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Systems and Bodies on Chip

New Insights into Multi-Physics Simulation and Modern Drug Development

In this week’s Fish Fry podcast, we take on systems on chips, body on chips, and much more!  First up, we check out how Havard’s Wyss University is hoping to change the future of modern drug development and approval. We take a closer look at how this team has pieced together ten “Organ Chips” to create a fully functioning body-on-chip platform and how this new BoC system can give us comprehensive new insights into how prospective drugs will behave throughout the human body. Also this week, I chat with Yorgos Koutsoyannopoulos (Ansys) about the challenges of chip design for 5G, radio-frequency integrated circuit design workflows and how we can all avoid electromagnetic crosstalk nightmares.

 

Click here to download this episode

Links for March 27, 2020

Human Body-on-Chip platform enables in vitro prediction of drug behaviors in humans (Harvard News)

Interrogator: Human Organ-on-Chips (Vimeo)

More information about Ansys

Ansys Accelerates, High-Performance Computing and Artificial Intelligence Design

 

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Fish Fry Executive Interviews

Anupam Bakshi, CEO – Agnisys

Dave Kleidermacher, CTO – Green Hills Software

Robert Blake, CEO – Achronix

Jack Harding, CEO – eSilicon

Michiel Ligthart, COO – Verific

Adnan Hamid, CEO – Breker Technologies

Simon Davidmann, CEO – Imperas

Ted Miracco, CEO – SmartFlow Compliance Solutions

Jessica Gomez – Rogue Valley Microdevices

Shishpal Rawat, Chairman – Accellera Systems Initiative

Kevin Bromber, CEO – myDevices

Daniel Hansson, CEO – Verifyter

Mark Papermaster, CTO – AMD

David Fried, CTO – Coventor

Dr. Steven LeBoeuf, President – Valencell

David Dutton, CEO – Silvaco

Bob Niemiec, CEO – TwistThink

Allan Martinson, COO – Starship Technologies

Zhihong Liu, Chairman and CEO – ProPlus Solutions

Taher Madraswala, CEO and President – Open-Silicon

Kapil Shankar, CEO and Director – AnDAPT

Dan Fox, CTO – Local Motors

David Su, CEO – Atomic Technologies

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High-Efficiency Boost Converter Extends Wearable Medical Patch Battery Life

Sponsored by Maxim Integrated

Wearable medical devices are transforming the healthcare industry by continuously recording and transmitting the patient state of health. They must be unobstructive and last several days relying on small, disposable batteries. This design solution reviews the shortcomings of a typical power management solution for wearable medical patches and introduces a new, high-efficiency, low-quiescent boost converter that meets the specified operating life.

Click here to download the whitepaper