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Long term effects of congenital lobar emphysema
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Congenital Lobar Emphysema
II. Congenital Lobar Emphysema also known as Congenital Lobar Over-inflation (CLO) and Infantile Lobar Emphysema is a rare congenital respiratory anomaly considered by hyperinflation of one or more of the pulmonary lobes. A condition in which the neonate or infantile can get more air into the lung, than what can get rid of it, resulting in air trapping, and air to leak out into the pleura space; following in most of the cases with respiratory distress, a lobar over distended, displacement of the mediastinum to the opposite site shifted, and the other lung undepressed. It is frequently detected after weeks of been born or in early infants. Congenital Lobar Emphysema is more common in a boy, the cause that is more prevalence
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Depends on the diagnosis is the patient get treat: if the patient has mild symptoms are usually monitored for any change, in severe cases patients need a lobectomy to improve their life expectancy. In this case, the patient is in severe respiratory distress, Tachycardia, in auscultation decreased sounds in the right upper hemithorax, tachypnea and SpO2 is 80% in room air. The patient had been treated without any improvement, in reoccurrence patient is deteriorating. At time the procedure to improve patient oxygenation, and life expectancy; is a right upper lobe lobectomy.
V. The infant was placed on the heating mattress to maintain his body temperature. A pulse oximeter and cardioscope in place to check oxygenation and to monitored infant’s
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Blood transfusion was on hold in case of any hemorrhage.
Drugs that were given during surgery were: Atropine 0.01mg x Kg to keep heart rate in normal ranges and also to lower body fluids, Fentanyl 3mcg IV for pain. The infant was preoxygenated for 5 minutes to increase the oxygen reserves for the time between anesthesia and intubation. The infant was place in left lateral position; Sevoruflane inhale was given with gentle manual facemask to prevent hyperinflation.
GlideScope pediatric was use for intubation with a 3.5 size endotracheal tube. Ventilator was in Spontaneous with a 100% oxygenation; to prevent any barotrauma. Chest drain tube was placed to drain any blood, air or fluid, also to allow the lung to expand.
Potential complication for this procedure is hemorrhage, infection, tension pneumothorax, empyema, brochopleural fistula and other depending in patient’s medical
Prior to intubation for a surgical procedure, the anesthesiologist administered a single dose of the neuromuscular blocking agent, succinylcholine, to a 23-year-old female to provide muscular relaxation during surgery and to facilitate the insertion of the endotracheal tube. Following this, the inhalation anesthetic was administered and the surgical procedure completed.
Tetralogy of Fallow is a surgically, treatable disease characterized by all or a combination of at least four congenital birth defects. It accounts for 10% of all congenital heart defects that modify the formation of the heart. It also alters the way blood flows through the heart. Tetralogy of Fallow is usually diagnosed at birth or infancy and with surgery a child can live a relatively normal life. The prefix tetra means four and the term fallot is named after a French doctor who first discovered the disease in the 1800’s. Appropriately named after the discovery, Tetralogy of Fallow came about because of the four heart defects observed. One major complication that manifest from Tetralogy of Fallow is a lack of oxygen flowing out of the heart and into the rest of the body. The subsequent problem that this causes is poor oxygen transport leading to cyanosis or blue tinged skin. An infant may be acutely cyanotic at birth or may have cyanosis that gets progressively worse over the first year of life.
Based on the subjective symptoms, it appears this patient has bronchitis, a type of chronic obstructive pulmonary disease, which is a respiratory disorder. The care plan will focus on intervention to prevent the disease from re-occurring and causing chronic bronchitis. Further assessment will be needed to obtain a baseline, so when the care plan is implemented, then it can be evaluated to measure positive outcome and where alteration will be need in the plan for a great outcome in the patient’s health.
It is not uncommon for a patient to experience pain and anxiety before or after a major procedure or breathing treatment. Imagining the myriad of complications that might occur during an operation can send one into multiple panic attacks. Coping with the loss of mobility and independence joined by the pain that accompanies recovery are only a few examples of the complex and traumatic experiences awaiting pre/post-operation patients. Fortunately, a medication was synthesized by Armin Walser and Rodney I. Fryer in 1975 to aid patients by easing anxiety and promoting sleepiness before an operation. An added benefit was that the events experienced during the operation were also forgotten while the medication was still in effect.
