Transfecting Insect Cells, Pt. 4

Howdy everyone! What we have all BEEn waiting for: the final installment of our ‘Transfecting Insect Cells’ series with Dr. Bees.
So far, we have discussed common insect cell lines and TransIT®-Insect (Part 1), producing baculovirus with flashBAC™ (Part 2) and key features of pOET Transfer Plasmids (Part 3). Today in Part 4, we will bug out on how baculovirus can be used to produce virus-like particles (VLPs) and other kinds of viral vectors, such as AAV!
Transfecting Insect Cells, Pt. 3

Howdy everyone! Dr. Bees here. So far, we have discussed common insect cell lines and the insect-specific transfection reagent TransIT®-Insect (Part 1) and producing baculovirus with flashBAC™ (Part 2). Today in Part 3, we will do a quick flyover of the pOET Transfer Plasmids, which complement flashBAC™ DNA like bees and honey!
Transfecting Insect Cells, Pt. 2

Howdy everyone! Dr. Bees is back with the 2nd installment of our insect transfection series, and bee-lieve me you will enjoy this one. Last time, we covered commonly transfected insect cell lines. Today we are going to focus on flashBAC™–what it is and how to use it for producing baculovirus.
Transfecting Insect Cells, Pt. 1

Howdy everyone! Guest writing for the TransMission is one of our field application specialists, Dr. Bees… which is a nom-de-plume, of course!
Starting the month of February for you love bugs and valentines, Dr. Bees will be doing a series of insect-themed posts, including transfection solutions that Mirus has developed for insect cells. In Part 1, we begin by introducing the cast of characters and the critical cell biology of insects.
2021: Transfection platform for production of AAV and lentivirus at clinical and commercial scales
Transfection platform for production of AAV and lentivirus for research and preclinical applications
2015: Introduced platform for protein production in CHO cells

Sold in vivo siRNA delivery technology to Roche
1995: Mirus Bio founded
