Yestic 3.1g Injection Substitute
AAA Pharma Trade Pvt Ltd
₹19.5
(₹19.5 per unit)
Vibcare Pharma Pvt Ltd
₹750
(₹750.0 per unit)
GlaxoSmithKline Pharmaceuticals Ltd
₹764.6
(₹764.6 per unit)
₹795
(₹795.0 per unit)
Bioembed Healthcare Pvt Ltd
₹989
(₹989.0 per unit)
Anglotec Healthcare
₹990
(₹990.0 per unit)
₹995
(₹995.0 per unit)
Chandra Bhagat Pharma Ltd
₹999
(₹999.0 per unit)
Allites Life Sciences Pvt Ltd
₹1003
(₹1003.0 per unit)
Fusion Health Care Pvt Ltd
₹1089
(₹1089.0 per unit)
Alniche Life Sciences Pvt Ltd
₹1177
(₹1177.0 per unit)
Converge Biotech Pvt Ltd
₹1197
(₹1197.0 per unit)
₹1199
(₹1199.0 per unit)
Baruch Life Sciences
₹1299
(₹1299.0 per unit)
Mits Healthcare Pvt Ltd
₹3450
(₹3450.0 per unit)

Patients may explore substitutes in the following scenarios:
Before you switch from Yestic 3.1g Injection to another medicine, here are some important points to keep in mind:
Most substitutes contain the same active ingredient - CLAVULANIC ACID-100MG+TICARCILLIN-3000MG, but the fillers, coating, or manufacturing quality may vary slightly.
Even if the salt is the same, your doctor can confirm if the substitute is right for your condition, dosage, and health history.
Some people may react differently to certain brands due to inactive ingredients. If you notice any side effects, inform your doctor immediately.
A lower-priced substitute doesn't mean it's less effective. Many generic medicines work just as well as branded ones.
Always match the substitute’s strength (e.g., 5mg, 10mg) and form (tablet, capsule, syrup) with what your doctor prescribed.
Yestic 3.1g Injection is used in the treatment of Bacterial Infections. The detailed uses of Yestic 3.1g Injection are as follows:
Yestic 3.1g Injection is a combination medicine containing Ticarcillin (carboxypenicillin) and Clavulanic acid (beta-lactamase enzyme). It is a broad-spectrum antibiotic that acts against aerobic (grow in the presence of oxygen) and anaerobic (grow in the absence of oxygen) bacteria. Yestic 3.1g Injection is used in the treatment of several bacterial infections. Ticarcillin works by inhibiting the formation of the bacterial cell wall (a protective covering) and causing damage to the bacterial cell wall. This eventually leads to the death of the bacterial cell and thus prevents the growth of bacterial infections. Clavulanic acid inhibits the beta-lactamase enzyme, which prevents bacteria from destroying the efficacy of beta-lactam antibiotics.
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