In the case study it is the left lung that is in distress, and as the pressure increases within the left lung it can cause an impaired venus return to the right atrium (Daley, 2014). The increased pressure can eventually affect the right lung as the pressure builds in the left side and causes mediastinal shift which increases pressure on the right lung, which decreases the patients ability to breath, and diffuse the bodies tissues appropriately. The increase in pressure on the left side where the original traum... ... middle of paper ... ... 14, January 29).
A few minutes prior to first operation at 7:30 AM, the surgeon assigned to patient administer local anesthesia.
Hinkle, Janice, and Kerry Cheever. “Management of Patients with Chronic Pulmonary Disease." Textbook of Medical-Surgical Nursing, 13th Ed. Philadelphia: Lisa McAllister, 2013. 619-630. Print.
Elements of Neonatal Ventilation, was the first presentation given by Anatoliy Ilizarov, MD. His PowerPoint presentation was a bit different from the other speakers
The physician’s notes indicated a temperature of 98 degrees F, an elevated heart rate and respiratory rate, and low blood pressure. When the amount of oxygen available for the heart is low, it puts pressure on the heart and causes the heart rates to increase. To compensate for the low amount of oxygen the respiratory rate also increases to enable the intake of more oxygen that is be available for the body.
Webster CS, Merry AF, Larsson L, McGrath KA, Weller J. The frequency and nature of drug administration error during anaesthesia. Anaesth Intensive Care 2001; 29: 494-500.
Breast: No axillary lymph nodule enlargement, lumps, mass, or nipple discharge noted. Chest/Lungs: CTA in all fields without adventitious sound, chest movement symmetrical nonlabored breathing. Denies chest discomfort on palpation.
Emphysema is a chronic obstructive pulmonary disorder that is characterized by destructive changes in the alveolar walls and irreversible enlargement of alveolar air spaces. This disorder causes loss of elasticity in the walls of the alveolar walls, which results in the walls stretching and after an amount of time eventually breaking. Once damage to the walls occurs, the air spaces are unable to carry out the exchange of oxygen and carbon dioxide. Due to the disruption in the breakage and exchange process and inability to carry out duty, the remaining alveoli that is working correctly becomes overinflated and eventually makes exhaling difficult. Smokers put themselves at risk because they have genetic predisposition along with those that have
D. standing near her room, breathing sharply. While asked what has just happened, she answered, ‘I feel dizzy and can faint!’ Mrs. D. then explained that she rose up from her chair in the television room and felt lightheaded. I decided to bring her to the room hoping she would feel less dizziness if she could sit. After consultation with my mentor and third year unit nursing student, I decided to perform measurement of her vital signs. Since only electronic sphygmomanometer was available for me that time, I had to use it for my procedure. Gladly, I discovered that I have already used such equipment in my previous nursing practice. Using the standard sized calf, I found that her blood pressure was 135/85, respirations were 16, and her pulse was 96 beats per minute (bpm). However, I decided to recheck the pulse manually, founding that it was irregular (78 bpm). The patient stated that she felt better after rest. Immediately after the incident I made a decision to explore carefully the medical chart of Mrs. D., along with her nursing care plan. That helped me to discover multiple medical diagnoses influencing her
The ventilator discontinuance process is one of the most important components of overall management of ventilator patients. In these cases, the clinician must balance between the patient’s capabilities and the patient’s demands. When the demands of the patient outweigh the capabilities of the patient, mechanical ventilation needs to be sustained and when the capabilities of the patient outweigh the demands of the patient, discontinuation of mechanical ventilation is possible. The role of the respiratory therapist in this decision to discontinue ventilator support is very important as many complications can be incurred if the patient is removed from ventilator support before the patient is ready or if the patient is left on the ventilator longer than necessary. These complications, along with the guidelines for ventilator discontinuance and protocol, will be discussed in this paper.