery represent a heterogeneous group of lesions and vascular malformations associated with cranial base bony structures. These pathologies provide a challenging situation for both neurosurgeon and neuroanaesthesiologist. There is abundance of structures especially vital centers in a relatively smaller infratentorial space. Many patients present with signs and symptoms of brain stem
One of the Sevoflurane cardiovascular effects is that the Sevoflurane has minimal effect on heart rate. There is a fall in systemic vascular resistance and blood pressure, but less than isoflurane. Also Sevoflurane cardiovascular effects are complex such as the pulmonary arterial pressure is also reduced. There is a lesser depression of left ventricular systolic
Trilene anesthesia is a non-flammable, good analgesic-and cheap agent. Physical properties of trilene anesthesia : It has bp 80°C, VP 60 mm Hg, oil/gas coefficient 600 and blood/gas 12, metabolism 40%, unstable, preservative 1:10,000 thymol as stabilizer and coloured with waxoline blue 1 in 200,000, MAC 0.17%. Trilene anesthesia reacts with sodalime to produce phosgene
These are classified as high flow Oxygen Delivery Devices and low flow Oxygen Delivery Devices. Classification of Oxygen Delivery Devices in non intubated patient : 1. High flow (fixed performance) delivery systems. 2. Low flow (variable performance) delivery systems. As the high flow oxygen delivery devices have already been discussed, let us see what the low
