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Elicera CAR-T produces complete metabolic responses in eight patients

Elicera CAR-T produces complete metabolic responses in eight patients GenoMethods.org © genomethods.org
Elicera CAR-T produces complete metabolic responses in eight patients © genomethods.org
In Phase 1 of the CARMA trial, ELC-301 produced complete metabolic responses in eight of 12 heavily pretreated patients with B-cell lymphoma. Six remained in complete response at their latest assessment.

The Phase 1 cohort had exhausted treatment options with curative potential. After receiving Elicera Therapeutics’ experimental CAR-T therapy ELC-301, eight of the 12 patients with heavily pretreated B-cell lymphoma had no metabolically active disease on scans. Six remained in complete response at their latest assessment.

These are early clinical results, not proof that the therapy will work broadly or provide durable benefit for most patients.

CARMA enrolled patients with relapsed or refractory B-cell lymphoma who had received at least two prior lines of therapy and had no remaining treatment options with curative potential.

Börskollen
 

Responses in a heavily treated group

Eleven of the 12 patients had an objective tumor response, a 92% response rate. Eight achieved a complete metabolic response. Two of those patients later progressed. One patient’s complete response lasted at least 18 months; another’s lasted at least 12 months.

Three patients had relapsed after earlier CAR-T treatment. Two responded to ELC-301, including one who achieved a complete metabolic response. A separate report on ovarian cancer CAR-T described stable disease in one patient, a different result in a different cancer setting.

On 17 September 2026, Sweden’s Medical Products Agency authorized CARMA to proceed to Phase IIa. The available reporting did not provide the decision number or approval criteria; authorization to continue the trial is not evidence of clinical efficacy in a broader population.

Affärsvärlden
 

How ELC-301 is designed to work

ELC-301 engineers a patient’s T cells to recognize CD20 on cancer cells. Elicera’s iTANK technology adds a bacterial protein intended to recruit the patient’s own cancer-killing T cells. The aim is to widen the immune attack beyond the CAR-T cells’ original target. Börskollen describes ELC-301, Elicera’s most advanced drug candidate, as a fourth-generation CAR-T therapy that combines CD20 targeting with iTANK. The lymphoma responses do not show whether this approach can overcome the distinct barriers that often limit CAR-T treatment in solid tumors.

No dose-limiting toxicities were reported across the three dose groups. On 9 September, an independent safety committee recommended the highest tested dose for the next stage, as Affärsvärlden reported. The recommendation was based on safety, not evidence that the highest dose is more effective.

Next stage and evidence limits

Founded in 2014 as Virex AB, Elicera grew from research led by Magnus Essand at Uppsala University. The company began with work on cancer-killing viruses and started its first clinical trial in 2016. It adopted the Elicera Therapeutics name in 2020, then listed on Nasdaq First North Growth Market in June 2021.

Elicera expects to begin recruiting six additional patients for the Phase 2a expansion in the fourth quarter of 2026. Swedish regulators authorized the expansion in September, and the company is preparing a full analysis of the Phase 1 data. The Phase 1 trial is complete. Company-reported results indicate complete metabolic responses in eight of 12 patients, figures also reported by Nordic Life Science.

The available materials include no independent peer-reviewed report or individual patient data. They also do not give median response duration.

Elena MacLeod Editor GenoMethods.org
Biotechnology Newsroom

Elena MacLeod

Elena MacLeod is an Editor at GenoMethods, specializing in CAR-T cell therapy, gene therapy, clinical trials and cancer immunology. Her reporting examines the development of emerging treatments, with particular attention to patient safety, therapeutic effectiveness and the interpretation of clinical evidence. She aims to make complex medical research accessible while clearly distinguishing promising findings from established clinical results.