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Our tenants span the life science sector, including therapeutics, diagnostics, medical devices, and research tools. They learn from and support each other, often forming partnerships.
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![The Bakar ClimatEnginuity Hub, expected to open during the 2027-2028 academic year, will provide a home for entrepreneurs in the burgeoning field of climate technology. The donor-funded facility will be located on the west side of campus at the site currently occupied by University Hall. Rendering by Gensler](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/240514_Arrival-edited2_BN_mid.jpg)
Article
Bakar ClimatEnginuity Hub: Berkeley’s New Home for Climate Innovation
A new incubator on the west side of campus will provide resources and support to entrepreneurs in renewable energy and clean technology. Read post![cystic fibrosis group](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/06/Deliver-The-Cure_Bakar-Labs-5_24-316-1.jpg)
Golden Ticket News
More Important Than Free Lab Space: Golden Ticket Opens the Door to Work With the Cystic Fibrosis Foundation
“Winning the Golden Ticket has had a major impact on Nosis Bio,” says Chad Miller, principal scientist and a co-founder of the company. “More important than the free lab space, the Golden Ticket opened the door to the Foundation, which has an incredible track record of supporting biotech companies to develop revolutionary therapeutics.” Read post![Graphic depiction of robot hand editing DNA](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/aihero.jpg)
Company News
The AI Effect: How a Hot Computing Tool Is Tying ‘Bio’ and ‘Tech’ Closer Than Ever
“In protein design, until the last couple of years, successes were rare,” said Fraser, a professor of bioengineering and therapeutic sciences in UCSF’s School of Pharmacy. “(AI has) just been a sea change. Stuff works now.” Those successes are elevating a new generation of AI-focused drug-development companies in the Bay Area, including Profluent Bio, a 20-person Berkeley startup founded by the leaders of the Salesforce project. In the wake created by ChatGPT and a wealth of biological data, those companies may be key to AI’s evolving ability to fix human ills. Read post![Sophia Lugo](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/Sophia-Lugo.jpg)
Company News
Startup Launches With ‘RNA Sensor’ Technology From Stanford and MIT To Better Control mRNA Therapies
“We want to turn off an RNA transcript and prevent it from being expressed by default,” CSO Eerik Kaseniit, a former graduate student who worked on the technology in Gao’s lab, told Endpoints News in an interview. Radar’s scientists do that by adding a stop codon — three genetic letters that are the molecular equivalent of a red light — in front of the mRNA therapy, which prevents cells from reading the message. Read post![Illustration of hands exchanging money for lightbulb](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/money_cash_bulb.jpg)
Company News
Jim Collins’ Latest Venture Raises $13.4M To Programme Logic-Gated mRNA Therapies
Radar Therapeutics thinks it can push the technology to the next level – and into more diseases – with safety switches that boost cell specificity, safety, and accessibility. The biotech, co-founded by MIT professor and synthetic biology pioneer Jim Collins, launched Thursday with a $13.4-million seed round led by NfX Bio and boasting Eli Lilly as one of its investors. Read post![Illustration of person climbing ladder to reach into bush shaped like double helix](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/GettyImages-497896371-2136x1494-1.jpg)
Company News
Radar Therapeutics Raises $13 Million to Design Therapies Using RNA Sensors
Radar Therapeutics emerged from stealth this week with an announcement that it had raised $13.4 million in an oversubscribed seed financing round led by NfX Bio. Eli Lilly & Co, Biovision, and KdT Ventures also joined the round, with participation from PearVC, BEVC, and other investors. They will use the funds to advance various internal programs, expand their team, and pursue partnership opportunities. Read post![Fig. 1 | Mechanism-of-action of CT-001. This uniquely engineered, recombinant coagulation factor VIIa (rFVIIa) is administered intravenously. Gamma-carboxyglutamic acid (Gla)-domain amino-acid substitutions improve bleeding-site targeting and potency, accelerating clot formation. Unused CT-001 molecules are rapidly cleared from circulation via the recognition of exposed galactose residues by asialoglycoprotein receptors (ASGPRs) expressed on hepatocytes. CT-001’s enhanced efficacy and safety have been demonstrated in preclinical studies.](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/coagulant.webp)
Company News
Stopping Acute Bleeds, Starting With Severe Postpartum Hemorrhage
Coagulant Therapeutics is developing a novel pipeline of therapeutics to treat acute bleeds led by CT-001, a next-generation factor VIIa (FVIIa) molecule. Read post![Three scientists at the lab bench examine an Eppendorf tube](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/DSC00271-3.jpg)
Company News
Biotech Startup CatenaBio Raises $2.35 Million in Seed Extension Round
The UC-Berkeley spinout adds American Cancer Society and top biotech VCs to its backers . Read post![Sampling Human apoptosis kit](https://bakarlabs.berkeley.edu/wp-content/uploads/2024/05/apoptosis-kit-3x2-1.png)
Company News
Sampling Human Ships its First Kits for Cellular Analysis to Early Access Customers and Releases an App Note with BMG LABTECH
Daniel Georgiev, co-founder and chief executive officer of Sampling Human, will be speaking on applications for the technology at the SynBioBeta conference. “At Sampling Human, we recognize the great lengths scientists go to today in order to obtain high-quality single-cell data,” said Daniel Georgiev. “Our plug and play products are designed to deliver reliable solutions with higher specificity, lower cost and ease of use for measuring the growing number of specialized cells in the body.” Read post![Scientist](https://bakarlabs.berkeley.edu/wp-content/uploads/2023/01/cta-1.jpg)