Skip to main content

Hydroxychloroquine Sulfate Medicine Tablets usable for Coronavirus COVID19

Details of Hydroxychloroquine Sulfate Medicine Tablets usable for COVID-19 treatment

 Common name: hydroxychloroquine sulfate tablets

 Product Name: Hydroxychloroquine Sulfate Tablets (Fanle)

 English name: Hydroxychloroquine Sulfate Tablets

 Main ingredients: Hydroxychloroquine sulfate.
 Chemical name: 2-[[4-[(7-chloro-4-quinolinyl) amino] pentyl] ethylamino] -ethanol sulfate
 Molecular weight: C18H28ClN3O

 Properties: This product is a film-coated tablet, which is white or almost white after removing the coating.

Indications / Functional indications: This product is used for the following diseases that are not satisfied with the potential serious effects of drugs: rheumatoid arthritis, juvenile chronic arthritis, discoid lupus erythematosus and systemic lupus erythematosus, and caused by sunlight Or exacerbated skin lesions.

[pecification model: 0.1g * 14 tablets (Funle)

What is the Usage and Dosage of Hydroxychloroquine Sulfate?

Oral The first dose for adults (including the elderly) is 0.4g each time, taken in divided doses. When the efficacy is no longer improved, the dose can be reduced to 0.2g to maintain. During maintenance, if the treatment response weakens, the maintenance dose should be increased to 0.4 g per day. For details, please refer to the instruction manual.

What are the Adverse Reactions of Hydroxychloroquine Sulfate?

4-Aminoquinoline compounds may undergo the following reactions during long-term treatment, but the types and incidence of adverse reactions of different compounds may be different.
(1) Central nervous system reactions: excitement, nervousness, mood changes, nightmares, mental illness, headache, dizziness, dizziness, tinnitus, nystagmus, neurological deafness, convulsions, ataxia.
(2) Neuromuscular reaction: extraocular muscle paralysis, skeletal muscle weakness, deep tendon reflex disappeared or decreased.
COVID-19 Medicine Hydroxychloroquine Sulfate Drug Tablets

(3) Eye reaction:
i. Ciliary body: dysregulation with symptoms of blurred vision. This response is dose-dependent and can be reversed after withdrawal.
ii. Cornea: transient edema, punctate to linear turbidity, decreased corneal sensitivity. Common reversible corneal changes with or without symptoms (blurred vision, halos around the light, photophobia). Keratosis may have appeared as early as 3 weeks after starting treatment. The incidence of corneal changes and visual side effects of hydroxychloroquine seems to be much lower than that of chloroquine.
iii. Retina: macular edema, atrophy, abnormal pigmentation [the appearance of "bull" s-eye "in light pigment spots], the foveal reflection disappeared, and after exposure to bright light (light stress test) Macular recovery time increases, and the retinal threshold for red light in the macular, paramacular, and surrounding retinal areas increases.
Other fundus changes include paleness and atrophy of the optic nerve head, thinning of the arterioles of the retina, disorder of fine-grained pigments around the retina, and the appearance of a protruding choroid at a later stage.
iv.  Visual field defect: blind spots around or near the center, blind spots with reduced visual acuity, and rare visual stenosis.
The most common visual symptoms attributed to retinopathy are: difficulty reading and seeing (missing words, letters, or parts of objects), photophobia, blurred vision from a distance, blurred or darkened areas in the center or surrounding visual field, flashes and scratches line.
Retinopathy appears to be dose-related and occurs from several months (rare) to several years of treatment once a day; a few cases have been reported years after the antimalarial treatment stopped.
The 4-aminoquinoline compound was used to treat malaria once a week, and no retinopathy was seen in long-term application. Patients with retinal changes may have visual symptoms or no symptoms (with or without visual field changes), and visual blind spots or visual field defects without retinal changes are rare.
Retinopathy will progress even after the drug is stopped. There are many patients with early retinopathy (macular pigmentation, sometimes with central and visual field defects) that completely disappear or relieve after treatment is stopped.
The appearance of a central and parablind spot (sometimes called: anterior macular degeneration) on the red optotype is a sign of early retinal dysfunction, which is usually reversible after drug withdrawal.
A few cases of retinal changes have been reported in patients who received only hydroxychloroquine, usually including changes in retinal pigmentation found during regular eye examinations, and visual defects in some cases.
One case of delayed retinopathy with visual loss has been reported, occurred after discontinuation of hydroxychloroquine.
iv. Skin reactions: hair whitening, hair loss, itching, skin and mucous membrane pigmentation, rashes (urticaria, measles-like, moss-like, maculopapular, purpura, centrifugal circular erythema and exfoliative dermatitis).
v. Hematological reactions: such as individuals with aplastic anemia, agranulocytosis, leukopenia, thrombocytopenia, and glucose-6-phosphate dehydrogenase (G-6-PD) deficiency.
vi. Gastrointestinal reactions: loss of appetite, nausea, vomiting, diarrhea and abdominal cramps.
vii. Others: weight loss, burnout, deterioration or acceleration of porphyria, and non-photosensitive psoriasis. Local reports of rare cardiomyopathy, its relationship with hydroxychloroquine is not yet clear.

