How to Use a Stethoscope at Home and What You Can Detect? Nurse Focus is targeted toward qualified nurses. But, I also receive many inquiries from readers looking to become a nurse or a home health care provider.
I will create more content to help those with little knowledge. Today, we will look at the numerous uses of stethoscopes and the best ways to utilize the Stethoscope in your home.
I’ve written an article on purchasing the Stethoscope.
Let’s look at the basic concepts of a STETHOSCOPE.
How Stethoscopes Works
The fundamental principle behind the Stethoscope has remained virtually unchanged since its invention over a hundred years ago.
There are also digital Stethoscopes that connect to your smartphone and record information. But, they are sold at a lower price than analog stethoscopes traditionally used.
The diaphragm, also known as the bell, forms the portion of the Stethoscope which presses on the user’s body. The membrane is sealed and can pick up sounds that are being directed.
The sound waves travel by the patient into the air inside the tube of the Stethoscope.
The narrow and long tube amplifies the sounds when they travel to the ear tips of the Stethoscope.
They are put into the ear of the caregiver to hear the sounds.
The overall layout is simple.
How to Use a Stethoscope at Home
The instrument’s design is straightforward, and it’s easy to operate the Stethoscope. There is little you need to know about.
Let’s have a second look.
How to Use a Stethoscope
The tips of the ear should be positioned inside the ear to block out any outside noises that are heard. It is recommended to place the information placed slightly toward the front of the ear.
How to Hold a Stethoscope
The bell should be held or diaphragm between your middle and index fingers.
It is possible to reduce interference by placing the thumb beneath the tube.
The tube could produce an irritating sound when it comes into contact with the patient or you.
What Size Should You Use: Diaphragm or Bell?
The diaphragm is on the upper side of the piece that is listened to and is used to sense breathing patterns and heart rhythms.
The bell is on the smaller side. It can detect heart sounds that are irregular or rumbles. Bells can also detect sounds from the bowel (see further below).
The diaphragm and bell are frequently used during an examination of the heart.
The device used to listen should sit on the skin or against clothing touching the skin.
What is a Stethoscope Used For?
The only way to determine sound is to evaluate the sound you hear to offer an accurate and reliable prognosis.
But, this is an outcome of the learning. With a trained ear, it is possible to gauge and identify the following issues.
Measurement of Blood Pressure
I’ve explained before the ways stethoscopes, as well as sphygmomanometers, can determine blood pressure.
After inflating the cuff, the Stethoscope can detect the heartbeats you hear within the arm ( brachial arterial).
The dial can identify when Korotkoff sounds first begin to appear before they disappear.
Listening to Your Heart
The Stethoscope can detect irregularities in heartbeats and cardiac “murmurs.”
It requires a trained ear to detect this, so becoming a nurse or doctor takes a long time.
However, more skilled users of stethoscopes may need help using digital stethoscopes that match good readings with the list of sounds.
A typical heart checkup involves taking note of the four major organs in each case.
The Pulmonic valve is located just to the right side of the Sternum (second rib down).
Aortic Valve right of the Sternum (2nd rib down).
Tricuspid Valve Left of the Sternum (4th rib down).
Mitral Valve In the line of the left NippleNipple (5th down)
Detecting Abnormal Blood Flow and Vascular Problems (Bruits).
A stethoscope can be placed in places where the flow of the blood is easily detected and heard to detect Bruits.
The sounds you hear result from a forced and unbalanced blood flow. These sounds could indicate vascular disorders such as arteriosclerosis or aneurysms.
It’s easy to grasp the nature of noise. The arteries of your body can be compared to rivers. When the streets are too tight or narrow, it allows blood to flow through the veins at higher pressure.
Noises in areas where they are usually detected
Identifying Abnormalities Within the Lungs
We visited the doctor with an illness like a cold or flu. They put the dial for the cold Stethoscope on our backs and chests.
In this case, the Stethoscope determines any lung inflammation or obstructions.
It is possible that you aren’t aware that, even though doctors or nurses can identify abnormalities, tests of various areas of the back and chest are taken to determine the sound in your lungs.
The right and left lungs are separated into lower and upper sections. The ability to compare lungs can be achieved through a lung examination with “paired areas,” the exact location on each side.
This helps identify any irregularities or problems.
Measurement of the Size and Function of the Liver
The Stethoscope is a tool in the truest sense to measure the size of the patient’s liver.
While it’s not a scientifically exact process, a thorough test is suggested. A simple test can identify any inflammation in the liver.
It is essential to place the Stethoscope on the right nipple and the index finger just below the nipple lines. After that, move towards the waist.
As the Stethoscope advances upwards, the user must gently touch the skin.
The finger sounds less pronounced where your finger sits above the liver region.
Estimating the liver’s size is possible using the sound’s beginning and end. The typical size is about 10 centimeters.
Identify the Bowel Sounds
The Stethoscope can be used to look for unusual sounds in the bowel. This is useful for diagnosing bowel obstructions as well as paralytic ileus.
Borborygmi noises will usually be heard, i.e., the normal gurgling in the bowels. It also shows that having an experienced ear and skilled eye is necessary to detect problems.
” Physical Exam of Neck” Chen G. and Zeng R. (2020). In: Wan XH. and Zeng R. (eds). Handbook of Clinical Diagnostics. Springer, Singapore. https://doi.org/10.1007/978-981-13-7677-1_44