How is science related to to the topic?

What type of scientist are involved?

How do scientist contribute?

What other interesting scientific information can you
find associated the topic?

can u answer these quetion please
the topic is about Penicliilins, 3 sentences in each quetions

I gave you some answers for #2 and some of the information for #3. We aren't here to do your work. You have enough information to get started. Here is a web site that contains more information.http://en.wikipedia.org/wiki/Penicillin

I CANT FIND ANYTHING ANSWERS FOR QUETION 2 OR 3

DrBob named three types of scientists who contribute to the development and distribution of penicillin:

"biochemist.
medical doctor (who does research in the laboratory) but does that as a job and doesn't see patients as such.
pharmacist--many pharmacists perform research in medical labs.
Some Ph. D. chemists who are friends of mine (and some were former students) worked for drug companies like Eli Lilly doing research on drugs (mostly making new products because they had the organic chemistry background to make whatever someone wanted to try)."

Please check the Wikipedia article about penicillin for other interesting facts.

http://en.wikipedia.org/wiki/Penicillin

crap questions mang

Question 1: How is science related to the topic of Penicillins?

Science is integral to the topic of Penicillins, as Penicillins are a type of antibiotic drug that was discovered through scientific research and experimentation. The study of Penicillins involves various scientific disciplines such as chemistry, microbiology, pharmacology, and biochemistry. Scientists employ scientific methods to identify and test the effectiveness of different Penicillins against bacterial infections and study their mechanism of action.

Question 2: What type of scientists are involved in the study of Penicillins?

Multiple types of scientists are involved in the study of Penicillins. Microbiologists play a significant role in identifying and studying the bacteria susceptible to Penicillins. Pharmacologists and pharmacokineticists study the pharmacological properties, including absorption, distribution, metabolism, and excretion of Penicillins in the human body. Pharmaceutical chemists are involved in synthesizing and modifying Penicillins to improve their effectiveness and reduce side effects. Biochemists study the mechanism of action and interactions of Penicillins at a molecular level.

Question 3: How do scientists contribute to the study of Penicillins?

Scientists contribute to the study of Penicillins in several ways. They conduct research to discover new strains of Penicillins and develop improved formulations. They perform laboratory experiments to determine the effectiveness of Penicillins against different bacterial strains. Scientists also conduct clinical trials to evaluate the safety and efficacy of Penicillins in treating specific infections. Through their research, scientists contribute to expanding our knowledge of Penicillins, improving their effectiveness, and developing strategies to combat antibiotic resistance.

Question 4: What other interesting scientific information can be found associated with the topic of Penicillins?

There is substantial information associated with Penicillins beyond the scope of the initial questions. Some interesting scientific information related to Penicillins includes the discovery of the first Penicillin by Alexander Fleming in 1928, the importance of Penicillins in revolutionizing the field of antibiotics, the development of semi-synthetic Penicillins to expand the spectrum of activity, and the emergence of antibacterial resistance against Penicillins and strategies to address it. Additionally, scientists continue to research and discover new forms of Penicillins and explore alternative methods to combat bacterial infections.