The phrase "academic drug" is not a standard expression in written English, but it can be understood in context.
You might use it to describe something that is highly stimulating or addictive in an academic setting, such as a particular subject or research area that captivates students or scholars.
Example: "For many students, the thrill of learning about quantum physics can feel like an academic drug, drawing them deeper into the complexities of the universe."
Alternatives: "intellectual stimulant" or "scholarly obsession".
What are the benefits for junior scientists working in academic drug discovery?
Structure-based drug design is an integral part of industrial and academic drug discovery projects.
This "fail-early" approach is embraced both in pharmaceutical and academic drug discovery, since follow-up capacity is resource-limited.
Such arrangements may include: corporate venture capital funds, academic drug discovery centers, university consortia, competitive grant processes, and risk sharing [20, 22].
These studies have permitted a firsthand look at how academic drug discovery relates to the training and experience gained as a junior scientist.
"Academic drug discovery is taking on a whole new character now, with technology and new partnerships between academia and industry and disease institutes and the government," Inglese says.
It is worth noting that "academic drugs" need not be blockbusters and that most life sciences rely heavily on small-molecule effectors (e.g., A23187, phalloidin, or phorbol ester).
To open a dialogue with the Committee on Safety of Medicines in order to establish a legal framework within which clinical trials with academic drugs could be undertaken.
New York's commitment to meaningful inmate programs has also allowed more than 44,000 selected nonviolent offenders to earn early release from prison since 1995 through their participation in academic, vocational, drug treatment and work programs.
NuTec says it will use the supercomputer, which can do 7.5 trillion calculations a second, primarily to support academic and drug industry research on how combinations of genes interact to cause disease.
Later in the month, we will take a look at the academic preparation drug discoverers need, whether they're seeking research leadership opportunities that require a Ph.D. or other professional positions for which a master's program will suffice.
