
Appili lands DOD money for bioterrorism vaccine; Goldfinch touts new PhII data
The US Department of Defense has selected a Nova Scotian biopharma for a $10 million grant to advance the production of its biodefense vaccine ATI-1701.
Appili Therapeutics is producing a vaccine to prevent the infection of Francisella tularensis, a top-priority biothreat and causative agent of tularemia. Francisella tularensis, a Category A pathogen, has the ability to cause lethal pneumonia and systemic infection. An aerosolized form of the agent can be more infective than anthrax, the company said in a release, and is considered to have the potential for a bioterrorism attack.
“Advancing ATI-1701 could have a transformative impact on mitigating this high risk to national security and public health,” CEO Armand Balboni said in a statement. “We look forward to continuing to advance this vaccine candidate and further strengthening our partnerships with government agencies around the world to address this urgent bioterrorism threat.”
In January, Appili announced preclinical trial results showing a survival rate of 29% in a vaccinated cohort, compared with 0% of those who received a placebo vaccination.
Boston-area biotech touts new PhII data
A Phase II trial testing Goldfinch Bio’s candidate to treat kidney disease showed positive preliminary data, with a 32% mean reduction in Urine protein/creatinine ratio.
GFB-887 is a podocyte-targeting small-molecule inhibitor for the treatment of focal segmental glomerular sclerosis, FSGS for short, and diabetic nephropathy. Preliminary results showed patients saw a significant reduction in UPCR after a 12-week treatment and that nine of the 10 treated patients experienced a reduction in UPCR, while four of the seven treated with a placebo saw an increase.
No serious side effects were found in connection to the drug, Goldfinch said.
“These preliminary results contribute to my belief that we are on the threshold of an exciting new era in the treatment of FSGS and other kidney diseases, which will be defined by targeted, patient subset-driven therapies, with potentially limited systemic side effects, and long-awaited hope for patients,” said Katherine Tuttle, an investigator on the trial. “Data suggest that incremental reductions in proteinuria can lead to clinically meaningful differences in the rate of disease progression, which may offer FSGS patients years of preserved native kidney function, delaying kidney failure and the need for dialysis or transplant.”
FSGS is a disease that can eventually cause loss of kidney function and kidney failure. There are no currently approved treatments.