"The Fence" by Jose Garcia Villa is a short story that explores the theme of identity and the pressure to conform to societal expectations. The story follows a young Filipino man named Ben, who is struggling to find his place in the world.
The central conflict in the story revolves around Ben's desire to build a fence around his house, which is seen as a strange and unnecessary action by his neighbors. This desire to build a fence represents Ben's struggle to establish his own sense of identity and autonomy in a society that is constantly trying to shape and control him.
Throughout the story, we see the various ways in which Ben is pressured to conform to the expectations of his community. His neighbors criticize him for building the fence, and even his own family members, including his mother and sister, try to dissuade him from this unconventional choice.
Despite the criticism and pressure, Ben remains determined to build the fence, even going so far as to work extra hours to pay for the materials. This determination to pursue his own goals and desires, despite societal expectations, is a key aspect of his developing sense of identity.
Ultimately, Ben's fence serves as a metaphor for the challenges we all face in trying to carve out a sense of identity in a world that is constantly trying to shape and define us. It is a reminder that we must all be willing to take risks and stand up for what we believe in, even if it means going against the norm.
In conclusion, "The Fence" by Jose Garcia Villa is a poignant exploration of the theme of identity and the struggle to assert one's own sense of self in the face of societal expectations. Through the character of Ben and his determination to build a fence, the story encourages readers to think about the ways in which they too can stand up for their own beliefs and forge their own path in life.
Normal respiration rate: For adults and all ages, and how to measure
Which phrase best describes a joint? What are some of the positive effects of PEEP? By adolescence, the normal respiratory rate is similar to that of adults, 12 to 18 breaths per minute. These cells then signal the respiratory centers to contract the respiratory muscles, causing you to sneeze or cough. What are some The patient is totally ventilator-dependent, alarms are essential, you may be unable to assess weaning, and seizures may interrupt the delivery of a breath. From the larynx, it travels through the trachea and then goes into the primary bronchi. The respiratory rate is controlled by the respiratory center located within the medulla oblongata in the brain, which responds primarily to changes in carbon dioxide, oxygen, and pH levels in the blood.
What is the neurochemical control of the respiratory system?
In addition to the contraction of the diaphragm and intercostal muscles, other accessory muscles must also contract. The expiratory centre becomes activated and signals through nerve impulses to the intercostal and diaphragm muscles, causing them to relax. Residual volume is the amount of air that is left in the lungs after expelling the expiratory reserve volume. The apneustic center is a double cluster of neuronal cell bodies that stimulate neurons in the DRG, controlling the depth of inspiration, particularly for deep breathing. The neural receptors are found in upper airway, respiratory muscles, lungs, and pulmonary vessels Bolton et al. As you recall, the majority of oxygen is bound by hemoglobin; when dissolved levels of oxygen drop, hemoglobin releases oxygen. Baroreceptors are mechanoreceptors that respond to increase or decrease in blood pressure or arterial stretch.
human respiratory system
The more the lungs can stretch, the greater the potential volume of the lungs. . Likewise, if volume decreases, pressure increases. Barotrauma, requires paralysis sedation, and cardiovascular compromise 42. What are the indications for CMV? During forced expiration, accessory muscles of the abdomen, including the obliques, contract, forcing abdominal organs upward against the diaphragm. A spirometry test can determine how much air the patient can move into and out of the lungs.
CONTROL OF BREATHING
Control of An important characteristic of the human This flexibility in breathing patterns in large part arises from sensors distributed throughout the body that send signals to the respiratory neuronal networks in the brain. This mode has been shown to improve oxygenation in patients with refractory hypoxemia. It promotes spontaneous breathing, requires minimal support, protects against hypoventilation and respiratory acidosis, and permits weaning while compensating for apnea. In turn, the thoracic cavity and lungs decrease in volume, causing an increase in interpulmonary pressure. Some forms of yoga involve breathing in slowly through the nose which can have a calming effect.
