Diffusion in the Human Body:
The term “diffusion” refers to the movement of molecules or particles through a medium such as air, water, or other liquids. There are many types of diffusion processes. These include passive diffusion, active diffusion, and forced diffusion. Passive diffusion occurs when the molecule or particle passes directly from one place to another without any assistance from another substance. Active diffusion occurs when the molecule or particle moves along with the flow of fluid (air) through a channel.
One example of active diffusion is respiration, in which oxygen and carbon dioxide move through the blood stream from the lungs to the body. When people talk about “diffusing” an argument, they mean you are trying to stop it from becoming a fight. As the argument becomes more intense, you might jump in the middle of it and try to calm everyone down. The argument will then “diffuse” out to everyone involved. Another, perhaps less useful, definition of the word is: to spread out and cause something to become thin or less dense.
Diffusion and Red Blood Cells:
Knowledge about red blood cells (erythrocytes) is very important when it comes to humans or related animals. Red blood cells are the most common type of blood cell and also the smallest. The red blood cells are extremely tiny, in fact, the average size of these cells is 6-9 micrometers in diameter. In addition, there are about 5 thousand million red blood cells per microliter of human blood. These cells contain a protein called hemoglobin, which is responsible for carrying oxygen in the blood.
In this sense, red blood cells play an important role in the transport of oxygen to various organs of the body. As we see, the erythrocytes are of vital importance to life in humans and other animals.
The red blood cells contain a pigment called – you’ve guessed it! – haemoglobin. This pigment is stored in the red blood cells to help them carry oxygen. When haemoglobin is around, it can be combined with oxygen (O2) to create oxyhaemoglobin. Being able to enter the brain easily and cross the blood-brain barrier, it is used in contrast injections to highlight certain areas of the brain for MRIs.
Erythrocytes are able to transport oxygen from the lungs to other parts of the body by diffusion. Because there is more than one type of diffusion, we will call this process facilitated diffusion.
Diffusion and Muscle Cells:
The muscle cell is another type of cell in the human body. Muscle cells contain myoglobin, a similar protein to haemoglobin. Myoglobin is used in muscles to store oxygen for use when the body needs it during exercise. Myoglobin is not able to combine with as much oxygen as haemoglobin can, so red blood cells are more important when it comes to carrying large amounts of oxygen.
Diffusion and the Human Body:
As we can see, diffusion is important for life. The ability of red blood cells to carry oxygen is essential for all animals that need to breathe air. Without red blood cells, we would not be able to get enough oxygen in our blood. Muscle cells also need myoglobin in order to keep working, so that we can do things such as walk, exercise, and such. Without erythrocytes or myoglobin, we would not be able to live our lives to the fullest.
Do you use diffusers?
Absolutely! In fact, we are currently using a diffuser right now to diffuse the essential oils in this article!
A diffuser is a device that breaks up oil and slowly evaporates it into the air. The oil then spreads out into the air and fills a large space with a scent. While you might not have realized it, many stores use these devices to create a good atmosphere for their customers. For example, a lot of grocery stores might put fruit oils into their diffuser to make their store smell like fruits.
Oil diffusers can be made out of different material such as wood, plastic, or metal. While metal and wood might be susceptible to mold or bacteria, plastic diffusers are a good option since they are clean and won’t get moldy. You can get creative with the design of your diffuser too!
Have an octopus theme in your bathroom?
Get a octopus-shaped oil diffuser to match!
Don’t like octopuses?
Just get a regular oval-shaped diffuser. The possibilities are endless!
What kind of oils should I get?
There are many scents you can choose from. From fruits to flowers to spices, the scents can vary greatly. You can even get oils that aren’t meant to smell good; those are called aroma oils. They typically smell like chemicals and are used for their unique scent rather than their smell.
Are oil diffusers safe?
Oils aren’t known to be toxic, so as long as you don’t drink the oil or anything, you’ll be fine. If you’re planning on eating the oil, make sure it’s meant to be eaten. While most diffusers are safe, you should definitely read the instructions that come with yours.
What is hydrosol?
Hydrosols are also known as herbal distillates. These are created by putting herbs into water and boiling them. As the water gains energy from the herbs, it is turned into a light liquid. These can be used in place of oils in some cases. Here are some types of hydrosols and their uses:
Calendula: Calendula is normally used for burns or wounds that are infected. It helps the wound heal faster.
Eucalyptus: Eucalyptus is a type of disinfectant, so it can be used to clean a wound or burned area.
Lavender: While it smells lovely, lavender is mainly used for relaxation, headaches, and pain. It also helps the body deal with stress and helps with sleeping.
Rose: This is another popular oil. Most of the time, it’s used in a targeted fashion such as on the gums or temples. It also helps with stress and pain.
Tea Tree: Tea tree is a very unique oil as it kills most types of bacteria. It’s the most commonly used oill for cleaning and disinfecting.
Yarrow: This is normally used for the skin. It can help heal wounds and sores.
Have any questions?
That just about covers it! While oils and hydrosols can do a lot, they’ve got their limits. They won’t make you live forever or bring a dead person back to life. Use your oils and hydrosols wisely!
If you have any questions about oils or hydrosols, just let us know! We’ll try to answer them as best we can.
Sources & references used in this article: