Jcoline 1000mg Injection

Product introduction

Jcoline 1000mg Injection is administered as an injection under the supervision of a healthcare professional and should not be self administered. It is given in cases where oral administration is not possible.

Take this medicine in the dose and duration as advised by your doctor and if you have missed a dose, take it as soon as you remember.

Some common side effects that may be seen with this medicine include decreased blood pressure, stomach pain, diarrhea, irregular heart rate, rash, insomnia, and occurrence or intensification of numbness of paralyzed extremities.

You may also notice some injection site reactions such as pain, redness or swelling. However, these are temporary and usually resolve on their own. Please consult your doctor if these do not subside or bother you.

Before taking this medicine, inform your doctor if you ever had any problems with your kidneys or if you have or ever had any seizures (epilepsy or fits). Your dose depends on your age and the condition you are being treated for.

Always let your doctor know about all the medicines that you are taking before you start with your treatment. Please inform your doctor if you are pregnant, planning to conceive or breastfeeding, before using this medicine.

Usage of Jcoline 1000mg Injection

• Treatment of Stroke
• Treatment of Head injury
• Treatment of Alzheimer's disease
• Treatment of Dementia in Parkinson's disease

Side effects of Jcoline 1000mg Injection

• Injection site reactions (pain, swelling, redness)
• Decreased blood pressure
• Arrhythmia (irregular heartbeats)
• Stomach pain
• Diarrhea
• Insomnia (difficulty in sleeping)
• Rash
• Peripheral neuropathy (tingling and numbness of feet and hand)

How to use Jcoline 1000mg Injection

Your doctor or nurse will give you this medicine. Kindly do not self administer.

Functionality of Jcoline 1000mg Injection

Jcoline 1000mg Injection is a nerve protecting medicine. It nourishes the nerve cells, protects them from damage and improves their survival by producing certain brain chemicals including phosphatidylcholine and acetylcholine. It also reduces free fatty acid buildup at the site of nerve damage.