Complete the following statement using the choices below. Air moves out of the lungs when the pressure inside the lungs is…
This is the main system that supplies our body with oxygen. It carries all the gasses out of our bodies that we breathe…
The Brain regulates breathing rate by controlling contraction of the rib cage muscles and the diaphragm.…
The trachea is lined by cartilage and divided into two branches, called the bronchi, which enter the left and right lungs. It is composed with pseudostratified columnar epithelium. The trachea is the windpipe which conditions – warms, moistens, and removes particles – of the air inhaled.…
2. What is the entire process of gas exchange between atmosphere and body cells called? The entire process of exchanging gases between the atmosphere and body cells is called respiration.…
Your respiratory system is made up of the organs in your body that help you to breathe. The goal of breathing is to deliver oxygen to the body and to take away carbon dioxide.…
Gas exchange is a process done via the respiratory system to allow oxygen into the body and for carbon dioxide to leave the body through the blood cells. Gas exchange occurs in the lungs by oxygen entering via the nasal cavity, then through the trachea into the bronchus and then goes into the bronchiole which contain alveoli which is where it takes place, by diffusion (from a high concentrated area – alveoli – to a low concentrated area – capillaries) between the alveoli and the – many – capillaries surrounding it. This shows how the cardiovascular and respiratory system are inter-related because without the cardiovascular system, there would be no gas exchange occurring and without gas exchange we wouldn’t be able to breathe due to no oxygen getting into the blood and carbon dioxide wouldn’t be able to leave the body.…
7.|These are triangular pieces of mostly hyaline cartilage located at the posterior and superior border of the cricoid cartilage.|…
The respiratory system is responsible for the exchange and intake of oxygen and carbon dioxide.…
A. Sensors detect CO2 levels in the blood and trigger an increase or decrease in the rate of breathing.…
1. LOCATION: Inpatient, Hospital PATIENT: Margaret Hill ATTENDING PHYSICIAN: Ronald Green, MD SURGEON: Gary Sanchez, MD PREOPERATIVE DIAGNOSIS: Chronic cholecystitis and cholelithiasis POSTOPERATIVE DIAGNOSIS: Chronic cholecystitis and cholelithiasis PROCEDURE PERFORMED: Laparoscopic cholecystectomy INDICATION: Mrs. Hill has been having RUQ pain with nausea and vomiting and diarrhea. The patient was found to have chronic cholecystitis with cholelithiasis and she was taken to the operating room. PROCEDURE: The patient received Ancef 1 gram intravenously preoperatively. She was prepped and draped in the usual manner. An infra umbilical incision was made; the abdomen was entered under direct vision. Two stay sutures of 0 Vicryl were placed on either side of the incision. The Hasson sheath was then inserted. The abdomen was then inflated with CO2 gas. Three additional ports were then placed. The hilum of the gallbladder was then dissected free. The cystic duct and cystic arteries were identified. The cystic duct was clipped with three white clips and divided. The cystic arteries were clipped with three white clips and divided. There was another small branch of the artery encountered up on the gallbladder bed. This was also clipped with three white clips and divided. The gallbladder was then dissected free from the gallbladder bed using hook cautery. The specimen was placed in a bag and brought out through a lateral port. The lateral port fascia was approximated with 0 Vicryl sutures. The operative area was thoroughly irrigated and the incisions were then closed with 3-0 Vicryl sutures for the subcutaneous tissues and a 4-0 Vicryl subcuticular stitch for the skin. Steri-Strips were applied. Incisions were then injected with 0.5% Marcaine with Epinephrine. The patient tolerated the operation and returned to Recovery in stable condition. Identify the correct diagnosis (ICD-9-CM) code(s) for the inpatient hospital visit for patient Margaret Hill: ICD-9-CM: __________ 2.…
* 2. Primary Function of Respiratory System The respiratory system supplies the blood with oxygen so that the blood can deliver oxygen to all parts of the body. And also removes carbon dioxide waste that cells produce.…
The purpose of the experiment is to determine gas exchange activity in the respiratory system of human. The first lab for comparing the room and breathe temperature was to understand the function of the nasal cavity where the gas passed after an inhalation. The second lab for changing of chest circumference and abdomen circumference between inspiration and expiration was to know how the air moved in and out. The third lab of level of time of bromothymol blue colour change between normal and exercise was to discover the change level of carbon dioxide in the blood between relaxed and exercise. The forth lab of change time of holding breath after deep breath and quick breath was to show level of carbon dioxide change in the blood after deep breath and quick breath. The fifth lab of measuring diameters of the balloon which was blew by normal and force exhalation was to get the vital volume and the vital capacity form the graph of lung volume vs. balloon diameter.…
Biological Explanation: Both the respiratory system and the circulatory system are involved within my experiment. The respiratory system and circulatory system both work together to ensure that all cells of the body are supplied with oxygen. The respiratory system helps to bring in oxygen to the person’s body and transfers out carbon dioxide which is also known as a waste product. The respiratory system allows in air when the person breathes. In each of the lungs they have smaller tubes that help to pass the air into smaller and smaller tubes called bronchioles. The smallest of the bronchioles always conclude in small air packs also known as alveoli. These are surrounded by blood vessels. When your body transfers the carbon dioxide to oxygen it is taken place in the thin areas of the alveoli.…
The respiratory system controls your breathing and begins when you draw in air through your nose or mouth. The air travels through your windpipe into both of your lungs, where small air sacs capture oxygen and distribute it in your bloodstream through small blood vessels called capillaries. Your diaphragm is the muscle the controls respiration and contracts when you inhale. Your diaphragm then relaxes, collapses your chest and forces out carbon dioxide when you exhale. Some of the long term effects are as follows:…