Modus 100mg (Modafinil)

Modus 100mg (Modafinil)
Modus 100mg (Modafinil)
What is modafinilModafinil is one of the most popular drugs in the nootropic group, which is taken t... Read More
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  • Package: 100mg / 20tab
  • Type: TAB

What is modafinil

Modafinil is one of the most popular drugs in the nootropic group, which is taken to enhance cognitive functions and improve brain performance. It has gained significant popularity among people whose work involves mental tasks or requires increased concentration. Specifically, this drug is highly favored by students, IT specialists, and long-haul truck drivers.

Modafinil is a selective alpha-1 adrenergic agonist primarily of central action. It acts as a psychostimulant, boosting cognitive performance. Originally developed for the treatment of narcolepsy, Modafinil became the first drug in its class to promote wakefulness and was approved in the United States in 1998. During trials, patients taking Modafinil stayed awake for 28 hours, maintaining their attention and alertness. Media reports suggest that the drug is actively used by the US and UK military to enhance performance, especially among pilots. Modafinil reduces the need for sleep and can be effectively used to increase attention and concentration.

According to the commonly accepted classification, Modafinil is both a nootropic and a eugeroic. Eugeroics are substances that have a stimulating effect, reducing sleepiness and promoting wakefulness. A typical example of a eugeroic is caffeine. Modafinil belongs to the same group, activating neurotransmitters responsible for wakefulness. Additionally, Modafinil enhances cognitive functions, exhibiting nootropic properties, which makes it useful for improving memory and focus. Considering its long half-life, it can offer operational advantages by enhancing tolerance to the detrimental effects of prolonged mental exertion.

Purpose to use

The use of Modafinil serves various purposes, both within medical settings and beyond. Below are the most popular reasons for using Modafinil:

Medical Use

In medicine, Modafinil is employed to treat sleepiness associated with narcolepsy. It is approved for the treatment of sleep disorders related to shift work and excessive daytime sleepiness. Additionally, in some countries, Modafinil is approved by regulatory authorities for treating cases of idiopathic hypersomnia (pathological daytime sleepiness with an undiagnosed cause).

Off-label Use in Medicine 

Modafinil is also popularly used off-label as a relatively safe psychostimulant. For instance, it is used to treat lethargy and fatigue associated with depression, fibromyalgia, chronic fatigue syndrome, myotonic dystrophy, and sleepiness caused by opioids. It improves subjective mood and can be used to address circadian rhythm disorders resulting from jet lag.

Modafinil can also be an effective and well-tolerated treatment for patients with seasonal affective disorder. Some doctors may also prescribe it for individuals with "night owl" syndrome. There is evidence suggesting that Modafinil, when used on its own, is effective for certain subgroups of people with depersonalization-derealization syndrome. The subgroups that tend to respond most frequently to Modafinil include individuals with attention deficits, low nervous system excitability, and increased sleepiness.

Non-Medical Use to Enhance Performance

By influencing brain cells, Modafinil enhances cognitive functions, leading to increased work capacity, activity, vigilance, focus, and concentration. Consequently, many perceive it as a brain-enhancing "smart drug." Professionals engaged in mental work, such as programmers, gamers, and students, use Modafinil to boost productivity. It is widely used off-label to suppress the need for sleep, while also enhancing short-term memory after sleep deprivation.

Military Use: Several countries' military forces have shown interest in Modafinil as an alternative to amphetamines – drugs traditionally used in combat situations where troops face sleep deprivation, such as during extended missions. In the US military, Modafinil has been approved for use in various Air Force operations and is being studied for other purposes. Studies have suggested that Modafinil, when administered in divided doses of 100 mg, can maintain flight control accuracy among sleep-deprived F-117 pilots at around 27% of baseline levels for up to 37 hours without significant side effects.

Space Missions: Astronauts on long missions aboard the International Space Station have used Modafinil to optimize performance during periods of fatigue. It helps with circadian rhythm disruptions and poor sleep quality experienced by astronauts. Similarly, during high-risk, large-scale, and prolonged law enforcement operations in Maryland, USA, field doctors can issue 200 mg of Modafinil once a day to law enforcement personnel to improve attention, concentration, and functioning under conditions of limited rest.

Cocaine addiction

Modafinil is being investigated as a possible treatment for cocaine addiction due to several reasons related to the biochemical mechanism involving both drugs and observations that the clinical effect of modafinil is partially opposite to the symptoms of cocaine withdrawal. In a double-blind study of modafinil in individuals seeking treatment for cocaine addiction, significant improvements were noted in some parameters, such as the maximum number of consecutive days without cocaine use, but no statistically significant effect on the rate of change in percentage of cocaine-free days was found.

Weight Loss

Studies of modafinil, even in individuals with a healthy weight, indicate that it influences appetite suppression and weight loss. All modafinil studies in the Medline database, lasting for one month or longer and reporting changes in weight, show that modafinil users experience weight loss compared to placebo. In 2008, a small study on individuals with simulated shift work demonstrated a reduction in calorie intake by 18% with 200 mg of modafinil per day and a decrease of 38% with 400 mg per day.

Mechanism of Action

Despite intensive research on the interaction of modafinil with various neurotransmitters, the exact mechanism or complex of mechanisms remains unclear. Scientists are still studying how modafinil affects the human body. It is known that the drug influences various neurotransmitters in the brain that are responsible for alertness, concentration, and focus. It is believed to affect several different pathways in the brain, creating a stimulating effect and enhancing cognitive functions. Modafinil likely increases the release of monoamines, especially norepinephrine and dopamine, from synaptic gaps, similar to other stimulants.

Modafinil impacts the brain by activati