Antibiotics Antimycotics & Preservatives

TESTED AGAINST BOTH SENSITIVE and RESISTANT CELLS. ONLY AVAILABLE IN CONTINENTAL UNITED STATES MOLECULAR BIOLOGY GRADE PubChem Chemical ID: 35766 Mode of action and Anti-microbial spectrum : Hygromycin B is an aminocyclitol with a wide spectrum of

TESTED AGAINST BOTH SENSITIVE and RESISTANT CELLS. ONLY AVAILABLE IN CONTINENTAL UNITED STATES MOLECULAR BIOLOGY GRADE PubChem Chemical ID: 35766 Mode of action and Anti-microbial spectrum : Hygromycin B is an aminocyclitol with a wide spectrum of

TESTED AGAINST BOTH SENSITIVE and RESISTANT CELLS. ONLY AVAILABLE IN CONTINENTAL UNITED STATES MOLECULAR BIOLOGY GRADE PubChem Chemical ID: 35766 Mode of action and Anti-microbial spectrum : Hygromycin B is an aminocyclitol with a wide spectrum of

Aminoglycoside antibiotic inhibits growth of prokaryotic (bacteria), eukaryotic microorganism (yeasts) and mammalian cells. Particularly useful as a selective agent for the incorporation of the APH 4 gene in plant tissue.

Aminoglycoside antibiotic inhibits growth of prokaryotic (bacteria), eukaryotic microorganism (yeasts) and mammalian cells. Particularly useful as a selective agent for the incorporation of the APH 4 gene in plant tissue.

Hygromycin B: Hygromycin B, an aminoglycoside antibiotic, inhibits the growth of prokaryotic and eukaryotic microorganisms and mammalian cells. It inhibits protein synthesis at the translocation step on the 70S ribosome and induces misreading of

Hygromycin B: Hygromycin B, an aminoglycoside antibiotic, inhibits the growth of prokaryotic and eukaryotic microorganisms and mammalian cells. It inhibits protein synthesis at the translocation step on the 70S ribosome and induces misreading of

The Bio Basic Inc. 50 mg/mL sterile hygromycin B solution (in PBS) is suitable for laboratory and research use. Application: For Laboratory Research Only

Aminoglycoside antibiotic inhibits protein synthesis in prokaryote and eukaryote cells. Allows selection of cells expressing the Hygromycin B resistant gene.

G-Biosciences immobilized antibiotics are prepared by coupling antibiotic to preactivated 6% cross-linked agarose. The covalent coupling to agarose (resin) is achieved by cross-linking amino or carboxyl group depending upon the antibiotic that is

G-Biosciences immobilized antibiotics are prepared by coupling antibiotic to preactivated 6% cross-linked agarose. The covalent coupling to agarose (resin) is achieved by cross-linking amino or carboxyl group depending upon the antibiotic that is

G-Biosciences immobilized antibiotics are prepared by coupling antibiotic to preactivated 6% cross-linked agarose. The covalent coupling to agarose (resin) is achieved by cross-linking amino or carboxyl group depending upon the antibiotic that is