Agalimmune Receives £1.2 million ($2 million) Milestone Payment
News Jun 04, 2014
Agalimmune Ltd announced today that it has received a milestone payment from Loxbridge Research LLP and Animatrix Finance Ltd following successful completion of two Phase I trials of its AlphajectTM technology in late stage cancer patients. The investment will be used to fund Agalimmune’s research into combination therapy with immune checkpoint inhibitors such as the CTLA-4, PD-1, and PD-L1 classes of compounds, as part of its supportive preclinical work packages.
The milestone payment represents continued investment into the Company, and is being made in response to the promising early clinical data from two separate Phase I trials involving twenty patients. The more recent trial, funded by the US National Institutes of Health, and performed at University of Wisconsin in Madison, WI, focused on late-stage melanoma patients. The results were reported in a poster presented at AACR, the American Association for Cancer Research conference, with a second poster presented this past week at ASCO, the American Society for Clinical Oncology conference.
Agalimmune is focused on the development of an anti-tumor injectable technology that harnesses pre-existing immunity present in all humans. Agalimmune’s Alphaject technology includes methods for treating solid tumors in such a way that the immune system actively rejects them, akin to a non-matched graft or transplant. Tumors are directly injected with the Alphaject compound, to which humans naturally have a high antibody titer. Alphaject coats the tumor cells in alpha-Gal, thereby presenting a foreign antigen to the immune system. This is thought to bring about a 'hyper-acute rejection' of the tumor, and breaks the immune tolerance shielding it from attack, allowing the immune system to both begin to destroy the tumor immediately and also over time, to confer a long-lasting protection in the form of enhanced immune surveillance. The effect is analogous to a personalized cancer vaccine, acting continuously to prevent both metastasis and recurrence. A short animation to show the mechanism of action of Alphaject can be viewed here: http://youtu.be/pIiWgQRa66o
Key findings presented in the AACR and ASCO posters were that in two of the nine patients, new melanoma-associated antigen specific T-Cells were found following treatment with Alphaject. Most significantly, also in two of nine patients, new necrosis of non-injected lesions was observed, suggesting effective systemic action of activated specific killer T-Cells, a key marker of likelihood of immune effect on survival. The posters can be viewed here: http://www.agalimmune.com/images/ZulegerCindy_AACR_2014.pdf, and http://www.agalimmune.com/images/ASCO_AlphaGal%20Poster%202014.pdf
Dr Charles Roberts, CEO of Loxbridge, commented: “We are delighted to see the Alphaject program advance. We believe that Alphaject has the potential to become an important addition to the oncologist’s arsenal in treating patients with potentially fatal solid tumors. The technology is perfectly suited to symbiotic activity with immune checkpoint blockade agents, and we are already seeing interest from a number of the developers of these drugs. I anticipate a combination trial in future with checkpoint blockade, and hope to see the synergies proven clinically.”
Mike Westby, CEO of Agalimmune, added “We are encouraged by the results of the Wisconsin trial, in which repeated Alphaject injections were safe and induced promising immune responses in a subset of these advanced patients. Immune priming is an important component of inducing a protective anti-tumor response. Alphaject is designed to induce a personalized immune priming against the patient’s own tumor; we believe therefore it can become an important component of effective immunotherapeutic combination regimens."
Targeting Epigenetic Proteins to Prevent Breast CancerNews
Researchers have discovered that epigenetic proteins promote the proliferation of mammary gland stem cells in response to the sex hormone progesterone. The study suggests that inhibiting these proteins with drugs could prevent the development of breast cancer in women at high risk of the disease.READ MORE
Targeting the Engine Room of the Cancer CellNews
Researchers at Columbia University Irving Medical Center (CUIMC) have developed a highly innovative computational framework that can support personalized cancer treatment by matching individual tumors with the drugs or drug combinations that are most likely to kill them.READ MORE
Comments | 0 ADD COMMENT
27th International Conference on Nanomedicine and Nanomaterials
Oct 18 - Oct 19, 2018