I would think an immoderate amount of masturabation sessions in a day, per day, might have some bearing on height, but if so, very minimal. To illustrate the “masturbation does not affect height part”, look at many people who have are self-proclaimed chronic masturbaters. A lot grow up tall. The other side of the debate, which i think people have failed to mention, is the secretion of zink through semen.

Zink is a vital for growth, but i think the contemporary diets today in modernistic countries are repleted with zink, so i don’t think there is any worry there. Also people may feel guilty about masturbating which can lead to stress, but more than likely it will not. My take on masturbation is that it is more healthy to do it if you can’t resist the urge because it has become habitual for you, because trying to quit will make you go insane because of the many failed attempts.

However, I heard a lot that asian foods may inhibit growth.
This could be true? I live in Texas and breakfast cereals to eat a fruit and varied. for lunch, eat different foods (burritos, sandwiches, etc.), these two meals, which are not in great quantity, but for dinner Korea are the foods that are or spicy or a little ‘salt. this could inhibit the growth?

What foods we recommend?
Answer:
Obviously, eating foods that are high in calcium, vitamin C, vitamin A, protein, vitamin D. ..
Things such as green leafy vegetables, dairy products, sunflower seeds, peanut butter, um … chicken, seafood, and yeah.
If you’ve ever been at any height to help the links, you can know this.
I posted a topic a couple of days ago sort of like this, some Dutch food, and upon them to be so high. What eat a lot of stuff I just said.

I do not know anything about how Asian food makes you short, even if … I do not know what’s in food Asia. One might think that makes you pretty high, which has a lot of stuff and chicken, but perhaps need more … beef or anything like that. I do not know.

It is well established that the consumption of caffeine causes calcium to be excreted. For each cup of coffee (equivalent to 150 mg of caffeine), about 5 mg of calcium excreted in the urine. The research on the effects of caffeine on calcium absorption is however less convincing at this time. In which case, we tend to err on the side of safety and advise avoiding the use of caffeine with calcium. You can drink coffee at least half an hour before or after you have taken your supplement. Do not forget that caffeine is also found in many foods other than coffee, such as cola drinks, tea, chocolate and some cold medicine.

Caffeine may increase the amount of calcium lost in urine and faeces. It can be done for football lost with the addition of milk for your coffee or tea. Do not forget that caffeine can also be found in cola drinks, chocolate, cocoa, cold and some pain relief and medicines. Caffeine can reduce the absorption of some minerals such as manganese, zinc, copper and, as well as vitamins such as vitamin A & B complex.

So there you go, if you are looking to grow tall at all, do everything you can to avoid Coke, coffee and so forth that contain heaps of caffiene.

It is, however, is far from harmless vice, and even non-alcoholics. They affect many neurotransmitters, hormones and metabolic processes – and many of these consequences go beyond the period of intoxication. These have consequences, not o-nly on the overall state of health, but as you can see the composition of the body as well.

This is the first of two parts series – will be a glance at the basic science on ethanol, then we turn to its effects on the body in the composition of the second instalment. Rather than looking at the effects of chronic consumption of ethanol, dependence and withdrawal, as they are not relevant to what I consider as my customers. Suffice it to say that such a lifestyle is totally incompatible with getting the most from, or not-is bodybuilding efforts.

Biochemistry
Etanolu, in addition, that the drug is also nutrients (1). However, unlike other nutrients, such as carbs, fats and proteins, the body lacks the ability to store ethanol (1) – It is also o-nly toxic MACRONUTRIENT (1). These two features lead to some important consequences – namely, that must be metabolized and metabolism have priority over all other nutrients (2).

It is metabolised by O-no two ways, depending on the blood. Primary is aldehyde, through alcohol dehydrogenase (ADH) (3). However, at a high level, what is known as microsomal ethanol oxidizing system (Meos) is becoming an important pathway (4). Both result in the conversion to acetate, acetyl-CoA – where there could be either a) enter into tricarboxylic acid cycle and oxidized to CO2 and water, or b) must be stored in fat (1).

Pharmocokinetics
Ethanol is easily biodegradable with oral administration, however, oral clearance rates and absorption% decrease in post-prandial state (with food) (5), due to the presence of ADH activity in the stomach (6). The more food in the stomach, the longer ethanol stays there be metabolized before it reaches the bloodstream. The type of food will be the effect of this, protein and fat have a greater effect. Tuku, due to the slowdown in traffic in the small intestine, protein, probably through a direct link with the ethanol molecule (7).

The type of drink may also affect blood alcohol levels achieved – especially in the Fed. For example, after a meal, which is less concentrated drink (beer) is absorbed faster than the more concentrated or-no (such as discharge) – and, in rats, which led to 80% higher peak blood alcohol level and 95% higher total absorption (8). However, on an empty stomach, the opposite was found, though the extent of the difference was not so strong.