Contraindication (Hydroxychloroquine Sulfate)

(1) It is contraindicated in patients with retina or visual field changes caused by 4-aminoquinoline compound treatment;
(2) patients who are known to be allergic to 4-aminoquinoline compound are contraindicated.
(3) Pregnant women and lactating women are prohibited.

What should be kept in mind while taking Hydroxychloroquine Sulfate?

(1) This product should be placed out of reach of children.
(2) The use of this product in patients with psoriasis and porphyria can aggravate the original disease.
Therefore, this product should not be used in these patients, unless according to the judgment of the physician, the patient's benefit will exceed its possible risks.
(3) The physician should be fully familiar with the entire contents of this manual before prescribing this product.
(4) Some patients receiving long-term or high-dose treatment have been observed to have irreversible retinal damage. Retinopathy has been reported to be dose-dependent.
(5) Take this product for initial (baseline) and regular (once every 3 months) eye examinations (including visual acuity, slit lamp output, ophthalmoscopy and visual field examination).
(6) If there are any abnormal signs of visual acuity, visual field or macular area of ​​the retina (such as pigment changes, loss of foveal reflex) or any visual symptoms (such as flashes and streaks), and cannot be adjusted with difficulty or corneal opacity completely.
When interpreting, the drug should be stopped immediately and the possible progress should be closely observed. Even after stopping treatment, retinal changes (and visual disturbances) may still progress.
(7) All patients treated with this product for long-term treatment should be regularly followed up and checked, including examination of knee and ankle reflexes, as well as any signs of muscle weakness. If muscle weakness is found, the drug should be discontinued.
(8) Patients with liver disease or alcoholism, or when combined with drugs known to have liver toxicity, should be used with caution.
(9) For patients who have been treated with this product for a long time, blood count should be performed regularly. If there are any serious blood disorders that cannot be attributed to the disease being treated, you should consider stopping the medication. Patients who lack G-6-PD (glucose-6-phosphate dehydrogenase) should use this drug with caution.
(10) Skin reactions may occur when taking this product. Therefore, due attention should be paid to any patients receiving drugs that have a clear tendency to produce dermatitis.
(11) Recommended methods for early diagnosis of "hydroxychloroquine sulfate retinopathy" include:
i. Use ophthalmoscope to check the macular for subtle pigment disorders or loss of foveal reflex, and
ii. Use a small red optotype to check the center and see if the field of view Blind spots around or in the central chamber, or determine the retinal threshold for red.
Any unexplained visual symptoms, such as flashes or streaks, should also be suspected as a possible manifestation of retinopathy.
(12) When severe poisoning symptoms occur due to overdose or allergies, it is recommended to give ammonium chloride orally (adult 8g daily, divided doses), 3 or 4 days a week, after stopping treatment for several months because urine acidifies It can increase renal excretion of 4-aminoquinoline compounds by 20% to 90%.
However, caution should be exercised in patients with impaired renal function and or metabolic acidosis.
Please read the instructions carefully and follow the doctor's instructions.

