Starving tumors by blocking glutamine uptake

On March 17, 2021 Scientists at Sanford Burnham Prebys Medical Discovery Institute reported that have identified a drug candidate that blocks the uptake of glutamine, a key food source for many tumors, and slows the growth of melanoma. The drug is a small molecule that targets a glutamine transporter, SLC1A5, which pumps the nutrient into cancer cells—offering a promising new approach for treating melanoma and other cancers. The study was published in the journal Molecular Cancer Therapeutics.

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"While great strides have been made recently in the treatment of melanoma, many patients’ tumors become resistant to therapy, and this has become a major obstacle in the successful treatment of the disease," says Ze’ev Ronai, Ph.D., director of the National Cancer Institute (NCI)-designated Cancer Center at Sanford Burnham Prebys and senior author of the study. "This study describes a promising compound that selectively targets the uptake of glutamine, an amino acid nutrient that tumors rely on for survival. We are hopeful this drug will fill an unmet medical need for people living with this deadly cancer."

More than 7,000 people die from melanoma each year in the U.S., according to the American Cancer Society, and cases continue to increase annually. In the past decade, immunotherapy and personalized treatments have extended survival times for many patients. However, because of the high incidence of cancer recurrence, scientists are increasingly focused on therapeutic strategies to prevent relapse and increase overall survival.

"This is a very important study because many targeted drugs for melanoma treatment have been significantly hindered by the rapid development of treatment resistance, sometimes as quickly as within several months. While immunotherapy approaches are promising, they are only effective in a subset of patients, and treatment resistance can also develop in this setting as well," says M. Celeste Simon, Ph.D., Arthur H. Rubenstein, MBBCh Professor in the department of Cell and Developmental Biology and scientific director of the Abramson Family Cancer Research Institute at the Perelman School of Medicine at the University of Pennsylvania. "The drug candidate identified in Dr. Ronai’s study offers an exciting new therapeutic approach for treating tumors addicted to glutamine, which includes a long list of human cancers, and will hopefully lengthen the amount of time that people with melanoma respond to available treatments."

Blocking the tumor’s food supply

Researchers know that rapidly growing tumors are able to reprogram their metabolism to generate extra energy to survive and grow. Tumors often achieve this by pumping increasing levels of the amino acid glutamine into their cells, primarily through a pump called SLC1A5. As a result, cancer researchers are working to find drugs that block SLC1A5 and reduce glutamine levels.

In the study, Ronai and his team set out to identify drug(s) that can inhibit glutamine uptake. Working in collaboration with researchers at the Institute’s Conrad Prebys Center for Chemical Genomics, the scientists screened 7,000 diverse compounds for their ability to interfere with SLC1A5. This work identified about 20 hits, or promising options, and one was selected based on its superior ability to prevent SLC1A5 from reaching the cell membrane. This drug candidate, IMD-0354, inhibited tumor growth in both cell culture and in mice with melanoma.

"Our study shows that targeting SLC1A5, which stops glutamine from ever entering the cell in the first place, is an effective way to slow cancer cell growth," says Yongmei Feng, Ph.D., staff scientist in the Ronai lab at Sanford Burnham Prebys and first author of the study. "Because many tumor types are dependent upon glutamine for survival, this drug may be able to treat many different types of cancers."

As a next step, Ronai and his team will further refine IMD-0354, with a focus on improving biophysical properties that will help accelerate preclinical evaluation of the drug candidate.

Additional study authors include Gaurav Pathria, Susanne Heynen-Genel, Michael Jackson, Brian James, Jun Yin and David A. Scott of Sanford Burnham Prebys. The study’s DOI is 10.1158/1535-7163.MCT-20-0354.

Research reported in this press release was supported by the National Institutes of Health (NIH) (R35CA197465, P30CA030199), the Department of Defense (DoD) (CA1810216), and the Melanoma Research Alliance (509524).

PerkinElmer Further Expands Industry-Leading Signals™ Informatics Capabilities in Biologics Drug Discovery

On March 17, 2021 PerkinElmer, Inc., a global leader committed to innovating for a healthier world, reported its industry-leading documentation, workflow and decision making Signals informatics platform is being expanded to build on existing capabilities in the biologics drug discovery space (Press release, PerkinElmer, MAR 17, 2021, View Source [SID1234576892]). This comes through a collaboration with Insightful Science, a software company serving the global life sciences community.

