Vermox Drug Uses
Vermox is used to treat threadworms and other common worm infections.
How Taken
Take Vermox orally. Your doctor will tell you how much Vermox to take and for how long you should continue to take it. Always read the label on your medicine and follow your doctor's instructions carefully.
Vermox Warnings/Precautions
Do not give Vermox to children younger than 2 years of age. If you are or think you may be pregnant, do not take Vermox. Talk to your doctor first. The active ingredient in Vermox may get into breast milk, so it is therefore not advisable to breast feed while you are taking Vermox.
Vermox Missed Dose
If you miss a dose, use it as soon as you remember. If it is near the time for the next dose, skip the missed dose and resume your usual dosing schedule. Do not double the dose to catch up.
Vermox Possible Side Effects
You may experience minor adverse reactions such as mild, short-lived stomach ache or diarrhoea, or possibly an allergic reaction such as rash, shortness of breath, itching etc.
Vermox Storage
Keep Vermox in a safe place where children cannot reach or see them. Do not store above 25°C. Protect from light. Do not use the medicine after the expiry date printed on the blister and carton.
Vermox Overdose
If you or another person has taken too much Vermox, talk to your doctor as soon as possible, telling him what has happened.
More Information
There are no restrictions on foods, beverages or performing other activities while taking Vermox.
Disclaimer
This drug information is for your information purposes only, it is not intended that this information covers all uses, directions, drug interactions, precautions, or adverse effects of your medication. This is only general information, and should not be relied on for any purpose. It should not be construed as containing specific instructions for any particular patient. We disclaim all responsibility for the accuracy and reliability of this information, and/or any consequences arising from the use of this information, including damage or adverse consequences to persons or property, however such damages or consequences arise. No warranty, either expressed or implied, is made in regards to this information.
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Q: How does the online consultation for Vermox work?
A: Online consultations utilizes the Internet to improve patient access to the physician. The patient no longer needs to receive a traditional physical exam by the physician. Now he simply completes an online questionnaire for Vermox, and this questionnaire is then submitted to the physician using our secure order system. The online consultations can never take the place of traditional medicine, they do provide a valid means for patients to receive treatment for a number of conditions that, in many circumstances, do not actually require a physical exam.
Parasitic diseases, especially leishmaniases and trypanosomiases, kill hundreds of thousands of people every year in the world, mainly in the countries of the South. The most severe form of leishmaniosis (kala-azar, the visceral form), induced by Leishmania donovani and L. infantum, affects about 500 000 people per year and proves fatal if no treatment is given.
Although drugs do exist for treating these diseases, they are not always effective, owing to the appearance of resistant parasites and to the toxicity of the products. Moreover, administration of the available treatments against leishmaniases is mainly by injection, which means that patients have to go to hospital. Most people infected live in areas either far from health-care facilities or completely devoid of them. Research for new substances with potential as therapeutic agents is consequently necessary.
IRD researchers conducted ethno-pharmacological studies in line with this search, in South America. These scientists, working with researchers from the CNRS, the University of Paris-Sud and the Institut Pasteur, have thus discovered and studied alkaloids of the chemical family of the quinolines, doted with antiparasitic properties. The quinolines, obtained by chemical synthesis, are analogues of quinolines initially isolated from a Bolivian plant, Galipea longiflora (Rutaceae). Experiments conducted on mice infected by visceral leishmaniasis showed that oral administration of these quinolines was effective for treating this severe form of the disease.
The general chemical structure of quinolines comprises two rings (the quinoleic nucleus), one aromatic and the other bearing nitrogen (pyridinic) on to which variable substitution groups can bind depending on their character and position. In order to select the most active molecule, the least toxic and the easiest to synthesize, about 100 substituted quinolines were prepared and tested in vitro on different parasites, particularly those responsible for the cutaneous and visceral forms of leishmaniasis, then on two retroviruses, HIV (responsible for the Aids pandemic) and HTLV-1 (human T-cell leukaemia virus).
HTLV-1, which was the first retrovirus discovered (1980), currently affects 15 to 20 million people in the world, essentially in South-West Japan, the Caribbean, Latin America and tropical Africa. It can cause a specific form of leukaemia and a slowly developing degradation of the nervous system (tropical spastic paraparesia).
The activity of these substances is closely linked to their chemical structure, and especially to the length of the substitution group (number of carbon atoms) located in position 2 on the quinoleic nucleus. Generally, the most active quinolines are those which carry a three-carbon-atom branch and an unsaturated (alkenyl) bond.
Among these compounds, some proved especially active against parasites of the genus Leishmania, showing an efficacy equal to or higher than that of the reference drug for treating leishmaniases, glucantime?. Experiments run on mice confirmed that oral administration of these quinolines was effective and that toxicity was low for this animal. The adoption of this administration route would simplify treatment of patients in regions devoid of hospital infrastructures. Three of these compounds were eventually chosen for their biological activity, their innocuousness and their ease of synthesis. They are currently the focus of investigations on their action mechanism, their behaviour in the human organism and their toxicity.
Among the quinolines active against leishmaniases, some were also able to block, in vitro, the replication of the retrovirus HIV-1, without manifesting any toxicity against their host cells. Others were revealed to be active against HTLV-1, one being capable of inhibiting retrovirus replication, at very small doses by reducing the viral load by 76%.
The quinolines consequently are compounds worthy of investigation in line with the search for new treatments for infections that are insufficiently combated by existing medicines. Research work and development of these compounds active against leishmaniases are planned, in partnership with Brazil, with the particular aim of perfecting their production at industrial scale. Furthermore, assessment of their antiretroviral activity (HTLV-1) is being continued in a joint scientific project set up between the scientists and a research laboratory of the FIOCRUZ (Fondation Oswaldo Cruz, Salvador).
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