Hydroxychloroquine Sulfate Children's Medication

At present, there has not been a systematic and reliable clinical trial of children's medication. The effectiveness and safety of children's medication have not been established, so it is not recommended for children.

Hydroxychloroquine Sulfate Medication for Elderly Patients

The study was not conducted and there are no reliable references.

[Medication for pregnant women and lactating women] Hydroxychloroquine can pass through the placenta: There is limited information about the application of hydroxychloroquine during pregnancy.
It should be noted that 4-aminoquinine in therapeutic doses is associated with central nervous system damage, including ototoxicity (auditory and vestibular toxicity, congenital deafness), retinal bleeding and retinal pigmentation. Therefore, pregnant women should avoid the use of hydroxychloroquine, and only use it when the doctor judges that the benefit of the patient's prevention and treatment of the drug is greater than the possible harm.
After intravenous injection of radioactively labeled quinol into pregnant CBA mice, the drug can quickly pass through the placenta, selectively accumulate in the melanin structure of the fetal rat eye, and remain in the eye tissue until the drug is released from other 5 months after site exclusion.
Women who are breastfeeding should use hydroxychloroquine with caution, because a small amount of hydroxychloroquine can be secreted in breast milk, and infants are known to be very sensitive to the toxic effects of 4-aminoquinoline.

Hydroxychloroquine Sulfate Drug interactions

There are reports of hydroxychloroquine increasing plasma digoxin levels: patients receiving combination therapy should closely monitor their serum digoxin levels.
Although there are no special reports, hydroxychloroquine may also have chloroquine interacting with several known drugs, including aminoglycoside antibiotics that can enhance its ability to directly block neuromuscular junctions. Cimetidine inhibits its metabolism and thus increases the plasma concentration of anti-malarial drugs.
It antagonizes the effects of neostigmine and pyristamine.
It weakens the body's initial immune antibody response to intradermal injection of human diploid cell rabies vaccine.
Antacids may reduce the absorption of hydroxychloroquine, so it is recommended that the use of this product and antacids should be separated by 4 hours.
Hydroxychloroquine may enhance the effect of hypoglycemic drugs, so the combination of drugs can be considered to reduce the dose of insulin and hypoglycemic drugs.

Hydroxychloroquine Sulfate Overdose

4-aminoquinoline complex can be absorbed quickly and completely after oral administration.
If inadvertently overdose, or in small doses of sensitive patients, poisoning symptoms can appear within 30 minutes, such as headache, drowsiness, visual acuity, cardiovascular failure, convulsions, and even sudden early respiratory and cardiac arrest.
The electrocardiogram showed atrial arrhythmia, nodular rhythm, prolonged interventricular conduction time, and progressive bradycardia led to ventricular fibrillation and / or cardiac arrest. Mainly for symptomatic treatment, the stomach contents should be emptied as soon as possible by vomiting (at home, before being transported to the hospital) or gastric lavage.
Within 30 minutes after taking the medicine, after the gastric lavage, guide the person through the gastric tube to at least 5 times the amount of activated carbon powder to inhibit the further absorption of the medicine.
If the patient has convulsions, it should be controlled before gastric lavage. If convulsions are caused by brain stimulation, ultra-short-acting barbiturates can be used with caution, however, if they are caused by hypoxia, oxygen therapy should be given and artificial ventilation should be used.
In case, hypotension shock occurs, vascular tension should be used drug. In view of the importance of respiratory support, the patient should undergo tracheal intubation or tracheotomy if the disease requires after gastric lavage.
Blood replacement can be used to reduce the concentration of 4-aminoquinoline in blood. Patients who survive the acute phase should be closely observed for at least 6 hours even if they have no symptoms.
Patients who overdose or are sensitive to drugs should be supplemented with fluids and given ammonium vapor for a few days (adult 8g per day, divided use) to acidify the urine and promote the excretion of the drug from the urine.

Pharmacology and Toxicology

The exact mechanism of action of hydroxychloroquine is not fully understood, and may include interaction with Ryukyu and interference with enzyme activity (including phosphatase, NADH-cytochrome C reductase, cholinesterase, protease and Hydrolytic enzymes), binding to DNA, stabilizing the lysosomal membrane, inhibiting the formation of prostaglandins, inhibiting the chemotaxis of polymorphonuclear cells and the role of phagocytic cells, interfering with the formation of monocyte interleukin-1 and inhibiting The release of oxides.