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With the collaboration, pharmaceutical and academic research teams can bring together the power of the PerkinElmer Signals platform with leading solutions from Insightful Science’s Bioinformatics division. This includes the popular SnapGene and Geneious Prime software offerings that help molecular biologists design and execute DNA construct design, molecular cloning and other kinds of molecular biology research. The integration will give scientists the ability to access and compare data across experiments and instruments and collaborate more intuitively. They can also replicate assays and experiments instantly, leading to faster time-to-result and more informed decision making on drug and vaccine targets.

"There is a limited availability of IT tools in the biologics space," said Kevin Willoe, VP and GM of PerkinElmer, Informatics. "Through our collaboration with Insightful Science, we’re able to provide enhanced informatics capabilities to scientists doing vital biologics and vaccine research. This will help significantly reduce cycle times for researchers and aid them in making data-driven decisions faster and more accurately – important capabilities when fighting foes like cancer, cardio, neurological and viral diseases."

"The integration of best-in-class scientific software with cloud-based data platforms is increasingly essential for modern pharmaceutical and biotech enterprises to streamline research and ensure the integrity of valuable data," added Brett Ammundsen, CEO Bioinformatics at Insightful Science. "The combination of SnapGene and Geneious Prime software with the PerkinElmer Signals platform powerfully enhances research workflows and enriches collaboration. Ultimately this will better connect scientists to their ideas and data, so they can focus on producing life-changing outcomes."

Oxurion NV Business and Financial Update – FY 2020

On March 17, 2021 Oxurion NV (Euronext Brussels: OXUR), a biopharmaceutical company developing next generation standard-of-care ophthalmic therapies, with an initial focus on diabetic macular edema (DME), reported its business and financial update for the twelve-month period ending December 31, 2020 (Press release, Oxurion, MAR 17, 2021, View Source [SID1234576874]).

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Oxurion is focused on developing an industry leading DME franchise based on novel therapies. These new drug candidates, which have novel modes of action, largely independent of anti-VEGF pathways, have been designed to improve visual outcomes for all DME patients and to deliver other important clinical benefits.

DME is a significant and growing global healthcare problem and the major cause of vision loss in persons with diabetes worldwide. Global prevalence of DME is estimated to be 28 million people in 2019.1 The current market value for DME treatments globally is estimated to be approximately $4.5 billion.

The Company is advancing its pipeline of innovative clinical drug candidates for treating DME. Oxurion’s clinical development pipeline consists of two novel product candidates with different and complementary modes of action:

THR-149 is a potential first in class plasma kallikrein inhibitor with the possibility to become the treatment of choice for DME patients who respond sub-optimally to anti-VEGF therapy.

THR-687 is a potential best in class small molecule pan-RGD integrin antagonist being developed to treat DME with the possibility to become the standard of care for most DME patients.
By advancing both of these exciting new drug candidates, with differentiated modes of action, Oxurion expects to bring much needed innovation and improved clinical outcomes to patients with DME.

Beyond DME, THR-687 also has development possibilities in additional vascular retinal disorders including for wet Age-related Macular Degeneration (wet AMD) and retinal vein occlusion (RVO), thereby potentially allowing the Company to tap into a broader therapeutic market with a current combined estimated annual value of $12 billion.

Patrik De Haes, M.D., CEO of Oxurion, commented:

"The last 12 months have seen further important progress towards Oxurion’s goal of building the industry leading DME franchise based on bringing much needed innovation to this significant market opportunity. Over this period, we have advanced the clinical development of our lead assets and been successful in making a number of significant senior management appointments.

In September 2020, we dosed the first patients in the Phase 2 KALAHARI study of our potential first in class plasma kallikrein inhibitor THR-149. These patients with DME have sub-optimally responded to previous anti-VEGF. This two-part study is an important step in bringing THR-149 to patients and is designed to support our goal of positioning THR-149 as the treatment of choice for the large number of DME patients who have a sub-optimal response to anti-VEGF therapy. The KALAHARI study is progressing as planned, despite the widespread COVID-19 pandemic, and we anticipate announcing Part A dose selection data in mid-2021.

