Berlin Cures takes next step in battle against Long COVID
Collaboration with Uniklinikum Erlangen as 5th German research center
Berlin, Germany, 10 October 2023
Berlin Cures, a biotechnology firm specializing in the neutralization of functional autoantibodies (fAABs), is extending its collaboration with Uniklinikum Erlangen in the fight against Long COVID. As of 1 October 2023, Uniklinikum Erlangen, a recognized Long COVID research center, is participating in Berlin Cures' approval-relevant Phase II clinical trial (trial name: BLOC; placebo-controlled, 3 arms with 114 patients total), making it the fifth actively recruiting trial center in Germany, with more anticipated to follow.
This partnership represents a significant step forward in the
development of BC 007, Berlin Cures’ leading drug candidate for
treating Long COVID and other autoimmune diseases. The compound
specifically targets and neutralizes harmful fAABs, representing
a potential therapeutic strategy for various diseases associated
with functional autoantibodies. As an accredited research center
for Long COVID, Uniklinikum Erlangen will help Berlin Cures
compile significant data on the efficacy and safety of BC 007
for patients with Long COVID. A successful completion will
create a pathway to a comprehensive Phase III trial, essential
for BC 007’s approval. Berlin Cures anticipates initial results
from the Phase II trial in 2024.
Uniklinikum Erlangen's involvement in the Phase II trial BLOC is
only one part of the collaboration. In addition, as of 1 October
2023 Berlin Cures is providing Uniklinikum Erlangen’s with BC
007 to conduct its own Phase II clinical trial, named reCOVer,
with 30 patients. This initiative follows on from Uniklinikum
Erlangen’s earlier Long COVID trials, in which BC 007 was used
to neutralize fAABs. The independent study, backed by the German
Federal Ministry of Education and Research (BMBF), will allow
Uniklinikum Erlangen to continue its research into the molecular
mechanisms underlying Long COVID to further advance the
understanding of this complex disease.
Oliver von Stein, CEO of Berlin Cures, expressed, "We are delighted to have Uniklinikum Erlangen, and its
esteemed researchers and medical professionals, join us in our
Phase II clinical trial BLOC. With their extensive experience
and a substantial pool of potential study participants we can
accelerate the discovery of a definitive treatment for Long
COVID.”
PD Dr. Dr. Bettina Hohberger of Uniklinikum Erlangen and lead
investigator of the reCOVer study stated, "After witnessing the initial positive outcomes with the BC
007 aptamer in 2021, we are excited to conduct the
BMBF-supported investigator-initiated study, reCOVer. This study
aims to produce preliminary data on the action mechanism of
functional autoantibodies and includes our independent Phase II
clinical trial with BC 007 in Erlangen. Additionally, we are
thrilled to be part of Berlin Cures' Phase II clinical trial,
BLOC.”
About Berlin Cures:
The
Berlin Cures team has dedicated over two decades to the research
of functional autoantibodies (fAABs) and has successfully
identified a molecule capable of effectively neutralizing these.
Promising preclinical results have been observed for BC 007. It
was found effective in fAAB-positive healthy volunteers during
the Phase I study and in heart failure patients in a Phase IIa
study. Its potential against Long COVID is indicated by lab data
generated using sera from Long COVID patients, and four case
studies. By potentially tackling the root cause of
fAAB-associated diseases, this platform biotechnology signifies
a pioneering approach in therapeutics. With this unique
biotechnology, Berlin Cures emerges as one of the pioneering
entities committed to addressing this critical issue at its
core.
Since June 2023, Berlin Cures has been
conducting a Phase II clinical study of BC 007 for Long COVID,
an acute and rapidly escalating global health issue. The study
aims to provide meaningful and robust results regarding the
efficacy and tolerability of BC 007 in patients suffering from
Long COVID.