According to foreign literature reports: Hydroxychloroquine has pharmacological effects, pharmacokinetics and metabolic processes similar to chloroquine. After oral administration, hydroxychloroquine is quickly and almost completely absorbed.
In a study, after giving healthy volunteers a single dose of 0.4g of hydroxychloroquine, the average peak plasma concentration ranged from 53 to 208ng / ml, with an average level of 105ng / ml. The average time to reach peak plasma concentration was 1.83 hours.
According to the time after administration, the average plasma elimination half-life changes as follows: ~ 10, 10 ~ 48, 48 ~ 504 hours after the peak plasma concentration is 5.9 hours, 26.1 hours and 299 hours, respectively.
Parent compounds and metabolites are widely distributed in the body, and elimination is mainly through urine. In one study, a 3% dose was observed in 24 hours.

Storage of Hydroxychloroquine Sulfate

Sshading, sealed and stored.

General Common Package of Hydroxychloroquine Sulfate: 0.1g * 14 pieces / box.
Validity Period: 36 months
Popular Manufacturer: Shanghai Shangyao Zhongxi Pharmaceutical Co., Ltd. (formerly Shanghai Zhongxi Pharmaceutical Co., Ltd.)

Approval number: National Pharmaceutical Standard H19990263

Author's Bio

Name: Ian Skyler

Education: MBBS, MD

Occupation: Medical Doctor 

SpecializationCommunity Medicine, General Surgery, Natural Treatment

Experience: 18 Years as a Medical Practitioner

[[SHARE in Public Health Interest>>


Popular posts from this blog

How to Soften and Clean Blood Vessels?

The savior that softens the blood vessels is found, eat daily, remove garbage and blood vessels clean slowly The blood vessels are densely packed in the human body, and there are many branches, which are complicated. Blood supplies oxygen and oxygen to various organs and tissues through these blood vessels to ensure the health of the body. Once there is a problem with blood vessels, it will affect blood transport and cause abnormal phenomena, which is very detrimental to health. Among them, the occurrence of blood clots in blood vessels is very serious. It can cause hardening and blockage of blood vessels, which is extremely detrimental to the health of blood vessels. For providing or getting the Best Telehealth, Telegym services and fitness networking may log in to   fitcj .com   network   What is Blood Clot? It is often referred to as blood clot. In general, there are many reasons for the formation of thrombosis, mainly due to age. Sedentary inactivity, high stress in life,

Organic Food in India Asia

  Organic food (Organic Foods) is also called ecological or biological food. Organic food is a relatively unified term for non-polluting natural food in the world. In India organic foods are getting popular at a very fast pace. Organic food usually comes from the organic agricultural production system and is produced and processed according to international organic agricultural production requirements and corresponding standards. In addition to organic food, some derivative products such as organic cosmetics, textiles, forest products or production materials provided by organic food, including biological pesticides and organic fertilizers, are collectively referred to as organic products after certification. Table of Contents 1. Definition ▪ Logo ▪ Differentiate 2. Main species ▪ Organic produce ▪ Judgment criteria 3. Apply for certification ▪ Certification requirements ▪ Organic certification mark ▪ Certification Difficulty

What is Biomechanics?

    The field of biophysics known as biomechanics (bio-mechanics) uses the principles and techniques of mechanics to the quantitative analysis of mechanical issues in living beings. Its studies cover everything from entire organisms to systems and organs (including blood, body fluids, organs, bones, etc.), from bird flying and fish swimming to flagella and cilia movement to the movement of body fluids in plants. The three laws of energy, momentum, and mass conservation as well as the constitutive equations characterising physical attributes form the foundation of biomechanics. Research in biomechanics focuses on mechanical issues that are connected to physiology and medicine. It can be separated into motion biomechanics, biofluid mechanics, and biosolid mechanics depending on the various research objects.     Bio-mechanics belongs to the branch of biophysics. The research scope ranges from biological whole to systems and organs.   Table of Contents 1. O