Modeling & Simulation in Drug Development


Details
Boston QSP is excited to share that we will be inviting guest speaker Dr. Alison Betts from Applied Biomath to share her talk "Translational Modeling Strategies to Predict Clinical Starting and Efficacious Doses for CD3-Biospecific Molecules" with us November 13, 2019. As always, the talk is followed by a reception and mixer where you can enjoy chill beers and delicious pizza.
Event Schedule
5:00-5:30 pm: Registration
5:30-6:20 pm: Room: Havana. Talk "Translational Modeling Strategies to Predict Clinical Starting and Efficacious Doses for CD3-Biospecific Molecules" followed by Q&A
6:20-7:30 pm: Room: Venture Cafe. Networking + food + drinks
Registration free but RSVP is required.
RSVP capped off at 125.
For more details please visit our website for current and future event announcements: https://www.bostonqsp.org/single-post/2019/11/06/Boston-QSP-November-2019-Event-Announcement
Permissions
All registrants are hereby notified that the organizers will take pictures during the event and will use them to promote the future events.
Participants can take pictures throughout the event and talk about it in the social media.
Event space: Both the rooms are located on the 5th floor, Cambridge Innovation Center, 1 Broadway, Cambridge MA.
Notes
-
Please check in at the security in the ground floor lobby.
-
If you are driving in from Waltham/Lexington area, please let the group know so that you can carpool.
-
The venue is close to Kendall Square T stop on Red line
http://photos3.meetupstatic.com/photos/event/6/5/9/8/600_453926008.jpeg
https://a248.e.akamai.net/secure.meetupstatic.com/photos/event/c/e/c/f/600_456652943.jpeg
http://photos4.meetupstatic.com/photos/event/d/4/d/7/event_454614487.jpeg
http://photos3.meetupstatic.com/photos/event/2/6/e/event_454620622.jpeg
Notes
-
Please check in at the security in the ground floor lobby.
-
If you are driving in from Waltham/Lexington area, please let the group know so that you can carpool.
-
The venue is close to Kendall Square T stop on Red line.

Modeling & Simulation in Drug Development