The Scientist November 2018

When cells are your factory, it’s imperative to ensure that they are kept under the right conditions throughout the life of the culture. Standard 2-D

and 3-D culture systems, whether dish-, bag-, roller bottle-, or bioreactor-based, all share the same limitations; these setups fail to keep the cells

in tissue-like contact with neighboring cells, depriving them of important signaling cues. Hollow-fi ber bioreactors (HFBR) are able to promote a

physiologically relevant interaction between cells while enabling product retrieval without perturbation. Learn more about HFBRs from FiberCell

Systems, the sponsor of this webinar event, and learn how your standard methods are letting you down by design.

LabTools: Beyond 3-D: Recapitulating

Nature for Optimal Bioproduction

WATC H NOW!

http://www.the-scientist.com/hollowfi ber

TOPICS TO BE COVERED:

• The spatial and nutritional constraints faced by
  standard cultures, and how HFBRs address them


• Using HFBRs to generate monoclonal antibodies,
  exosomes, difficult-to-express proteins, and more

WEBINAR SPONSORED BY:

JOHN J.S. CADWELL, MS

President and CEO

FiberCell Systems, Inc.

ONDEMAND

Cell-free transcription-translation (TXTL) is becoming a popular laboratory research tool covering a growing number of multidisciplinary applications. TXTL is
employed in cell and molecular biology, bioengineering, synthetic biology, and biological physics. Practical applications of TXTL include biomanufacturing and
prototyping DNA programs, from regulatory elements to gene circuits. The new generation of TXTL systems is user-friendly, powerful, and versatile. Combined
with automated liquid dispensing, TXTL can dramatically accelerate bioengineering and the characterization of novel technologies, such as CRISPR. Labcyte,
Inc., the sponsor of this LabTools webinar, provides a unique, automated acoustic liquid handler ideal for TXTL work.

Accelerating Cell-free Transcription

& Translation with Acoustic Liquid Handling

WATC H NOW!

http://www.the-scientist.com/TXTL

TOPICS TO BE COVERED:

• Review of the available TXTL platforms and
  their capabilities


• The major TXTL applications


• High-throughput TXTL reactions using the Echo
  550 Liquid Handler

WEBINAR SPONSORED BY:

VINCENT NOIREAUX, PhD

Professor

University of Minnesota

RYA N MARSHALL

Graduate Student

University of Minnesota

ALEX PIERSON

Field Application Scientist

Labcyte, Inc.

ONDEMAND