Antheia Receives Phase II SBIR Awards to Develop Safer Manufacturing Processes for Painkillers

This NSF Phase II award “A complete bioprocess for medicinal plant opioids” has built upon the early-stage R&D completed under the Phase I award (1621560).
Can This Silicon Valley Startup Bioengineer A Less Addictive Opioid?

Back in 2015, a 40-year-old synthetic biologist named Christina Smolke, along with a small team of researchers at Stanford, made a huge discovery. They proved that a genetically engineered yeast could produce opioid molecules…
Breaking the Walls to Affordable Medicines

In the current age of life sciences, we have come to invent better and better drugs that are increasingly efficient in relieving pain and treating diseases. Despite this positive trend, the world continuously faces serious…
Transforming Medicinal Supply Chains

In the Future of Everything radio show, Stanford bioengineers Russ Altman and Christina Smolke discuss advances in synthetic biology and the rise of opioids made from yeast.
Antheia Receives Phase I SBIR Award from the National Institute of Drug Abuse to Make Non-Addict…

The objective of this Phase I SBIR project will be to develop engineered yeast strains that produce high levels of noroxymorphone, the direct precursor for the nal opioids naloxone and naltrexone through whole cell biocatalysis…
Antheia Receives Phase I SBIR Award from the National Center for Complementary and Integrative Med..

The objectives of this Phase I project will be to develop engineered yeast strains that produce high levels of natural and non-natural noscapinoids secoberberines and other valuable alkaloids, thereby providing…
Finding Medicine Where You Least Expect It

Until now, much of the medicines we use to treat dire illnesses have been derived from plants. But that means we are dependent on natural conditions out of our control, such as drought, pollination, floods…
Antheia CEO: One of the Ten People who Mattered Most in 2015

Early this year, synthetic biologist Christina Smolke was in a dead-heat race with a handful of other labs to engineer a yeast strain capable of making opioids…
Scientists engineer yeast to turn sugar into hydrocodone

Over the past several months, scientists from around the world have published bits and pieces of a fascinating feat: In an effort to create pain medication components like hydrocodone…