Linked from

The 13 pages that link to Streptomycin, each with the reason it gives.

• Antibiotic resistanceRelated: Resistance to streptomycin emerged soon after its introduction, revealing selection in treatment.

• AminoglycosideBroader topic: It illustrates the class’s role in tuberculosis therapy and combination regimens.

• 30S ribosomal subunitRelated: Its binding near the decoding center promotes errors in protein synthesis.

• Yersinia pestisRelated: It is a long-established effective treatment for plague.

• IsoniazidRelated: Its early use exposed the need for combinations as resistance emerged, a problem addressed by adding drugs such as isoniazid.

• Bubonic plagueRelated: It is one of the established antibiotic options for plague.

• NeomycinCompared with: Its distinctive clinical history contrasts with neomycin's common use in topical products.

• Selman WaksmanBroader topic: This was the best-known antibiotic to emerge from Waksman’s soil-microbe research.

• EthambutolCompared with: This older tuberculosis drug targets translation rather than cell-wall arabinan synthesis.

• ActinomycetotaBroader topic: Its discovery established soil actinomycetotans as sources of clinically useful antibiotics.

• AmikacinCompared with: Its distinct history and susceptibility profile contrast with amikacin's role against resistant bacteria.

• 4-Aminosalicylic acidRelated: Early clinical studies tested PAS alongside streptomycin to improve tuberculosis treatment.

• Fire blightRelated: Where permitted, it has been used to protect blossoms from fire blight infection.