Pipeline

Our research and development efforts are focused exclusively on rare genetic neurodevelopmental disorders, a group of serious diseases with few or no treatment options. Utilizing the expertise of our team and partners, our goal is to choose the best therapeutic approach for each individual disease and to advance that potential medicine as rapidly as possible.

Disease

Pre-Clinical

IND-Enabling

Phase 1/2

Disease

Pre-Clinical

IND-Enabling

Phase 1/2

WOREE/SCAR12 (WWOX Deficiency)

Presents as a severe form of epileptic encephalopathy at birth – WOREE (WWOX related epileptic encephalopathy) and a slightly less severe form which presents around the age of 10-12 months – SCAR12 (spinocerebellar ataxia 12). Both forms are characterized by refractory epilepsy, global developmental delay and cognitive impairment.

These WWOX related diseases are caused by mutations in WWOX (WW domain containing oxireductase), Inherited in an autosomal recessive or compound heterozygous manner.

Mahzi in collaboration with the Aqeilan lab at the Hebrew University, Jerusalem, is developing an AAV9 based gene replacement approach to treat these diseases.

Prof Rami Aqeilan

Hebrew University

Publications

WWOX-Related Neurodevelopmental Disorders: Models and Future Perspectives

Neonatal neuronal WWOX gene therapy rescues Wwox null phenotypes

Disease

Pre-Clinical

IND-Enabling

Phase 1/2

Pitt Hopkins (TCF4 Deficiency)

Children present with a combination of autism, developmental delays, hypotonia, ataxia, apnea/hyperventilation, gastrointestinal issues and less frequently epilepsy.

The disorder is caused by de novo mutations in TCF4, a transcription factor. In an extremely small number of cases families have more than one child affected.

Mahzi, in collaboration with the Muotri lab at UCSD, is developing an AAV9 based gene replacement approach.

Prof Alysson Muotri

UCSD

Publications

Transcription Factor 4 loss-of-function is associated with deficits in progenitor proliferation and cortical neuron content

Disease

Pre-Clinical

IND-Enabling

Phase 1/2

CHD2 Deficiency

Children present at the age of 6 months – 4 years with a combination of refractory epilepsy, global developmental delays, speech and motor delays, intellectual disability, behavioral problems, autism, photosensitivity, and regression (loss of milestones).

The disorder is caused by mutations in the CHD2 gene that provides instructions for making Chromodomain DNA Helicase Protein 2, an epigenetic regulator.

Mahzi, in collaboration with the Ulitsky lab at the Weizmann Institute of Science, Rehovot, is developing an ASO approach for the treatment of CHD2 deficiency.

Prof Igor Ulitsky

Weizmann Institute of Science

Publications

Regulation of CHD2 expression by the Chaserr long noncoding RNA gene is essential for viability

Disease

Pre-Clinical

IND-Enabling

Phase 1/2

Earlier Programs