Neuropharmacology

An amino acid always has an amino group and a carboxyl group. The amine group of one amino acid is capable of forming a peptide bond with the carboxyl group of another amino acid.

The solubility of oxides and other ceramic powders depends on what the solution and solvent should be. Temperature is also important. For example one definition of glass says that it is solid solution of natrium oxide, kalium oxide and silicium oxide. many kinds of steel are similarly defined as "interstitial solid solution of carbon in alpha-iron", etc.

As for the solubility of metal oxides in water, it is close to zero. The same for alcohols, ethers, alkanes, etc. The usual way of getting metal oxides into liquids is to mix suspension so fine that the powder will be hard to separate due to the brownian motion and such. Today you may order nano-powder as well.

Now to the point why somebody asked this: the cerium oxide is inert. The point when it becomes interesting is at higher temperatures when it can oxidize carbon for example at temperature much lower than the carbon will usually burn. Another useful property is that it will reduce nitrogen oxides and take the oxygen to form its ceric oxide state. This is used in car catalysts due to good efficiency and favorable price. Yet another use - which can be derived from wikipedia information already is chemical reaction with laughing gas - N2O to form really strong, orange oxidiser (forgot the name). I plan to test it in a rocket engine fuel soon.

Just to note - many combustion processes, whether in furnace, cars, rockets can not be enhanced, taken more power from them, because of the limited speed of reaction. That is where catalysts take place. Ceric oxide can act as a catalyst. When reacted with certain nitrous oxides it can take form of another chemical composition which acts as a strong oxidiser potentially increasing the speed of the reaction even further.

The maximum surface area of ceric oxide nano-powders ranges from 35-70 square meters per gram of the powder. Ordinary polishing powders do not have such large surface area since they are aimed for polishing, not as a catalyst.

P.S. if you really want more answers than this, ask me at http://zumotor.blogspot.com/

The SSRIs can be both CYP450 enzyme inhibitors AND inducers. Inhibitors inhibit the metabolism of drugs, causing the body to have increased levels of that drug. Inducers speed of the metabolism of a drug, causing the body to inactivate/eliminate to a further extent than it normally would. It depends on which SSRI you are talking about. They all have actions on various isoforms of CYP450, but the SSRIs which cause the greatest problems with inhibition/inducing are fluoxetine (Prozac) and paroxetine. (Paxil)

Functional types of neurons:

1. sensory (afferent) neurons - input to CNS from sensory receptors; dendrites located at receptors, axons in nerves, cell bodies in ganglia outside the CNS

2. motor (efferent) neurons - output from CNS to effectors cell bodies and dendrites located in the CNS, axons in nerves

3. interneurons - communicate and integrate information within the CNS;

located entirely within the CNS

The skin has nerves to detect changes in the external environment. The nerves of the skin can detect heat and cold, pressure, pain, and touch.

A neuron is called a inter-neuron because that specific neuron takes impulse from one neuron to a next neuron. For example your sensory neuron sends a impulse that you had felt a hot object. It goes through the spine to a inter-neuron to a motor neuron (this processes is called a reflex). Then the motor neuron tells your muscles in your hand to move

No it is not a trycyclic.

Alprazolam is a benzodiazepine

http://en.wikipedia.org/wiki/Thorazine

i mean well of course its the nervous system but really you really think its that wow such a smart pants lets have AA discuttion

Well, the bad is that it's a fairly new area, and people aren't really certain about what might happen in the long run from what they do. Something that looks good to start with might end up doing a lot of damage.

.Anyone who takes these drugs should not drive, use machines or do anything else that might be dangerous until they have found out how the drugs affect them.tell the health care professional in charge before having any surgical or dental procedures.

1)synthesis and storage of transmitter

2)release of transmitter

3) Combination of transmitter with postjunctional receptors and production of postjunctional potential and initiation of postjunctional activity

4)destruction or dissipation of transmitter

hope this is helpful

carboxylic acids

yan ung pagliyad liyad pampaibay ng tite

I do, and so far so good, I would like to know if it has any interactions, though, I am not being very smart about it for not knowing first. IMHO, I think the Vyvanse is bad for an adult if used long term, I think it would have to start messing with the ole ticker. If you had to give one of the two up, I would quit the Vyvanse. There are about 1,000 years of history with the other, not so much, for this here cocktail of God knows what. However, no doctor will tell you that, they seem to all personally benefit from specifying brands. I bet a lot of them go home to a little bag of sunshine every night and never touch any other meds...

One of the defining properties of a neurotransmitter is that is must be synthesized in the neuron. The brain does not synthesize methamphetamine. Methamphetamine is introduced exogenously and exerts its effects on a neurotranmitter system called the 'adrenergic system'. Methamphetamine also has a direct effect on dopamine transmission. The drug, like its parent structure (amphetamine) causes a release of dopamine through reuptake transporters (DATs), which have been modulated to reverse their normal function as a consequence of binding this drug. This rush of dopamine is what gives rise to many of the euphoric (hedonic) as well as addictive properties of this drug. So infact it is acting as an indirect neurotransmitter, but is not an endogenous (normally produced and supplied in the body) molecule.

Imipramine (a Tricyclic antidepressant)

I RECENTLY PURCHASED AN 11-87 SPORTSMAN WITH THE CANTILEVERED SLUG BARREL,IT'S THE SAME GUN AS THE PREMIER EXCEPT MATTE BLACK AND ABOUT 100 BUCKS LESS. I AM SET UP WITH A NIKON PROSTAFF 2-7X SCOPE. ONCE I GOT ON THE PAPER AT 50 YARDS, I WAS ABLE TO DIAL IN FOR A DELIBERATE 1.5" HIGH HIT USING THE LIGHTFIELD HYBRID EXP 2 3/4" SABOT.I THEN PUT 1 MORE ROUND WITHIN A 1/2 INCH OF IT. AT 100 YARDS I HAD AN OFFICIAL 100 YD. MILITARY STYLE TARGET WITH A 6" BULL. ASSUMING THAT I WOULD HIT LOW,I HELD ON AT 12 O'CLOCK AND HIT 1" TO THE LEFT AND ABOUT A 1/2" LOW. THIS WAS OBVIOUSLY BENCHED AND WITH THE MOST DELICATE SQUEEZE I COULD MUSTER.I THEN DECIDED TO HOLD ON THE CENTER AND SEE WHERE IT WOULD HIT SINCE I WAS SO CLOSE TO MY POINT OF AIM ON THE FIRST SHOT. TO MY AMAZEMENT I TOOK THE X OUT OF THE CENTER.FURTHER SHOOTING REVEALED THE SLUG GUN I ALWAYS WANTED,VERY ACCURATE. ENJOY IT, I LOVE MINE.

Tricyclic are a family of antidepressants that were given to people before the SSRI. Often psychiatrists prescribe a tricyclic and a newer anti-depressant usually a selective serotonin Inhibitor or a serotonin Norefenefphan selective inhibitor. Your doctor can usual decide what is safe

An example of photoshynthesis is in plants, which are the only organism that can do this system. It's a way for them to get food by the sunlight, which they take in and convert into energy for them.

spinal cord