The addition of an atom or molecle of one particular substance can change the shape, location, or function of an existing cell. This new substance is known as an addition.
Additions can come in the form of free-floating atoms or molecules, added dimensions, new functionalities, and/or added materials. For example, newly created cells may have small channels added for nutrients and larger ones for waste.
An important part of adding is knowing what you are adding. It is important to know what new substance you are adding to the cell as it can change the way the cell works.
This article will talk about what additions must be made to the cell to generate a standard emf and bullet point out some common additions.
Add a magnet
Your computer has a north and south pole, and the magnet inside your computer stores an equal amount of north and south sides. The same is true for your cell.
Each side of your cell holds an equal amount of positive and negative charges, which is what creates the standard emf component in your system.
Your cell has a north pole, right? Then you must add a south to get a standard emf! Same goes for your computer or phone or tablet or whatever device you’re dealing with.
Adding a south pole will give your device a higher standard emf, so do this last.
Insert a conical metal piece
A powerful additional feature of the CELL’s structure is the inclusion of a small conical metal insert. This inserts into a large opening on the front of the cell to provide some protection from external stimuli.
Signaling inside the cell is done using this insert. When an area of stress is detected, like a wound, the insert sends a signal to nearby cells to upregulate their insulin production and release of glucose into cells, which benefits you.
The addition of this insert was an intentional design choice to enhance its potential as a therapy. The addition of this conical piece was also done for aesthetic purposes, like adding more storage space or changing the shape of how it sits in your dish.
Add a conducting plate
If your cell does not generate a standard emf when it is in the resting state, adding a small conducting plate to the bottom of the cell can help.
The conducting plate prevents some of the potential energy in the cell from being dissipated as heat. With this energy retained, it can generate a standard emf.
To add the plate, first cut a small square of plastic about one inch on all sides. Then, simply wrap one end of the plastic around the wooden dowel and pin it in place.
Now that you have added this piece of plastic to your cell, change out its container for something more durable to help hold onto its energy.
Ensure the cell is composed of only distilled water
If your cell is already producing oxygen, you can add additional materials such as water or salt to make it more dense. The extra energy required to create the additional materials depends on the cell size.
The average human cell is about one to two billionths of a meter in size. That means it takes about twenty-five thousand of these cells together to generate a milliwatt emf!
To determine if your cell is small enough, check its shape: If the cell looks like a giant doughnut or round ball, it may not be adequate. If it looks like a fat cigar, then you have found your standard emf!
These days, most people use microprocessor-controlled (MP-controlled) cells that generate an average emfe. These are easier to set up and break down so that they produce enough energy to grow mycelium.
Test the potential of the cell using a voltmeter
While testing the potential of your cell, don’t exceed the recommended minimum or maximum values listed on the package. Doing so could cause damage to the cell or cells, or contribute to a low energy standard emf that does not meet the criteria for a standard emf.
To determine if a potential addition meets the criteria for a standard emf, check the voltage reading on the meter and/or add an additional charge to make sure it works. If you feel comfortable with adding another charge and/or checking the voltage again on the meter before placing any firm commitment in place.
Make sure you are using a quality potential source such as an A-scale battery, solar panel, etc. That is right! You are also making it a potential of your own cell! Do not try to increase your potential energy source without first consulting with someone about its potential.
Make the membrane tighter
When the membrane is too thin, it can let in extra energy from nutrients and waste. This can happen when the cell needs to grow, but is unable to due to low energy.
This energy deficit can occur when there is a large influx of nutrients or excessive waste occurs. Either condition can make the cell lose energy.
To make the cell stronger, you must make it thicker by making more negative charges on its inside and outside. This makes it more resistant to damage and forces it to produce stronger emf waves.
Making the cell thicker will also require more work from your body as it requires more energy to maintain the balance of both positive and negative charges on its inside and outside. This may cause you some pain at times, but will strengthen your body eventually.
Ensure there are no impure materials in the cell
It is critical that there are no other substances or materials in the cell, such as glucose or ketones. These can potentially disrupt the functioning of the cell and cause it to generate an inappropriate emf.
A rare condition called polysomia can sometimes cause a healthy brain to combine two or more signals from different parts of the brain. This condition is fairly common in people over fifty, but can occur younger as well.
Because it can occur younger, this condition can cause problems, such as confusion and/or ataxia, trouble with coordination. Fortunately, it can be prevented by using an age-appropriate device.
Keep the cell dry
As mentioned earlier, your cell needs to be able to stand up to some water. This can be tough if you have wet hands or feet. You may need to take your phone out to check this!
The more moisture the cell is exposed to, the more potential damage it can experience. If you have waterlogged hands or feet, make sure to keep track of this.
Also important: Check the cell every few weeks and let it sit in a bowl of rice or cashews for a day to absorb any spills.
Finally, if your cell gets wet, check it immediately for damage. If it seems fine, dry off with a paper towel and put it back in the box! If there is water inside, it could have caused harm.
