8-K – Current report

On October 2, 2014 Heat Biologics reported that it has dosed the ninth and final patient required in the Phase 1 portion of its Phase 1/2 clinical study for Vesigenurtacel-L (HS-410) in patients with high-risk non-muscle invasive bladder cancer (Filing 8-K , Heat Biologics, OCT 2, 2014, View Source [SID:1234500780]). The Company expects to commence the Phase 2 portion of the bladder cancer clinical trial during the fourth quarter of 2014.

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Melissa Price, Ph.D., Heat’s Vice President of Clinical and Regulatory Affairs commented, "I am pleased we have met our study timeline objectives for the Phase 1 dosing to enable us to advance to Phase 2. Most importantly, there have been no reported serious adverse events related to our vaccine. We are on track to begin Phase 2 a full quarter sooner that originally reported."

Heat recently modified the Phase 1/2 Vesigenurtacel-L study treatment regimen to include a more robust dose-response analysis and the expedited advancement into Phase 2 trials following completed enrollment of a single cohort of Phase 1 data.

"Heat’s clinical team and principal investigators are now in a position to quickly progress Vesigenurtacel-L into Phase 2 enrollment," said Jeff Wolf, Chief Executive Officer. "The initiation of the Phase 2 dosing will provide Heat and its stakeholders with much awaited key data on top-line recurrence-free survival for our ImPACT bladder cancer vaccine even earlier than we anticipated. We believe this accelerated timeline has the potential to benefit high-risk patients with non-muscle invasive bladder cancer and brings us one step closer to providing a much needed viable treatment option."

Patient enrollment and dosing in the Vesigenurtacel-L Phase 2 study for the treatment of bladder cancer is expected to be completed in the third quarter of 2015. Heat then anticipates reporting top-line recurrence-free survival results in the third quarter of 2016 after the protocol’s twelve-month patient observation period ends.

For patients and physicians interested in enrollment information for the Phase 2 portion of the study of Vesigenurtacel-L in patients with high-risk non-muscle invasive bladder cancer, please visit clinicaltrials.gov and use Identifier NCT02010203.

Lilly to Discontinue Development of Tabalumab Based on Efficacy Results in Phase 3 Lupus Studies

On October 2, 2014 Eli Lilly reproted that it will discontinue development of tabalumab, being studied for the treatment of systemic lupus erythematosus (SLE, commonly known as lupus), due to insufficient efficacy in two pivotal Phase 3 trials. The decision was not based on safety concerns (Press release Eli Lilly, OCT 2, 2014, View Source [SID:1234500889]).

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In the ILLUMINATE 1 study, tabalumab did not achieve the primary endpoint, at either dose studied, of statistically significant improvement on SRI-5 (SLE Responder Index-5, a measurement of lupus disease activity and response), compared to standard of care therapy. In ILLUMINATE 2, the higher dose of tabalumab met this endpoint, the first time a lupus study has achieved this efficacy measure as a primary endpoint in a Phase 3 trial. Collectively, the data from these studies did not meet expectations for efficacy in the context of existing treatments. The overall safety profile showed a similar frequency of adverse events in patients treated with either tabalumab or standard of care. Lilly intends to submit these data for disclosure in appropriate upcoming scientific venues.

Given the overall efficacy results from these two pivotal Phase 3 studies, Lilly will not move forward with submissions to global regulators. Lilly will work with investigators to appropriately conclude these studies in the interest of patient safety.

"Although we were pleased that tabalumab met the criteria for statistically significant improvement in the SRI-5 endpoint in one of our trials, we are nonetheless disappointed that the overall results did not meaningfully improve the condition of the patients in these studies," said J. Anthony Ware, M.D., Senior Vice President, Product Development, Lilly Bio-Medicines. "The ILLUMINATE trials are the largest Phase 3 clinical studies in lupus to date, and we are hopeful that our contribution of the extensive data from these studies will advance knowledge to enhance treatment in this devastating illness. Lilly remains committed to developing potential new medicines for the treatment of autoimmune conditions, including lupus."

The decision to discontinue development of tabalumab for lupus is expected to result in a third-quarter charge to research and development expense of up to $75 million (pretax), or approximately $0.04 – $0.05 per share (after-tax).

Servier new research partnership with the Walter and Eliza Hall Institute to target Achilles’ heel of many cancers

On October 2, 2014 Servier reported a collaborative partnership with the Walter and Eliza Hall Institute to facilitate the development of new agents that could be effective in treating several types of cancer, particularly blood cancers (Press release, Servier, OCT 2, 2014, View Source [SID:1234508831]).

