Question

if you wouldve taken this course a few years ago, you wouldve learned that cargo gets shipped from er to golgi in independent little vesicles, not through tunnels. what is the most accurate and productive way to think about this observation?
the stuff were learning in this course represents the best information life scientists have to date, but science is also dynamic and our understanding improves through time.
the stuff were learning in this course is worthless.
memorizing a lot of facts is essential because 1) facts dont change, and 2) its difficult to look things up so its important to carry a lot of facts around in your head at all times.
the work on tunnels that carry cargo from er to golgi involved researchers at a variety of institutions, but most members of the team work for an organization with \medical institute\ in its title. why would researchers at a medical institute spend time and energy working on fundamental cell biology questions like how cargo gets moved around cells? choose the single best answer.
medical institutes should only do drug trials or other types of research that directly address disease, so this work must have been a side project that the team did on evenings and weekends.
many diseases are caused by molecules or cell processes that are not working correctly. the more we understand about those molecules and processes, the better we can cure or mitigate disease.
what people call basic science and applied science are completely different things. the two do not interact.

Explanation:

For the first question, scientific knowledge evolves over time. What is taught currently is the best - known information, but science is dynamic. For the second question, understanding fundamental cell biology processes helps in treating diseases as many diseases are due to malfunctioning molecular or cellular processes.

Answer:

The stuff we're learning in this course represents the best information life scientists have to date, but science is also dynamic and our understanding improves through time.
Many diseases are caused by molecules or cell processes that are not working correctly. The more we understand about those molecules and processes, the better we can cure or mitigate disease.