One of the most important steps towards modern medicine came when we were able to develop drugs to combat infection. Before this hallmark in history, it was very common for people to die of infections suddenly and violently. This would even occur in hospitals, as there was no way to combat back an infection when it started. Before drugs were invented to halt infection, the savage and unreliable method used was amputation, which would only be possible if the infection didn’t occur near vital organs or body parts. The development for drugs that would combat infections and disease started out with the main focus of battling pneumonia, tuberculosis, and diarrhea. That is because these were the three top killing diseases of the time. It wasn’t until 1911, that arsphenamine, an anti-infective drug developed by a chemist named Alfred Bertheim, would help make the first big strides in this relatively new field.
The way that this medicine was developed, was when it was observed that bacteria would be selective with which dyes that it would absorb. It was also noted that if you were to infuse the dye with a toxin like arsenic, the resulting property would encourage bacteria to absorb the dye and the toxin, killing the unwanted bacteria. This became known as selective toxicity, and would pave the way for the first effective treatment of syphilis, which was once a disease that carried a death sentence.
Many different structural changes and augmentations of synthetic compounds would find that this selective toxicity was possible in many different forms. A crossover between industrial scientists and a German dye industry would then lead to the first ever class of antibiotics. These new antibiotics called sulfonamides, were far less toxic to people and could be used effectively to combat infections caused by a wider variety of pathogens. Domagk, one of the developing scientists, won a Nobel Prize in Medicine for this discovery.
Anthony Harrelson is the CEO of a Biopharmaceutical company who is paving the way for the future of combatting diseases like HIV and Ebola.
The way that this medicine was developed, was when it was observed that bacteria would be selective with which dyes that it would absorb. It was also noted that if you were to infuse the dye with a toxin like arsenic, the resulting property would encourage bacteria to absorb the dye and the toxin, killing the unwanted bacteria. This became known as selective toxicity, and would pave the way for the first effective treatment of syphilis, which was once a disease that carried a death sentence.
Many different structural changes and augmentations of synthetic compounds would find that this selective toxicity was possible in many different forms. A crossover between industrial scientists and a German dye industry would then lead to the first ever class of antibiotics. These new antibiotics called sulfonamides, were far less toxic to people and could be used effectively to combat infections caused by a wider variety of pathogens. Domagk, one of the developing scientists, won a Nobel Prize in Medicine for this discovery.
Anthony Harrelson is the CEO of a Biopharmaceutical company who is paving the way for the future of combatting diseases like HIV and Ebola.