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ANTIBIOTICS |
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This belongs to Fluoroquinolones that inhibits
DNA topoisomerases (DNA gyrase and topoisomerase
4) by binding to DNA-enzyme complexes, thereby
interfering with bacterial DNA replication and
some ...
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Details |
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This belongs to Fluoroquinolones that inhibits
DNA topoisomerases (DNA gyrase and topoisomerase
4) by binding to DNA-enzyme complexes, thereby
interfering with bacterial DNA replication and
some ...
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| More
Details |
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This belongs to Fluoroquinolones that inhibits
DNA topoisomerases (DNA gyrase and topoisomerase
4) by binding to DNA-enzyme complexes, thereby
interfering with bacterial DNA replication and
some ...
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| More
Details |
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This belongs to Fluoroquinolones that inhibits
DNA topoisomerases (DNA gyrase and topoisomerase
4) by binding to DNA-enzyme complexes, thereby
interfering with bacterial DNA replication and
some ...
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| More
Details |
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It is a broad spectrum antibiotic. Chloramphenicol
inhibits protein synthesis by binding to 50S ribosomal
subunits, preventing binding of amino acyl t-RNA
and inhibiting polypeptide synthesis ...
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Details |
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This antibiotic belongs to Tetracyclines which
they inhibit protein synthesis by mainly binding
to 30S ribosomal subunit and blocking binding
of aminoacyl transfer-RNA. They are considered
broad-spectrum antibiotics ...
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Details |
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This antibiotic belongs to Tetracyclines which
they inhibit protein synthesis by mainly binding
to 30S ribosomal subunit and blocking binding
of aminoacyl transfer-RNA. They are considered
broad-spectrum antibiotics ...
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| More
Details |
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Erythromycin belongs to the group of Macrolides
which inhibit protein synthesis by binding to
50S ribosomal subunits, inhibiting translocation
of peptidase chain and inhibiting polypeptide
synthesis. This antibiotic ...
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Details |
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This antibiotic belong to the group of Aminoglycosides
which inhibit protein synthesis by irreversibly
binding to 30S ribosomal subunit. The aminoglycosides
are very effective against gram-negative bacteria
infections when ...
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Details |
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This antibiotic belong to the group of Aminoglycosides
which inhibit protein synthesis by irreversibly
binding to 30S ribosomal subunit. The aminoglycosides
are very effective against gram-negative bacteria
infections when ...
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| More
Details |
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This antibiotic belong to the group of Aminoglycosides
which inhibit protein synthesis by irreversibly
binding to 30S ribosomal subunit. The aminoglycosides
are very effective against gram-negative bacteria
infections when ...
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| More
Details |
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This antibiotic belong to the group of Aminoglycosides
which inhibit protein synthesis by irreversibly
binding to 30S ribosomal subunit. The aminoglycosides
are very effective against gram-negative bacteria
infections when ...
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| More
Details |
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The nitrofurans, including Nitrofurazone and
Furazolidone, are commonly used in the fish /
shrimp trade. They normally interfere with several
bacterial enzyme systems, possibly including prevention
of acetylation of coenzyme A ...
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Details |
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The nitrofurans, including Nitrofurazone and
Furazolidone, are commonly used in the fish /
shrimp trade. They normally interfere with several
bacterial enzyme systems, possibly including prevention
of acetylation of coenzyme A ...
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| More
Details |
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Rifampicin is an anti-mycobacterial drug that
is semisynthetic derivative of rifamycin antibiotics
which are produced by the fermentation of a strain
of Streptomyces mediterranei. It is also useful
for elimination of ...
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Details |
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Prefuran is nifurpirinol, belongs to Nitrofuran
group, which is synthetic antibacterial. They
have antibacterial and antiprotozoal activity
and have been used extensively in fish and shrimp
farming ...
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Details |
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