It is also interesting that when large amounts are taken into absorption may exceed the distribution system, and extremely high concentrations can occur in arterial blood, and brain (7). This is why bonging 6 beers in the number of hits you harder than drinking 8 drinks more than 2 hours.

Despite popular opinion to the contrary, women are not in the metabolism of ethanol more slowly than men – the opposite is true. Failure to take into account differences in total body water (LBM) between men and women shall be accounted for much of this confusion (9). But when the standard of the total body water, women spend 33% of ethyl alcohol faster than men, given the relatively greater liver (10).

Due to restrictions ADH, the metabolism of ethanol shows zero-order line, kinetics – meaning that it is broken down into constant frequency (about drink per hour), rather than with a half-life, since most drugs to (11).

DHT has shown that reducing the breakdown of ethanol by increasing the breakdown of ADH, and a good cycle of testosterone increases the sensitivity to intoxication (12).
Alden

Alden, as mentioned above, is the product of the metabolism of ethanol. In literature, his presence has generally been found to prepare a response averzní, therefore, the basis of treating alcoholics with disulfiram (13). He is responsible for flushing seen in some consumers, usually Asia – could be reduced by the use of antihistamines (14). However, several studies have shown that it is involved in strengthening the income of ethanol (15).

Alden is also made in ethanol is hepatotoxic effects (16). Amino acids taurine improves metabolism aldehyde to activate liver enzyme aldehyde dehydrogenase, a reduction in the level – even if he was the equivalent of 45 grams per 200 pounds a person (17), who knows if the following with a reasonable level would be effective.

Pharmacology
After oral, intravenous or intraperitoneal administration, ethanol produces central nervous system (CNS) with the consequences of biphasic nature. The lower concentrations (10 to 25 mm – 3 to 8 drinks) tend to produce incentive effects (euphoria), while higher doses lead to depression CNS (anti-anxiety, sedative) (18).

It was thought that for quite some time that ethanol produces its effects through a non-means, which acts as a solvent or distortion lipid membranes (19, 20). In fact, as late as in 1997, drug-education class I took at school, we were informed that it worked coating of cells, rather than interact with specific receptors, as all the other drugs. This view has recently fallen from favor for several reasons, that will not go into detail, and it is now considered to exercise its effects through links to specific receptor protein (21). It is well known that no specific receptors ethanol exists, even if the no-prominent scientist suggests that the evidence suggests we should be moving towards the concept of special ethanol receptors (22).

The exact mechanism for its subjective effects are still not fully known, and involve more neurotransmitter systems and ion channels, with many studies reporting the effects of which are completely at odds with the other o-nes, and all this is further complicated by the fact that ethanol It seems primarily to affect some of the different receptor subtypes. Comprehensive presentation is best suited to the 500 pages of the book, so I weeded through research and analysis in order to provide what I consider the best overall generalization about its effects on different systems.

Dopamine
The level of the central neurotransmitter dopamine, has been consistently demonstrated that the increase of ethanol (23.24) and is considered the primary mediator of the reinforcing effects of all drugs to abuse (25). It is also involved in the strengthening of conduct generally. Of particular importance is the mesolimbic dopamine system, which is governed Tagamental neurons in the abdominal area (VTA) and the core Accumbens (NAC) (26).

Alcohol-preferring rats have been shown to have lower basal mesolimbic dopaminergic innervation and activation than non-preffering rats (27) – as well as alter serotonin, GABA, and opioid activity, which are all important modulators of the mesolimbic dopamine system and is likely to contribute to hypofunctioning from the field (27, 28). Acute filing of ethanol increase extracellular levels of dopamine in the NAC as a result of increased burning of dopamine neurons in the VTA, thus bringing the mesolimbic ordinary activities (29). Therefore, ethanol intake is only representing the self-medication – an indication of the behavior of activation (thought that a similar euphoria in humans) and reduced anxiety in alcohol-preffering rats, while not giving rats, dopamine, the system is broken, are just a uklidněný ( 27).

Opiod
Ethanol was found to increase brain levels of the endogenous opioid beta-endorphin (31), and it is likely that the opioid system mediates a large part of its effects on the level of dopamine, the removal of GABA-mediated inhibition of dopamine neuron firing (32).

It was found that alcoholics have lower levels of basal endogenous opiates than non-alcoholics, even if it is consumed ethanol these levels increase to levels higher than those achieved by non-alcoholics with ethanol consumption (33). Opiod receptor antagonists have been found to halt the strengthening of the effects of ethanol in animals and euphoric effects in humans (34). o-no on these, nalaxone, is considered a very promising drug in the fight against ethanol dependence.