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A research team at the Walter and Eliza Hall Institute, led by Associate Professor Guillaume Lessene, will test in preclinical models how cancer cells respond to treatment with the Mcl-1-inhibitory BH3-mimetics discovered by the Servier – Vernalis collaboration. The results will indicate whether this new class of research compounds could be useful in the future for treating people with cancer, and which types of cancer the compounds would be most effective against.

"Mcl-1 is a promising therapeutic target for many types of cancer. There is a considerable body of experimental evidence pinpointing Mcl-1 as the Achilles’ heel for many cancers, particularly blood cancers," said Associate Professor Lessene at the Walter and Eliza Hall Institute. "Institute researchers made the initial discovery explaining how Bcl-2 played a role in cancer more than 20 years ago. We have been at the forefront of research revealing how the Bcl-2 family promotes cancer development and treatment resistance and have provided considerable experience in evaluating and developing potential anti-cancer agents, including BH3-mimetics."

Jean-Pierre Abastado, Head of the Oncology Pole and Olivier Geneste, Director of Apoptosis Programs at Servier said: "the discovery of research compounds inhibiting selectively Mcl-1 reflects a long term commitment to drug discovery research targeting the Bcl-2 family of inhibitors of apoptosis. We are convinced that our collaboration with the Walter and Eliza Hall Institute will generate critical data and ideas helping the development of our anti Mcl-1 drug candidates and that our joint research efforts will facilitate bringing a highly innovative treatment to cancer patients."

Prima BioMed Announces Strategic Acquisition of Immutep SA

On October 2, 2014 Prima BioMed reported that it has reached an agreement to acquire Immutep SA ("Immutep"), a late stage privately owned biopharmaceutical company in the rapidly growing field of immuno-oncology ("Acquisition") (Press release, Prima Biomed, OCT 2, 2014, View Source [SID1234507308]). Prima will pay consideration of up to approximately US$28 M through a combination of cash, shares and warrants subject to the achievement of certain performance milestones. The transaction is to be funded via an investment agreement with Bergen Global Opportunity Fund, LP ("Bergen").

Immutep has been developing a number of complementary types of cancer immunotherapies based on its patented Lymphocyte Activation Gene 3 (LAG-3) technology. Its lead product IMP321 has been tested in various clinical trials to date, both alone and in combination with other therapies. Immutep holds the world-wide rights (excluding China and Taiwan) to commercialise IMP321. This includes trials in chemo-immunotherapy, a combination of immunotherapy and chemotherapy which significantly enhances patients’ immune response to cancers.

Lucy Turnbull, Chair of Prima BioMed, said: "This is the most significant announcement in Prima’s history. It is the result of a long and diligent search process led by new Chief Executive Marc Voigt as part of our business development program. It considerably strengthens our position in immuno-oncology, which is forecast to grow to a US$35B industry by 20231."
"It significantly expands our clinical development product portfolio to other categories of immunotherapies beyond cancer vaccines, which includes our current lead product CVacTM. It also provides us with partnerships with several of the world’s largest pharmaceutical companies," she said.

Immutep’s development partnerships, which will provide future milestone payments and royalties to Prima, include:
* IMP321: a Phase II chemo-immunotherapy trial combining IMP321 with first line chemotherapy for metastatic breast cancer ("MBC") in partnership with Chinese pharma company Eddingpharm. Eddingpharm has exclusively sub-licensed IMP321 for development in China, Hong Kong, Macau and Taiwan and this could result in undisclosed milestone payments and royalties. Prima will take over responsibility for the development of IMP321 in the rest of the world;
* IMP731: a Phase I clinical trial program in auto-immune diseases in partnership with GlaxoSmithKline ("GSK") with potential milestone payments of up to approx. US$100m and additional royalties;
* IMP701: an immune checkpoint blocker pre-clinical program in cancer immunotherapy partnered with CoStim (Novartis). Financial details are undisclosed but include milestone payments and royalties.

In addition, Immutep currently generates modest revenues from commercial sales of LAG-3 research reagents.
The completed Phase II trial of IMP321 in MBC demonstrated a doubling of the tumour response rate in 30 patients treated with chemo-immunotherapy versus chemotherapy alone. Planning for a new Phase II clinical trial program with IMP321 in chemoimmunotherapy or in other combinations will commence following completion of the transaction.

Marc Voigt, Chief Executive of Prima, said: "This presents a major opportunity to grow and strengthen the Company. It provides Prima with a diverse pipeline of early- and mid-stage development candidates and the opportunity to develop other pre-clinical candidates. This is based on a technology which has been endorsed by several major pharmaceutical companies. Through strategic partnerships with these companies we also now have potential near term and future revenue streams with no development cost to Prima."

