send an email to one of the scientists whose work you have been studying in the forum. We will collect the scientists’ responses on this discussion page. 

• Choose a scientist from your research group. If possible, choose a graduate student or postdoc. If there are no graduate students or postdocs in the research group, you can email the principal investigator (the main scientist). If you have trouble finding contact information, send me a message and I will help you.
• using the template below 
• Email template:Dear ______________, (be sure to use the correct title. “Professor” if they’re a professor, “Dr.” if they have a PhD. If they are a graduate student, you can just use their first name)My name is ___________ and I am a student at Merritt College in Oakland, California. I am copying my chemistry professor on this email. We are doing a project in our class where we study a scientific research group. I chose your research group because ______________. I read your group’s paper on ________________ and I find it fascinating that _________________. I would love to ask you a few questions about your work. If you have the time to respond, I will share your answers with our class so we can learn more about your research and what it is like to be a scientist. Here are my questions:1. ________________________________2. ________________________________3. ________________________________Thank you for taking the time to read this email. I hope you have a wonderful day!Sincerely,
• The researchers include “S. Sirirungruang, O. Ad, T. M. Privalsky, S. Ramesh, J. L. Sax, H. Dong, E. E. K. Baidoo, B. Amer, C. Khosla, and M. C. Y. Chang.” By combining the benefits of both groups of molecules, the study tries to find new molecular activities that can be discovered. As a result, the fluorine-selective enzyme developed to replace the AT domains of erythromycin synthases is the most important factor in determining the distinctiveness and placement of subsets on polyketides of diverse fluorinated precursors in vitro.The major question to ask the researchers include:1. Why modified E. coli was employed for the DNA construction and not other materials?2. How can other key synthetic design elements other than fluorine be employed in drug development?3. Other than microbial fermentation, which other methods can develop drugs when fluorine gas is used as the main element?https://doi.org/10.1101/2021.08.09.455754