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Essays on impact of emotional trauma on children
Essays on impact of emotional trauma on children
Literature review on childhood trauma
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Blunt force trauma, Flail chest, Heamoneumothorax, Pulmonary contusion, Pericardial Tamponarde, Shock, Respiratory shock, Hemoragic shock, and brake or fracture.
Steve is complaining of 8/10 pain on his left leg, it is clearly deformed, is a potential fracture or dislocation. This is not a life threatening injury but a major distracting injury.
One of the patient’s main injuries is the 12 cm contusion on his left axial/anterior chest with 8/10 pain.
When excessive blunt force trauma is applied to the chest wall above the body’s tolerance the musculoskeletal system protecting the vital organs will fail. “This blunt trauma can lead to fail chest syndrome”...(Aaron MR at el 2001), pulmonary contusion, heamothorax or pneumothorax and aortic disruption.
The first rib and manubrium is fixed to each other and move as one. The first rib is short and protected by the clavicle. Fracture of this rib indicates a considerable application of force to the thoracic wall.
Luckily there is no visible sighting of flail chest; Flail chest occurs when a series of adjacent ribs are fractured in at least 2 consecutive places, both anteriorly and posterior. “This section of the chest wall becomes dislodged from the main structure and it moves during spontaneous inspiration/experation. The physiological impact of a flail chest depends on multiple factors, including the size of the flail segment and internal damage”... Davignon, K., Kwo, J., & Bigatello, L. M. (2004).
If a rib ruptures the plural space this can result in pneumothorax
Normaly the pleural space has a negative pressure which allow the parietal and visceral pleura to expand in time with the diaphragm and draw air into the lungs. As the chest wall expands outward, the surface tension...
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...sider the possibility of an GI bleed.
GI bleed is a contraindication as the bleed is not contained in the body and can escape through either orifice. We can administer 20ml/kg of NaCl+ until HR <100 and BP >100
If signs of improvement are not seen fluid therapy will ceased.
Works Cited
http://www.sassit.co.za/Journals/Trauma/Chest%20trauma/flail%20chest.pdf
Aaron MR,Johnathan AJ,Timmothy RG 2001 management of flain chest retrieved http://www.sassit.co.za/Journals/Trauma/Chest%20trauma/flail%20chest.pdf
Davignon, K., Kwo, J., & Bigatello, L. M. (2004). Pathophysiology and management of the flail chest. Minerva anestesiologica, 4, 193–199.
Trauma.org, 2004. TRAUMA.ORG: Thoracic Trauma. retreived: http://www.trauma.org/archive/thoracic/CHESTcontusion.html
Richter T, Ragaller M. 2011Ventilation in chest trauma. J Emerg Trauma Shock.;4(2):251-9.
On History- The patient was a 49-year-old Caucasian male with a chief complaint of pain and weakness in R shoulder abduction and external rotation (dominant shoulder). He was a retired baseball player. He has been a baseball pitcher for 12 years before he retired 5 years
Hypovolemic shock specifically disrupts the cardiovascular system from a significant loss of blood volume that causes blood pressure to deplete and oxygen delivery to cells to slow. A victim entering into hypovolemic shock will experience three sequential stages as the body attempts to maintain homeostasis. These stages are named compensated, decompensated, and irreversible (Wang
There are five main types of shock in the medical field. They are septic shock, anaphylactic shock, cardiogenic shock, hypovolemic shock, and neurogenic shock.. This essay will discuss, in detail, the characteristics and treatment associated with each individual type of shock.
All injuries are a serious matter, but upper body injuries are more delicate. “Although the majority of contusions to the most parts of the body result injuries that are self-correcting and without serious consequence, even relatively
... as the heart, major blood vessels, and airways) toward the other side of the chest. The shift can cause the other lung to become compressed, and can affect the flow of blood returning to the heart. This situation can lead to low blood pressure, shock, and death.
Ryan, E. "A Case of Shell Shock." Canadian Medical Association Journal. 6.12 (1916): 1095-9. Print.