"Through this transaction, combining experience of personalised cancer therapy at Prima Biomed with the immunotherapy innovation and expertise of novel cancer targets at Immutep, Prima steps to the forefront of cancer immunotherapy development, including mono-therapy and combined approaches. This is a very exciting prospect," he said.

Immutep has a R&D laboratory outside Paris, France where additional research projects for its LAG-3 technology are being explored. Immutep has 11 patent families covering its technology which are all exclusively licensed or owned, with one jointly owned with the Institut National de la Santé et de la Recherche Médicale ("INSERM"), a major French public health research organisation.
John Hawken, Chief Executive of Immutep said: "I have every confidence in the Prima team and it gives me great personal satisfaction to hand over Immutep to Marc and his colleagues."

Immutep’s founder and Scientific and Medical Director, Professor Frédéric Triebel will join Prima as its Chief Scientific Officer, along with his scientific team, to oversee the LAG-3 development program and to advise on the ongoing development of CVac. Professor Triebel, an eminent scientist in cancer immunotherapy, originally developed the LAG-3 technology in collaboration with the Institut Gustave Roussy (IGR), one of the world’s leading cancer-research institutes based in Paris, and Merck Serono. He was Professor of Immunology at Paris University and a Director of an INSERM Research Unit from 1991-1996 prior to founding Immutep in 2001.
Commenting on the transaction, Prof. Triebel said: "The team is very excited about joining Prima. We believe that the combination of therapies targeting different tumour escape mechanisms is about to change the way we treat a complex disease such as cancer. In immuno-oncology combination is key."

Acquisition funding
The total consideration of up to approximately US$28 M will be funded with:
* up to US$18 M in cash, partly based on the achievement of key milestones;
* the issue of Prima Ordinary Shares totalling approximately US$3 M and based on a VWAP calculation; and
* the issue of 200 M warrants equating to a consideration value of approximately US$7 M
In order to fund the acquisition and provide ongoing working capital, Prima has secured an investment agreement with Bergen Global Opportunity Fund, LP ("Bergen"), a New York institutional investor managed by Bergen Asset Management for up to US$37.4 M over a 24-month period (the "Funding"). Details of the Funding are set out in a separate announcement lodged with the ASX simultaneously with this announcement.

The Acquisition is conditional on obtaining shareholder approval at the Company’s AGM for an increase in its share placement capacity in order to fund the Acquisition.

About Immunotherapy and LAG-3/IMP321
Immunotherapy is a process whereby a disease such as cancer is treated by either activating or suppressing components of the immune system to generate a response. LAG-3, or Lymphocyte Activation Gene 3, is able to stimulate and in other cases inhibit an immune response, through involvement in a number of immune pathways.
Immutep’s lead product IMP321 (a LAG-3Ig fusion protein) works by binding to a receptor on antigen presenting cells (APC’s) such as dendritic cells to activate them. The APC’s are important for showing cancer antigens to T cells and activating them to destroy cancer cells. IMP321 is a first-in-class APC activator.
Immutep’s other products include IMP701, an antagonist antibody that acts to stimulate T cell proliferation in cancer patients, licensed to CoStim (Novartis) and IMP731, a depleting antibody that removes T cells involved in autoimmunity, licensed to GSK. In addition, there is the potential for a number of other products coming out of the company’s research efforts.

Ignyta Secures $31 Million Term Loan Facility from Silicon Valley Bank

On October 1, 2014 Ignyta reported that it has secured a $31 million term loan facility from Silicon Valley Bank (Press release Ignyta, OCT 1, 2014, View Source [SID:1234500806]). Under the loan facility, the company received initial funding of $21 million, approximately $11 million of which was used to repay the company’s existing loan with Silicon Valley Bank, and has a conditional option to receive an additional $10 million.

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"This loan facility strengthens our balance sheet as we aggressively expand the clinical development of our highly promising lead program, RXDX-101, and continue the development of the rest of our precision medicine oncology pipeline," said Jonathan Lim, M.D., Chairman and CEO of Ignyta. "We appreciate the support Silicon Valley Bank has provided to us as we have grown."

The loan agreement, in addition to customary conditions, provides that the second tranche of $10 million may be drawn down by Ignyta at any time prior to September 30, 2015, provided that Ignyta has initiated the Phase IIa portion of the ongoing STARTRK-1 Phase I/IIa clinical study of its lead product candidate RXDX-101.

Ignyta will be required to pay interest on borrowings at the fixed, per-annum rate of 8.56% on a monthly basis through October 31, 2015. Thereafter, the company will be required to repay the principal plus interest in 30 equal monthly installments. The number of months of interest-only payments and the number of months over which the principal will be amortized will each be increased by six months if the second tranche has been drawn down or the company has raised sufficient funds through the offering of its capital stock, in each case prior to October 31, 2015.