June 20, 2019 | Jola Glotzer
Enzyme by Design featured in Crain’s!
Arnon Lavie, UIC, founder, president and CEO of Enzyme by Design, a biotech startup which received CBC support through a CBC Accelerator Award, interviewed by Crain’s Chicago Business
More recognition for the Chicago-based, UIC spinoff biotech company, Enzyme by Design! Congratulations!
The company, which proudly states on their website, “Safer cancer therapeutics, since patient quality of life counts,” has been recognized by Crain’s Chicago Business, upon nearing $1 million in secured funding. The CBC is proud to have added a building block to the company’s fundraiser in October 2018, when Arnon Lavie, UIC, received a CBC inaugural Accelerator Award for the project: “Increasing the in vivo Stability of L-asparaginase through Interactions with HSA.”
When Enzyme by Design won the 2019 MedCity INVEST pitch contest, Arnon shared with CBC’s Jim Audia: “This was a team effort, and the CBC definitely plays an important part in our success. We are aware of this, and acknowledge the CBC’s contribution.”
UIC startup gets $1M for less toxic chemo
Crain’s Chicago Business | by JON ASPLUND, | June 19, 2019
Enzyme by Design, a startup founded by biochemistry and molecular genetics researchers at the University of Illinois at Chicago, has secured nearly $1 million to help develop a less toxic version of chemotherapy used to treat acute lymphoblastic leukemia, according to a statement from UIC. Researchers are working with a safer form of asparaginase, an enzyme used in chemotherapy, based on a mammalian gene which lacks the side effects of the current asparaginase being used, the statement said.
“Current asparaginase chemotherapies can have toxic side effects because they are derived from bacterial sources and retain bacterial markers that the body recognizes as foreign and which the immune system attacks. The drugs can also impact the liver and pancreas and cause blood clotting, which in rare instances can be fatal,” said Arnon Lavie, president and CEO of Enzyme by Design and professor of biochemistry and molecular genetics in the UIC College of Medicine, in a statement.
Source:
Adapted (with modifications) from Crain’s Chicago Business, by Jon Asplund, published on June 19, 2019.
Featured CBC Community member(s):
Arnon Lavie, UIC
- CBC Accelerator Award (2018):
▸ Increasing the in vivo Stability of L-asparaginase through Interactions with HAS
PI: Arnon Lavie (UIC) - 16th Annual CBC Symposium (2018):
▸ A New Age of Structural Biology: Structure Meets Dynamics
Arnon Lavie (UIC) — Symposium Organizer - CBC Catalyst Award (2015):
▸ Role of Dynamics in the Structure and Function of Intrinsically Metastable Proteins
PIs: Michael Caffrey (UIC), Arnon Lavie (UIC) and Balaji Manicassamy (UChicago) - CBC HTS Award (2013):
▸ Selective Inhibitors Between Pathogenic and Non-Pathogenic Bacterial Enzymes
PIs: Arnon Lavie (UIC), Wayne Anderson (NU), Michael Caffrey (UIC)
ARTICLES PUBLISHED IN THE PAST ABOUT THE FEATURED CBC COMMUNITY MEMBER(S):
June 18, 2019
“IN THE NEWS”
▸ The CBC-supported Enzyme by Design soars!
CBC Accelerator Award among grants that have contributed to almost $1 million in secured funding by a UIC spin-off company
June 4, 2019
“IN THE NEWS”
▸ CBC Accelerator Award among Enzyme By Design enablers
CBC Accelerator Award winner and founder of the Pitch Perfect-winning startup Enzyme By Design, Arnon Lavie, UIC, explains what’s in the company pipeline and what challenges it may face
May 20, 2019
“IN THE NEWS”
▸ CBC Accelerator Award helps Enzyme By Design win Pitch Perfect!
Arnon Lavie, UIC, founder of the Pitch Perfect-winning startup Enzyme By Design, acknowledges CBC as contributors to the company success
April 29, 2019
Success story
▸ Enzyme by Design Pitches Perfect!
Woohoo! A start-up led by a CBC Awardee Arnon Lavie, UIC — Enzyme by Design — wins the 2019’s MedCity INVEST Pitch Perfect Contest!
October 5, 2018
News
▸ Inaugural Accelerator Awards Announced!
1st Application Round (Spring 2018)
April 1, 2014
Success story
▸ High-Throughput Screen Promises to Combat C. difficile