Leriglitazone is being developed for the treatment of X-linked adrenoleukodystrophy (ALD) which presents with two main phenotypes: adrenomyeloneuropathy (AMN) and cerebral ALD (cALD). ALD is an inherited disease in which there is a build-up of fatty substances known as ‘very long chain fatty acids’ (VLCFAs) in tissues around the body, mainly in the brain and spinal cord and in the adrenal glands. The condition, which affects mostly males, is caused by abnormalities in a gene called ABCD1 which is responsible for the production of the protein needed to break down VLCFAs and prevent them from accumulating in tissues. Symptoms of the condition include behavioural problems, problems with vision, hearing and coordination, seizures (fits) and dementia. ALD is a life-threatening and long-term debilitating condition due to the progressive damage to the brain and nerves.
Leriglitazone is expected to work in patients with ALD by activating receptors called ‘PPAR gamma’, found in the mitochondria, which are components within cells that generate energy. Leriglitazone will improve the ALD pathogenic cascade by improving mitochondrial dysfunction, reducing oxidative stress and neuroinflammation, promoting demyelination and halting axonal degeneration. Hence, leriglitazone is expected to protect cells from damage and slow the progression of the disease. If licensed, leriglitazone would offer the first drug treatment option for adult ALD patients with AMN who currently have no effective therapies available.
Dulaglutide is in clinical development for the treatment of children and adolescents with type 2 diabetes mellitus (T2DM). T2DM is a lifelong condition that develops when the body becomes resistant to, or does not produce enough, insulin – a hormone produced in the pancreas. Insulin is needed for glycaemic control (controlling the amount of sugar …