Lario Therapeutics Receives $2.4 Million Grant for Innovative CNS Drug Development

Lario Therapeutics Awarded $2.4 Million for CNS Disorders Research



In an impressive stride toward advancing neurological medicine, Lario Therapeutics has recently been the recipient of $2.4 million in grant funding from The Michael J. Fox Foundation for Parkinson's Research (MJFF) and Wellcome. This grant will be allocated to the expansion of Lario's cutting-edge neuronal calcium channel drug discovery platform, which aims at treating a range of central nervous system (CNS) disorders. The biopharmaceutical company is particularly focusing on conditions such as Parkinson's disease and post-traumatic stress disorder (PTSD).

Validation of Innovative Approaches



The funding provided by these two esteemed organizations not only signifies a strong vote of confidence in Lario's innovative research but also enhances the legitimacy of its platform designed to create selective small-molecule inhibitors targeting voltage-gated neuronal calcium channels.

According to Lario Therapeutics, the MJFF grant of $1.5 million specifically supports the exploration of CaV1.3-linked Parkinson's disease biology. This particular target, CaV1.3 (encoded by the CACNA1D gene), has been recognized for its significant potential in understanding and modifying the progression of Parkinson's disease. This accolade was highlighted as part of MJFF's Targets to Therapies initiative.

Meanwhile, Wellcome has provided a $900,000 grant aimed at validating CaV2.3 as a pertinent target in addressing PTSD, which was identified via extensive research linking genetic variations in the CACNA1E gene to heightened risks of the condition.

Building a Foundation for Future Treatments



These grants build on a previous $6 million funding awarded by MJFF in 2024, which facilitated preclinical research on the potential of CaV2.3 as a disease-modifying approach for Parkinson's disease. As such, this new funding will aid in exploring its efficacy across a variety of neurological disorders.

Henning Steinhagen, the CEO of Lario Therapeutics, expressed gratitude for the ongoing support from MJFF and Wellcome. In a statement, he remarked, "Lario was founded to translate strong human genetics and neuronal biology into precision medicines for patients with severe neurological disease. The support we receive brings us closer to developing effective treatments for conditions with significant unmet needs."

Tom Otis, the Chief Scientific Officer, reinforced this sentiment by stating that the awards underscore the mounting evidence linking the dysfunction of neuronal calcium channels to the biology of various neurological and psychiatric disorders. By integrating selective small-molecule chemistry with robust target biology, Lario Therapeutics aims to establish a unique platform tailored to deliver precision therapies for patients battling epilepsy, Parkinson's disease, and PTSD.

Additionally, Lario is set to initiate IND-enabling studies for its leading CaV2.3 program, aimed at addressing severe developmental and epileptic encephalopathies (DEEs) within the coming year. This includes plans for an Investigational New Drug (IND) filing, followed by the launch of human clinical trials.

The leadership team at Lario Therapeutics will also be showcased at several high-profile industry conferences early next year, including the Bio-Neuroscience event in Amsterdam, the Sachs Annual European Life Sciences CEO Forum in Zurich, and BIO-Europe Spring in Lisbon.

Future Prospects



Originally founded in 2021 as a spin-off from Epidarex Exeed, Lario Therapeutics has rapidly progressed under the leadership of Dr. Henning Steinhagen, bolstered by a dedicated team of industry experts. As the field of neuronal calcium channel research continues to evolve, Lario is set to leverage its unique skill set and funding to pioneer advanced treatments for patients in dire need.

For those interested in following Lario Therapeutics' journey, more information can be found on their official website at lariotx.com.

Topics Health)

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