For future tests, we would want to introduce Oxamniquine to different solutions using varying concentrations of DMSO, in order to determine if the compound was influenced by the amount of DMSO it was suspended in.
Hi, so every antibiotic in a class of antibiotics targets the same mechanism in bacterial cells. Therefore, if bacteria becomes resistant to one of the antibiotics in a class, it is able to resist all of them, because they are essentially fighting the same part of the bacteria.
What experiment would you start with to determine why the chemical of the same structure were producing different results?
For future tests, we would want to introduce Oxamniquine to different solutions using varying concentrations of DMSO, in order to determine if the compound was influenced by the amount of DMSO it was suspended in.
If a bacteria becomes resistant to a drug in a specific class why do all other drugs of the same class become ineffective as well?
Hi, so every antibiotic in a class of antibiotics targets the same mechanism in bacterial cells. Therefore, if bacteria becomes resistant to one of the antibiotics in a class, it is able to resist all of them, because they are essentially fighting the same part of the bacteria.
Really well spoken, could you explain how a spectrophotometer works? This is a new piece of a equipment for me