However, if I can say at the moment, I would like to note that opiates are the brain is like hormones, so alcoholics are self-medicating to the happiness that the biochemistry of the brain from them, so a drug that leads from someone drinking that is inapplicable to them seems to be happy and urine poor access to me. But, of course, it would never allow a long-acting morphine for these purposes, because, nedej heaven, someone may want a bit more luck than The Man deems it appropriate, and so could “abuse”.

NMDA
The NMDA receptor is not on-three types of receptors, glutamate – the body is the primary irritant neurotransmitter. It is named for n-methyl-D-aspartate, the synthetic, high-affinity ligand (35). Ethanol, it was found that block the activity of this receptor (36). The likely mechanism is that prevents the removal of glutamate from magnesium, calcium ions, which blocks the influx into cells (37). This reduces the excitation in the cell, which together with increased through the inhibition of GABA, the results of the sedative-depressant effects of ethanol, particularly at higher doses.

This leads to blokádě upregulation on glutamate receptors (38), which leads to hyperexcitability in the cell, while ethanol is already present – this is about-not the mechanisms responsible for ethanol-induced neurotoxicity has proved to download (39). It was also postulated that at the end of each episode is a drinking mini-complete withdrawal of the above excitotoxicity (40). Given that the magnesium is a natural receptor antagonists (41), it would probably not be a bad idea to take 400-800 mg before bed at night after drinking. Zinc and the amino acid taurine may be the same (42.43).

Incidentally, magnesium and zinc is antagonism NMDA receptors in May for the ZMA is a positive influence on sleep. Unfortunately, this is the interruption of the NMDA receptor, which leads to a decrease in REM sleep caused by alcohol (43rd).

On the NMDA receptor complex is also made in memory loss and the failure of the supply of ethanol (35) – This is due to the effects of long-term potentiation (LTP). We will address this in more detail later.
GABA
Another very important is gamma-aminobutyric acid (GABA) system – the body of the inhibitory pathway (44). Ethanol potentiates GABA receptors on its activities (45). It is likely biphasic has an impact on behaviour, with lower doses of GABA inhibition inhibitory interneurons on dopamine receptors in the VTA – and thus induced dopamine stimulation and euphoria, and higher doses produced an extensive inhibition of CNS, and thus the principle of stimulating effects (46, 47). This is probably one of the main mechanisms through which creates its sedative and hypnotic-anxiolytic actions.

Serotonin
Ethanol also has a significant impact on serotonin (5-HT), even if it is not so well characterised as the above-nes. Ethanol has a biphasic effect on serotonin, the first increase in the level, then reduce them (48).

5-HT2 agonists, as well as re-vychytávání serotonin inhibitors, have been found to substitute for ethanol discrimination in drug tests (49, 50). 5HT3 activity is probably responsible for the nausea with excessive consumption (51). It is also likely that part of the increased release of dopamine as antagonists have been shown to block ethanol induced release of dopamine (52).

Ethanol administration ultimately leads to depression 5-HT levels, and therefore activity, due to increased peripheral metabolism of his predecessor, l-tryptophan (53). Low levels of 5-HT is associated with increased aggression (53), and it is also very likely that the subsequent drinking episodes (and the accompanying increase in the initial 5-HT) constitute self-medication, to be followed by a decrease in the level and repeating the cycle. It seems possible that the decreased 5-HT levels could contribute to disaster to the next-day hangover, so the use of 50 mg to 5-HTP after waking up might not be a bad idea.

Acetylcholin
The cholinergic system is yet another target for the actions of ethanol (54). It was found that acts as a CO-agonist with acetylcholine to nicotine acetylcholine receptors, as well as to raise the effect of nicotine in this receptor, which ultimately leads to an increase in the mesolimbic dopamine (55). This interaction accounts quite nicely to the fact that 90% of ethanol to nicotine dependence are also dependent (56).

Cannabinoid
It is also likely some interaction that ethanol with endocannabinoid system. They are somewhat similar in their effects on how to produce euphoria and stimulation at low doses and CNS depression at high doses (57). Cross-tolerance between the effects of THC and ethanol have been shown in rats (58), and lays down rules concerning the CB1 receptors in the cannabinoid subtype has been reported in rats chronically exposed to ethanol (59).

N-arichidonyl-ethanolamide (AnNH) is a derivative of naturally occurring on the long-chain fatty acids, acid arachidonové, which were found to bind to receptors CB1 cannabinoid and imitate the effects of THC (60). Ethanol increases the production of AnNH acid arachidonové.

Management and CB1 antagonists have been shown to reduce the consumption of ethanol, suggesting that could be involved in ethanol to strengthen (62).

