NanoMedU RNA Vaccine

Downstream Processing

of RNA-LNPs


Pre-recorded for convenient self-paced access. Register today.

 

Tangential flow filtration (TFF) is explored specifically for the downstream processing of RNA LNPs and other nanomedicines. This online module covers the fundamentals of TFF as well as a generalized approach to optimizing process parameters for its application in downstream processing of RNA-LNPs.


Learning Objectives

 • Learn the basic working principle of TFF, key terminology, and best practises

 • Understand how to design, develop, and control a TFF process for RNA-LNPs

 • Learn the essential steps for optimisation of downstream processing of RNA-LNPs

LNP Purification

Who Should Attend

• Leaders in both academia and industry

• University Professor, Post Doc, Research Associate, Students

• Principal Scientist, Technology Leader, R&D Scientist, Formulation and Drug Development Scientist, Clinical Manufacturing Scientist, Process Scale-up and Technology Transfer Scientist


What's Included

• Certificate of completion

• 12 months access to on-demand content

• 1-hour recorded classroom-style lecture

• Recorded in-lab demonstration of the downstream processing of RNA-LNPs

Knowledge test


Registration

Downstream Processing of RNA-LNPs

 

Fill in the form, and an email with a link to enroll in our learning portal will be sent.

 

IMPORTANT: Please be certain that you have entered your email correctly. To ensure you receive the email in a timely manner, please add nanomedu@precision-nano.com to your contact list or allowlist in your email system. If you have filled in the form and not received an email, please check your “junk mail” or “spam” folder. If you are still experiencing issues, please contact us at the above address.

 


Instructor

Tahereh Tohidi Moghadam, PhD

 

Tahereh Tohidi Moghadam

Dr. Tahereh Tohidi Moghadam has 8 years of experience working as Assistant Professor and 2 years as Department Head at Tarbiat Modares University, where she trained M.Sc. and Ph.D. students on fundamentals and applications of Nanotechnology in the theranostic space.