Nido Biosciences Shuts Down Following Phase 2 Trial Disappointment in Kennedy's Disease

NoahAI News ·
Nido Biosciences Shuts Down Following Phase 2 Trial Disappointment in Kennedy's Disease

Nido Biosciences, a promising neuro-focused biotech startup, has announced its closure after a disappointing phase 2 clinical trial for its lead candidate targeting Kennedy's disease. The company, which emerged in 2023 with substantial financial backing, will wind down operations in early 2026, marking a setback in the pursuit of treatments for rare neurological disorders.

Trial Failure Leads to Company Closure

Nido's lead asset, NIDO-361, failed to show significant efficacy in a global phase 2 trial for Kennedy's disease, also known as spinal and bulbar muscular atrophy (SBMA). The small molecule drug was designed to correct transcriptional dysregulation and restore healthy cell function in patients with this rare inherited neuromuscular disorder.

CEO Jeremy Springhorn, Ph.D., expressed the difficulty of this outcome in a LinkedIn post, particularly noting the dashed hopes for SBMA patients and their families. The closure will affect "just a handful of employees," according to a company spokesperson.

A Promising Start Cut Short

Founded in 2020 as part of 5AM Ventures' 4:59 Initiative, Nido Biosciences made its public debut in 2023 with an impressive $109 million in funding. The company garnered support from pharmaceutical giant Eli Lilly and biotech venture capital firm Bioluminescence Ventures, among others.

At its launch, Nido also highlighted an unnamed program targeting a novel mechanism with potential applications across neurodegenerative and peripheral inflammatory diseases. The company's approach was built on a functional genomics discovery platform using human cell lines to identify new therapeutic targets for conditions such as amyotrophic lateral sclerosis and frontotemporal disorders.

Implications for Rare Disease Research

The closure of Nido Biosciences underscores the challenges faced by biotechnology companies focused on rare diseases. Despite initial promise and substantial financial backing, the failure of NIDO-361 in clinical trials highlights the high-risk nature of drug development, particularly in the field of neurological disorders.

As the company prepares to fully shutter in early 2026, the broader implications for research into Kennedy's disease and related neurological conditions remain to be seen. The setback may prompt a reevaluation of approaches to treating these rare disorders within the pharmaceutical industry.

References