Katecholaminy
Ethanol increases the consumption of central and peripheral levels of epinephrine (E) and norepinephrine (NE), which contributes to a stimulating effect on ethanol, especially in the ascending arm to the blood alcohol curve (63, 64). Brain levels of norepinephrine has been shown that an increase of up to three times (64). These increased occur mainly as a result of increased and decreased the release of choice, rather than increase the synthesis (65). Consequently, the eventual depletion of E and NE stores – to as low as 8% and 20% in Adrenals after 4 days of ethanol intoxication (66). This decrease is likely to contribute to the CNS depression that occurs with prolonged drinking.

Aggression
There is a real and significant relationship between ethanol and aggression (67), which could be particularly important to bodybuilders who are supplemented with exogenous androgens, or ES stack, reading T-Mag at regular intervals, or any other goods which could no longer be to facilitate the aggressive behaviour.

Possible mechanisms by which this goal is several. The anxiolytic, may reduce the fear of retaliation and consequences of behavior, such as psychomotor stimulant, may increase the feeling of-conduct searches, and as analgesic, it is possible to reduce the impact on the perception of painful stimuli (68).

Another interesting possibility is that ethanol disrupts the functioning of the executive cognitive (ECF) (68). ECF includes higher-order mental abilities such as abstract reasoning, attention, planning, self-monitoring, and the ability to adapt to future behavior based on feedback from the surrounding world – essentially the ECF is the possibility of using the above consciously self-regulation goal directed behavior (69 ).

ECF is governed prefrontal cortex (70), and patients with lesions in this area were recorded, in order to reduce the regulation of social behavior, including “disinhibition syndrome” characterized by impulsivity, socially inappropriate behavior and aggression (71, 72) – The sound at all known? A lower score in tests on the ECF processes, such as the ability to prevent aggression to obtain the cash reward, were reported in the prefrontal cortex lesioned patients and those intoxicated with ethanol (73). It should also be noted that this is part of the upward curve of ethanol in the blood – that is to say in cases where blood levels of ethanol is increasing – the effects of the ECF is particularly evident (68).

On the neurotransmitter, serotonin, a zapletený in this ethanol-induced aggression as well. Reducing the levels of serotonin, as well as the 5-HT receptors have been correlated with aggressive behavior (53). Acute ethanol consumption reduces the availability of 5-HT predecessor l-tryptophan in the brain (53). So, it might not be a bad idea to take 25-50 mg to 5-HTP, if you are prone to aggressive behavior when drinking.

Neurotoxicity
Alcohol is neuorotoxic and toxicity is probably mediated several factors. Ethyl esters of fatty acids are toxic side-effect on fatty acids and ethanol (74), which increase mitochondrial ties and disrupt cell membranes lipids (75) – both l-carnitine and acetyl-l-carnitine at a dose of 50 mg / kg have been shown the creation of FAEE decline by 3 to 6 fold, with the ALC is particularly effective (75).

It is also clear evidence that ethanol induces oxidative damage – in the form of an increase in free-radicals and indirect markers of oxidative damage, such as lipid peroxides and protein carbonyl (76), thus the use of antioxidants is recommended – Grape seed extract, Resveratrol, the same , ALC, vitamin E, selenium and all this has proven effective (77, 78, 79, 80). As mentioned earlier, the NMDA modulated excitotoxicity is a different mechanism.

Hepatotoxicita will not be reconsidered, because they are not real concerns about non-alcoholics and alcoholics are not intended audience in this article. Though, I note that the idea that the only part of a simultaneous Tylenol and use of ethanol is causing permanent liver damage does not in fact support (81).

Memory
On the NMDA receptor complex is zapletený in memory loss and the failure of the supply of ethanol. This is due to the repression of long-term potentiation (LTP) in the hippocampus (35). LTP is a sustained increase in synaptic efficacy following a short intense stimulation presynaptic inputs (82) – basically it is a physiological changes, which consists of memories.

NMDA activation is required for the induction, but the sustainability LTP (83), and as already mentioned, ethanol results in NMDA receptor blockade of transmission. Indeed, ethanol has been directly shown to inhibit LTP in concentrations as low as 5 mm (equivalent to 1-2 drinks) (84).

This phenomenon is highly dependent dose (as well as exhibiting interindividual differences and is rather related to the rapidly growing blood levels of ethanol) and there is a continuum, with a lower concentration produces less significant losses and the concentration of between 50 to 100 millimeters (20 + drinks) producing so-called “windows” (85).

Contrary to popular notion, the occurrence of frequent outages is a later model of alcoholism (86). Hurl current and short-term memory deficits were found to have a relationship (87), so if you want to test whether your drunk friend will experience the failure of the next day, ask him about 5 minutes before the interview and, if not to remember is to It will know what will.

GABA (88), dopamine (89) and serotonin (90) is likely to be involved in ethanol induced memory defects, even though the data for both are currently limited. With serotonin, it’s probably due to reduced availability of tryptophan and proved to be reversible with SSRI. Thus, the 25-50 mg to 5-HTP is again recommended.