The skeleton of the respiratory system is important for keeping the organs and structures safe. The skeleton is the spinal column, pelvic girdle, the rib cage, the clavicles, the scapulae, and the skull. The skeleton of the respiratory system and the soft tissues allow the muscles of the respiratory system to move gasses in and out of the lungs and respiratory passages. Bringing air and gas into the system is called inspiration while forcing out gas and air is expiration. One of the primary muscles of inspiration is the diaphragm. It is located right under the lungs and when it contracts, it flattens part of the thorax which flattens the abdomen and makes the lungs larger. That is why it is called diaphragmatic or abdominal movement. Changing the dimensions of the thoracic cavity with several other muscles by acting on the ribs is called costal movement. “Pump Handle Movement” shifts the thorax up and forward by movement of ribs one through six. The other is called “Bucket Handle Movement” which shifts up and laterally by movement of ribs seven through ten. Intercostal muscles allow the ribs to move in that way. Primary muscles are used for normal
In normal breathing, the lungs expand and contract easily and rhythmically within the ribcage. To facilitate this movement and lubricate the moving parts, each lung is enveloped in a moist, smooth, two-layered membrane (the pleura). The outer layer of this membrane lines the ribcage, and between the layers is a virtually imperceptible space (the pleural space), which permits the layers to glide gently across each other. If either of your pleurae becomes inflamed and roughened, the gliding process is impeded and you are suffering from pleurisy. Pleurisy is actually a symptom of an underlying disease rather than a disease in itself. The pleurae may become inflamed as a complication of a lung or chest infection such as pneumonia or tuberculosis, or the inflammation may be caused by a slight pneumothorax or chest injury. The pleural inflammation sometimes creates a further complication by causing fluid to seep into the pleural space, resulting in a condition known as pleural effusion. However, pleurisy is not the only condition that can lead to pleural effusion, it may also be produced by diseases such as rheumatoid arthritis, liver or kidney trouble or heart failure. Even cancer spreading from the lung, breast or ovary can cause pleural effusion. If you have pleurisy, it hurts to breathe deeply or cough, and chest pain is likely to be severe. Accompanying the pain are any other symptoms associated with the underlying disorder. The pain will disappear if a pleural effusion occurs as a consequence of pleurisy, because fluid stops the layers of the pleura from rubbing against each other; however, you may become breathless as the fluid accumulates. In most cases, the risks are those of the underlying cause. A big pleural effusion can compress the lungs and cause breathlessness. Any effusion may lead to empyema. A chest X-ray examination may be required.
This is a direct consequence of acute airway narrowing and critical increases in airway resistance. These lead to two important mechanical changes: the increased pressures required for airflow may overload respiratory muscles leading to hypercapnic respiratory failure, and the narrowed airways create regions of lung that cannot properly empty and return to their resting volume (MacIntyre & Huang, 2008, p. 532). The patient needs to be monitored for tachypnea, cyanosis, altered LOC, or wheezing to alert the health care team to possible respiratory failure. Both of these complications will require immediate intervention, as both dysrhythmias and respiratory failure quickly decrease perfusion to vital organs and can be
When you breathe in, air containing carbon dioxide (CO2) and oxygen (O2) it moves down your trachea; a tunnel containing cartilage and smooth tissue. Air then travels through two hollow tubes called bronchi; narrow branches lined with smooth muscle, mucosal and ringed cartilage to support the structure. The bronchi divide out into smaller tunnels called bronchioles; are small branches 0.5-1mm, lined with muscular walls to help dilate and constrict the airway. At the end of the bronchioles are little air sacs called alveoli; which assist in gas exchange of O2 and CO2. (Eldridge, 2016) Towards the end of alveoli are small blood vessel capillaries. O2 is moved through the blood stream through theses small blood vessels (capillaries) at the end of the alveoli and the CO2 is then exhaled. (RolandMedically,
The bony collar of long bones is the one that is designed to help support the weight of the body and withstand compressive stress.
He is admitted to the ward with the chief complain of pain at right lower quadrant of the abdomen for 8 hours prior to his admission.
Blunt force trauma is defined as a traumatic event caused by the introduction of any blunt instrument forcefully, causing injury to the body or head. The Severity of injury is determined by various factors. It may be due to mechanical force such as compression, traction, torsion or shear. Impact of the injury and severity depends on object and movement of victim. Injuries occurred may be internal such as lacerations of internal tissues, organs, fractures of bones or may be external such as abrasion, avulsion, contusion and laceration (Pollak & Saukko, 2009). Severity also depends on anatomical site impacted for ex: Lacerations have irregular margin, hanging causes abrasions, contusions and hyoid bone fractures, Ocular hemorrhages in case of blunt trauma to eyes or Fracture of ribs when hit on chest by a blunt object (Ressel, Hetzel, & Ricci, 2016). Severity is also determined by the duration of time and amount of force applied. Nature of trauma is of importance in forensic medicine. It helps in
Injury to head, limbs and other parts through falling, slipping and carelessness on board the vessel. Injuries also sustained during moving, transporting or storing equipment
While this is happening diaphragm muscles contract and push down towards the abdomen. The lungs are made to expand because the pleural surfaces of the lungs are attached to the pleural on the chest wall; this increases the volume. of the air spaces and drops the air pressure in the lungs so that air rushes in. Expiration is mainly an involuntary reaction to the external intercostals and diaphragm muscles relax. The elastic fibres in the stretched lung are recoiled which allows the ribs and diaphragm to return to their original position.