Note: I am in no way a biologist, scientist, or anything of the sort, just working on an idea with ideas and probably some incorrect ideas and/or beliefs. Most of this stuff is just from talking with a friend who is a student and doing amateur studying so take it with a grain of salt. Don't take anything here as absolute fact.
Okay, so I am talking over with my friend who is a student in biology and he said that a lot of cells in the brain (maybe other parts to) like to be at at a resting potential at -70 millivolts. The cell tries to maintain this homeostasis according to what I understand. I am not sure yet what causes the cell to be at -70 millivolts to start with. My friend said it was negative chloride ions but I don't think that is the whole story. If anyone can shed the light on this, it would be very helpful. Once the cell goes above a certain voltage threshold it fires an "action potential". Where it says -70 on the graph is -70mv.
Source: Wikipedia
Some of the ions that make the cell more "positive" than negative 70mv are the following ions. I assume in a healthy cell after this action potential is "fired" the cell gives off ions to make it around -70mv again after a few milliseconds. There are probably others but I figured I would start with these:
Na+ (Sodium)
K+ (Potassium)
Ca+ (Calcium)
One of the ions that make it more negative is
Cl- (Chloride)
My idea is that in certain types of tinnitus, these cells are not working right to maintain the resting potential of -70mv. In some, I believe certain cellular neurons are overexcited and that is why in some people benzodiazipines calm them down by sending more negative chloride into the cell to make it more negative. Some others are helped by Potassium Channel Openers like Trobalt which I believe send K+ (potassium ions) out of the cell and make it more negative. (This is basic I know..not meant to be exactly detailed).
Some are helped by Sodium Channel blockers or Calcium Blockers which cause less calcium and sodium to enter the cell which would otherwise make the neuron cell more positive.
On the flip side, what if underactivated neurons affected tinnitus? My mom took a benzo before and it gave her temporary tinnitus!! (Worth looking into) Secondly, this does not count for all types of tinnitus, but I am just trying to understand why benzos and trobalt work for some people with tinnitus. What do you all think? Please critique this.
https://en.wikipedia.org/wiki/Resting_potential
https://en.wikipedia.org/wiki/Membrane_potential#/media/File:Basis_of_Membrane_Potential2.png
The main problem with this, is that even if this was somewhat true, we do not have targeted enough medicine to only work on the cells that are damaged. (at least that I know of) In addition, we need neurons to get excited and fire their action potentials because otherwise it would lead to death and/or serious, serious problems. Only a doctor or scientist could really try to help. I may not really know what the heck I am talking about so I want to get feedback.
Okay, so I am talking over with my friend who is a student in biology and he said that a lot of cells in the brain (maybe other parts to) like to be at at a resting potential at -70 millivolts. The cell tries to maintain this homeostasis according to what I understand. I am not sure yet what causes the cell to be at -70 millivolts to start with. My friend said it was negative chloride ions but I don't think that is the whole story. If anyone can shed the light on this, it would be very helpful. Once the cell goes above a certain voltage threshold it fires an "action potential". Where it says -70 on the graph is -70mv.
Source: Wikipedia
Some of the ions that make the cell more "positive" than negative 70mv are the following ions. I assume in a healthy cell after this action potential is "fired" the cell gives off ions to make it around -70mv again after a few milliseconds. There are probably others but I figured I would start with these:
Na+ (Sodium)
K+ (Potassium)
Ca+ (Calcium)
One of the ions that make it more negative is
Cl- (Chloride)
My idea is that in certain types of tinnitus, these cells are not working right to maintain the resting potential of -70mv. In some, I believe certain cellular neurons are overexcited and that is why in some people benzodiazipines calm them down by sending more negative chloride into the cell to make it more negative. Some others are helped by Potassium Channel Openers like Trobalt which I believe send K+ (potassium ions) out of the cell and make it more negative. (This is basic I know..not meant to be exactly detailed).
Some are helped by Sodium Channel blockers or Calcium Blockers which cause less calcium and sodium to enter the cell which would otherwise make the neuron cell more positive.
On the flip side, what if underactivated neurons affected tinnitus? My mom took a benzo before and it gave her temporary tinnitus!! (Worth looking into) Secondly, this does not count for all types of tinnitus, but I am just trying to understand why benzos and trobalt work for some people with tinnitus. What do you all think? Please critique this.
https://en.wikipedia.org/wiki/Resting_potential
https://en.wikipedia.org/wiki/Membrane_potential#/media/File:Basis_of_Membrane_Potential2.png
The main problem with this, is that even if this was somewhat true, we do not have targeted enough medicine to only work on the cells that are damaged. (at least that I know of) In addition, we need neurons to get excited and fire their action potentials because otherwise it would lead to death and/or serious, serious problems. Only a doctor or scientist could really try to help. I may not really know what the heck I am talking about so I want to get feedback.