Eyenovia, Inc. | November 30, 2022
Eyenovia, Inc. a pre-commercial ophthalmic technology company developing the Optejet® delivery system for use both in combination with its own drug-device therapeutic programs for mydriasis, presbyopia and pediatric progressive myopia as well as out-licensing for additional indications, announced that the company has entered into a $15 million credit facility with the Avenue Venture Opportunities Fund, L.P. The financing is intended to support manufacturing in anticipation of a MydCombi launch and clinical supply for ongoing programs.
Per the terms of the agreement, Eyenovia received $10 million of gross proceeds at closing. The additional $5 million will be available, at the company’s option, should MydCombi™ be approved for marketing in the U.S. by the Food and Drug Administration by August 2023. The Avenue facility replaces the company’s Silicon Valley Bank facility, which was recently paid off.
“We are pleased to have the support of Avenue through this credit facility at terms which create minimal dilution as compared to a traditional equity capital raise. Together with our existing cash on-hand, we expect the additional capital provided by this facility to fund our operations through at least late 2023 or early 2024, or through value creating milestones, including the potential approval of MydCombi™ and preparations for the possible submission of a New Drug Application for our novel presbyopia treatment, MicroLine™.”
Michael Rowe, chief executive officer of Eyenovia
“We are pleased to provide this financing to Eyenovia as we believe its Optejet dispensing technology truly differentiates the company from its peers and offers great potential across a broad range of high value ophthalmic indications,” stated Chad Norman, Senior Portfolio Manager of the Avenue Venture Debt Fund.
Eyenovia’s current pro-forma unrestricted cash balance, including approximately $9.5 million of net proceeds from this facility, is approximately $25.5 million.
About Eyenovia, Inc.
Eyenovia, Inc. is an ophthalmic pharmaceutical technology company developing a pipeline of microdose array print therapeutics. Eyenovia is currently focused on the late-stage development of microdosed medications for mydriasis, presbyopia and myopia progression.
About Avenue Venture Opportunities
The Avenue Venture Debt Fund seeks to provide creative financing solutions to high-growth, venture capital-backed technology and life science companies. The Avenue Venture Debt Opportunities Fund focuses generally on companies within the underserved segment of the market created by the widening financing gap between commercial banks and larger debt funds. The Avenue Venture Debt fund is part of the larger group of funds of Avenue Capital Group. For additional information on Avenue Capital Group, which is a global investment firm with assets estimated to be approximately $12.3 billion as of October 31, 2022.
BUSINESS INSIGHTS, PHARMACY MARKET
Caris Life Sciences and Xencor | January 06, 2023
Caris Life Sciences®, a molecular science and technology company, and Xencor, Inc., a clinical-stage biopharmaceutical company, have announced that they will work more closely together to research, develop, and sell new bispecific and multispecific XmAb® antibodies.
This expanded relationship will boost the number of targets and cancer types that Caris will investigate with Caris Discovery, a proprietary multi-omics discovery engine platform. The foundation for drug candidate development on Xencor's XmAb platform will be novel targets and their accompanying validation packages.
Under the terms of the new contract, Xencor will receive worldwide commercial rights to study, develop, and market products aimed at up to three targets discovered through collaboration. In addition, Caris will get an upfront payment and may receive up to $187 million in commercial milestone payments and development. The company will also be eligible for royalties on the net sales of products commercialized as a result of the agreement, as well as future rights for molecular profiling and companion diagnostics.
Caris Discovery leverages the collective force of its unmatched platform by combining the data generated from the primary patient tissues' molecular interrogation using ADAPT™, which integrates the company's extensive catalog of molecular and clinical data.
About Caris Life Sciences
Caris Life Sciences® is a Texas-based molecular science firm revolutionizing healthcare. Its market-leading molecular profiling products analyze DNA, RNA, and proteins to produce a molecular blueprint. This plan shows how patients, doctors, and researchers can use the information to improve outcomes and save lives. The company also uses cutting-edge algorithms for artificial intelligence (AI) and machine learning (ML) to improve precision medicine.
Xencor develops modified antibodies and cytokines for cancer and autoimmune illnesses. More than 20 XmAb® candidates are in clinical development while three are sold by partners. The company’s XmAb technology modifies protein structures to create new therapeutic pathways.
BUSINESS INSIGHTS, PHARMACY MARKET
RespireRX Pharmaceuticals Inc. | December 06, 2022
RespireRx Pharmaceuticals Inc. a leader in the discovery and development of innovative and revolutionary treatments to combat diseases caused by disruption of neuronal signaling, is pleased to announce that RespireRx has been accepted into the NIH HEAL Initiative® NINDS Preclinical Screening Platform for Pain program.
