Scientists develop new reserve antibiotic to combat resistance
Key building blocks of Neosorangicin A synthesized in lab
1Antibiotic resistance a global threat
The WHO identifies antibiotic resistance as one of the biggest health threats to humanity. Microbes developing resistance to current drugs make even simple infections hard to treat. This has made developing next-gen antibiotics an urgent necessity.
2Significance of Neosorangicin A
Naturally occurring Neosorangicin A has long been tracked as a potential reserve antibiotic candidate. However, its complex structure made lab synthesis impossible until now. This barrier has been overcome with a novel synthesis method.
3Relay synthesis method
German researchers developed an innovative chemical synthesis method called relay synthesis. This enabled production of Neosorangicin A's core building blocks in lab conditions. Unlike traditional methods, complex molecules are built step-by-step.
4Research team's achievement
The chemistry team at Magdeburg University led by Prof. Dieter Schinzer achieved this breakthrough after years of research. By synthesizing the scarce compound's key components, they made a significant contribution to medical science.
5Preclinical studies
The next step is synthesizing complete Neosorangicin A molecules using these building blocks. Success would lead to preclinical studies examining the molecule's efficacy, safety and pharmacological properties in detail.
6Hope for the future
This discovery is seen as a major step in fighting antibiotic resistance. If successful, Neosorangicin A could empower doctors against resistant bacteria. The research brings innovative approaches to drug development processes.