Engineering advanced T-cell therapies to address complex diseases

Some cancers and autoimmune diseases remain difficult to treat.
Autolus aims to address these needs by developing autologous T-cell therapies designed with greater precision, control and purpose.

Our Purpose

To develop best-in-class therapies that may offer potential life-changing benefits for patients with cancer and autoimmune diseases.

Autolus aims to address the unmet need in cancer and autoimmune disease by engineering new, effective treatment options. We combine T-cell biology, advanced cell programming, clinical development and manufacturing expertise to develop therapies designed around patient need and disease biology.

A Timeline of our History

From UK scientific discovery to integrated cell therapy development 

Founded in 2014 as a University College London (UCL) spin-out,
on advanced cell programming technology pioneered by Dr Martin Pule, Autolus has grown into an
integrated company combining UK science with research, clinical development, manufacturing and
commercialisation capabilities to advance T-cell therapy.

UK Medicines and Healthcare products Regulatory Agency (MHRA) grants conditional marketing authorisation

European Commission (EC) grants marketing authorisation

A strategic CAR T-cell therapy collaboration with BioNTech to advance the pipeline and expand late-stage programs was secured

Autolus received first U.S. FDA approval

A licensing deal with Cabaletta Bio was secured

Autolus submits first BLA to US FDA for patients with r/r adult ALL

Pivotal Phase 2 FELIX study meets primary endpoint

Licensing deals with Moderna and BMS were secured

Handover of the first clean rooms in Stevenage

Starts FELIX trial for AUTO1 in adult ALL

Publication of AUTO6 for neuroblastoma Ph1 in Science Translational Medicine

Publication of AUTO1 mechanism of action and pALL Ph1 in Nature Medicine

Publication of Rapacasp9 safety switch in Molecular Therapy

The first patients were dosed with AUTO1 for adult ALL, AUTO2 for multiple myeloma and AUTO 3 for pALL and DLBCL

Publication of AUTO 4 in Nature Medicine

Autolus secures £40 million Series B financing

The first patients were dosed with AUTO1 for paediatric ALL and AUTO6 for Neuroblastoma

Collaboration with CGT Catapult Manufacturing Facility

Autolus is founded by Dr Martin Pule and is spun out from UCL

£30 million Series A investment from founding investor Syncona

Publication of RQR8 Safety Switch in Blood

About us

Autolus brings together science, clinical development and manufacturing expertise to advance autologous CAR T-cell therapies for cancer and autoimmune diseases.

Leadership

Our leadership brings experience across T-cell therapy, oncology, immunology, manufacturing, commercialisation and biopharmaceutical company building.

Culture and Values

The way we work matters.

Our values, focus, respect, integrity and breakthrough, guide how we work together, make decisions and pursue our mission.

Careers

Help build the solution

Diverse expertise for complex science.

Solving challenges in cell therapy requires people with diverse skills, perspectives and experience.

One team, one shared purpose.

Across science, clinical development, manufacturing, quality, regulatory and corporate functions, our teams work together to improve patient outcomes.

Meaningful work in a collaborative environment.

We aim to create a flexible, inclusive workplace where people can grow, contribute and help move our science closer to patients.

Our Technology

Where the Autolus solution comes to life

Our Product

Learn more about our approved product on the EMC website.

Find out more

Innovation

Autolus applies advanced T-cell programming technologies to engineer precisely targeted and controlled T-cell therapies, supported by expertise across CAR T-cell therapy, pipeline development and UK manufacturing.

Explore our innovation

Clinical Trials

Learn how Autolus-supported clinical trials help evaluate investigational therapies in defined patient groups, generating evidence to better understand their safety and clinical effectiveness.

View clinical trials