The Company’s lead GABAkine, KRM-II-81, has been shown to be effective in relieving acute, chronic, and neuropathic pain in a number of models without tolerance development or sedation.
The Helping to End Addiction Long-term Initiative, or NIH HEAL Initiative, is an aggressive, trans-agency effort to speed scientific solutions to stem the national opioid public health crisis. Launched in April 2018, the initiative is focused on improving prevention and treatment strategies for opioid misuse and addiction, and enhancing pain management.
The PSPP program, part of the NIH HEAL Initiative, evaluates non-opioid assets in a battery of established preclinical models. The PSPP program accepts small molecules, biologics, devices, or natural products for evaluation, from researchers in academia and industry worldwide.
The RespireRx team is led by Dr. Arnold Lippa, RespireRx Executive Chairman and Chief Scientific Officer and Drs. James M. Cook, Jeffrey M. Witkin and Rok Cerne, all of whom are RespireRx Research Fellows in addition to their academic affiliations at University of Wisconsin-Milwaukee, Ascension St. Vincent and Indiana University/Purdue University, respectively. The team has extensive expertise in drug discovery and development including the development of novel analgesic drugs and an extensive publication record with a combined total of over 1,000 scientific publications. The team has already profiled KRM-II-81 activity in a broad range of preclinical studies where it has displayed a high degree of analgesic activity and is excited at the prospect of advancing the Companay’s lead GABAkine toward clinical development. In cellular studies, KRM-II-81 preferentially bound to specific subtypes of GABAA receptors and boosted the ability of GABA to inhibit pain sensory neurons in the spinal dorsal root ganglia. In intact animal models of acute and chronic pain, the analgesic efficacy of KRM-II-81 was comparable to or greater than commonly used analgesics. At the same time, KRM-II-81 did not display side effects such as sedation and motor impairment, but even more importantly, it did not produce tolerance, dependence, respiratory depression, or behavioral changes indicative of abuse liability, which are produced by opioid narcotics and are at the heart of the opioid epidemic.
Unrelated to the NINDS project, KRM-II-81 has also shown promising results in multiple animal models of treatment resistant epilepsy and in human translational studies by reducing epileptiform electrical signaling in brain tissue removed from treatment resistant epileptic patients undergoing surgery.
Dr. Cerne commented “We believe that the expansion of our understanding of GABAA receptor structure and function has created a new surge in the discovery and development of GABAkines that target such receptors in a unique manner. This opens the promise of improved medicines for pain, epilepsy and other disorders caused by disruption of neuronal signaling.”
“We are very excited about developing KRM-II-81 and expanding the IND enabling studies so as to begin human studies. Pending clinical validation, we believe that KRM-II-81 has the potential to represent a breakthrough treatment for pain, epilepsy, and other neuropsychiatric disorders.”
About RespireRx Pharmaceuticals Inc.
RespireRx Pharmaceuticals Inc. is a leader in the discovery and development of medicines for the treatment of psychiatric and neurological disorders, with a focus on treatments that address conditions affecting millions of people, but for which there are few or poor treatment options, including attention deficit hyperactivity disorder epilepsy, pain, recovery from spinal cord injury ertain neurological orphan diseases and obstructive sleep apnea. RespireRx is developing a pipeline of new and re-purposed drug products based on our broad patent portfolios for two drug platforms: (i) pharmaceutical cannabinoids, which include dronabinol, a synthetic form of ∆9-tetrahydrocannabinol that acts upon the nervous system’s endogenous cannabinoid receptors and (ii) neuromodulators, which include AMPAkines and GABAkines, proprietary chemical entities that positively modulate AMPA-type glutamate receptors and GABAA receptors, respectively.
The Company holds exclusive licenses and owns patents and patent applications or rights thereto for certain families of chemical compounds that claim the chemical structures and their uses in the treatment of a variety of disorders, as well as claims for novel uses of known drugs.
GABAkines. Under a License Agreement with the University of Wisconsin-Milwaukee Research Foundation, Inc. and on behalf of its EndeavourRx business unit, RespireRx has licensed rights to certain selectively acting GABAkines because of their ability to selectively amplify inhibitory neurotransmission at a highly specific, subset of GABAA receptors, thus producing a unique efficacy profile with reduced side effects. Preclinical studies have documented their efficacy in a broad array of animal models of interrelated neurological and psychiatric disorders including epilepsy, pain, anxiety, and depression in the absence of or with greatly reduced propensity to produce sedation, motor-impairment, tolerance, dependence and abuse. The Company currently is focusing on developing KRM-II-81 for the treatment of epilepsy and pain.