Udemy - Innovating with Biomathematics

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English | Tutorial | Size: 3.06 GB

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When we create mathematical models to biology and medicine, an imperative challenge is how to make them available to the respective users/public. Software such as Matlab has been doing a nice work on that direction. However, it is my belief that anyone could use their expertise to create online platforms, for making their models into codes, and codes into user-friendly interfaces. See an amazing discussion I did with Dr Jonathan Karr "Innovating with biomathematics | In Conversation with Jonathan Karr" on our YouTube channel "Theoretical and Mathematical Biology"
On this course, I use an example for my most recent research period to make a point: user-friendly interface is imperative for making mathematical models available properly to the medical and biological sciences. One of my concerns was JavaScript being powerful enough, it is! See my article "Why am I considering seriously JavaScript and Deep Learning? and I would suggest you to do so" on my profile on Medium.
In this course, I present an online platform that endows users with an interface designed to support medical doctors on applying computational biology to their decision process. This example is used to raise discussions and insights into the challenges of designing user-friendly interfaces to computational biology.
Moreover, I also talk about topics related to startups in healthcare and how it can support biomathematicians on their quest for making their models easily available to professionals with little, or even, no expertise on computational models

Files (45)

1. Some initial words on the course.mp441.54 MiB
10. Personalized medicine, target therapy, and user-friendly interfaces.mp426.01 MiB
11. From models to innovation.mp450.28 MiB
12. Have a nice course! enjoy the content!.mp415.28 MiB
13. Initial words.mp417.16 MiB
14. introduction.mp456.89 MiB
15. Some definitions of target therapy.mp452.99 MiB
16. Example finding hubs on gene regulatory networks.mp435.96 MiB
17. Some thoughts on evidence-based medicine.mp481.72 MiB
18. Initial words.mp438.26 MiB
19. Frontend, subscription and business model.mp459.75 MiB
2. overview.mp434.37 MiB
20. Some words on the backend (computational biology).mp442.95 MiB
21. when the systems communicate.mp435.58 MiB
22. Some initial words.mp416.58 MiB
23. Why startups in healthcare is so different from other types.mp468.07 MiB
24. Innovation risk vs. marketcostumer risk.mp435.86 MiB
25. innovation risk.mp447.13 MiB
26. Innovation risk and target therapy.mp456.68 MiB
27. Risk of martket.mp491.08 MiB
28. Innovation risk and online platorms.mp442.65 MiB
29. User-friendly interfaces.mp486.46 MiB
3. miscellaneous evaluating the course, feedback, and technical details of the cou.mp434.31 MiB
30. Connecting the gears.mp468.17 MiB
31. Initial words.mp428.66 MiB
32. Some technical details.mp455.2 MiB
33. Demo from my web application for discussions.mp4103.62 MiB
34. Closing lines.mp41.75 MiB
35. Presenting the web application.mp4143.37 MiB
36. Closing lines on the importance of user-friendly interfaces.mp452.52 MiB
37. I do not see any neurons here, only equations!.mp482.45 MiB
38. About the technologies used on the web application.mp432.89 MiB
39. What about business models.mp432.7 MiB
4. What this course is all about answering a bad review.mp462.06 MiB
40. I talked a lot about the difficulties, what about the facilities.mp437.61 MiB
41. Final words.mp416.12 MiB
42. survey presents the gap between computer and medical doctors and biologists.mp422.65 MiB
43. Academia Letters our course as a scientific publication.mp4983.28 MiB
44. What the Thursday Morning Science said about the course.mp465.89 MiB
5. overview.mp439.09 MiB
6. computer science + medicine = neo-medicine.mp471.73 MiB
7. The new ages, new challenges, the new endeavors the human gemonme project.mp460.3 MiB
8. Systems biology, systems biomedicine, precision and personalized medicine we st.mp453.79 MiB
9. Mathematical models, big data, and the future of computer simulations the impor.mp456.79 MiB
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Udemy - Innovating with Biomathematics

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Description

Files (45)