In 2020 we announced positive and highly promising Phase 1 results with THR-687. The data confirmed that this potential best in class pan-RGD integrin antagonist has the profile to become the standard of care for the majority of DME patients by replacing anti-VEGFs as the mainstay of DME therapy. We have carried out additional multiple dose preclinical studies to support the next phase of clinical development and remain on track to start a Phase 2 study in mid 2021. We are very excited by the potential for THR-687 given it has the possibility to be developed for other significant vascular retinal disorders including wet AMD and RVO.

We have also taken important steps to strengthen our management team. I am pleased to welcome Grace Chang, M.D. as our Chief Medical Officer, Tom Graney, C.F.A. as Chief Financial Officer, and more recently Professor Alan Stitt, Ph.D., as Chief Scientific Officer. We are delighted to be able to attract individuals with such great industry standing to Oxurion as we seek to advance our lead assets through the clinic towards commercialization and in parallel expand our pipeline of differentiated drug candidates. I am confident that we have a team that can deliver results, and with both Tom and Grace being based in the US, we are starting to build the transatlantic organization we need to deliver on our global ambition.

Oxurion remains focused on its strategy to deliver significant benefits to DME patients and other retinal vascular disorders globally as well as value to our shareholders. These goals are based on successfully advancing THR-149 and THR-687 which together have the potential to provide innovative tailored therapeutic solutions that deliver much improved clinical outcomes to all DME patients, and in the case of THR-687, also the broader market for retinal vascular disorders."

Diabetes, Diabetic Retinopathy, Diabetic Macular Edema – a global and growing health concern

Diabetic macular edema (DME) is a result of diabetes caused by fluid accumulation in the macula (central part of the retina), due to leaking blood vessels, leading to swelling of the macular area due to the increased permeability of the vessels resulting in the loss of vision.

DME is caused by another complication of diabetes, called diabetic retinopathy (DR), in which blood vessels in the eye are damaged, allowing fluid to escape. DR is the presence and characteristic evolution of typical retinal microvascular lesions in an individual with diabetes. DR is a chronic, progressive, sight-threatening, and life-altering disease, and is the leading cause of vision loss in working-age adults (20-65 years). DME can occur at any stage in the development of DR.

DR and DME are a growing public health concerns due to the rapid growth in the number of people with diabetes globally. More than one in three people living with diabetes will develop some form of DR in their lifetime, and twenty percent of those will have some vision-threatening form of the disease such as DME.

The current market value for DME treatments has been estimated to be approximately $4.5 billion. Along with the development of diabetes as a global health issue, prevalence numbers of DME are expected to raise for the foreseeable future.

Oxurion DME franchise addressing unmet medical need

The market for DME therapies is currently dominated by anti-VEGFs, which are the standard of care.

However, anti-VEGFs have been shown to deliver sub-optimal results in a significant portion of the patient population. Approximately forty percent of DME patients have an unsatisfactory visual response with anti-VEGF therapy, and in many cases anti-VEGFs fail to achieve a clinically meaningful visual improvement.

Moreover, despite the significant success of anti-VEGFs, there will always be a need from both physicians and patients for improved therapies, not only to expand treatment capabilities for the forty percent of DME patients who respond sub-optimally to anti-VGEFs, but equally to deliver:

Faster onset of action
Better therapeutic effect in terms of visual function, best corrected visual acuity (BCVA), and response rate (proportion of patients)
Longer duration of response allowing extended treatment intervals
Improved convenience of treatment through a simpler dosing regimen
The above requirements are driving the development of THR-149 and THR-687 to meet specific unmet needs in this market so that these novel compounds could become the new standard of care for patients with DME.

Oxurion’s emerging DME franchise will be based on the successful development of THR-149 and THR-687, two novel therapeutics with different validated modes of action designed for specific complementary target patient groups.

Oxurion is confident that with both THR-149 and THR-687 it has the potential to be able to provide new tailored therapeutic solutions that deliver improved clinical outcomes to all DME patients.

THR-149 – a plasma kallikrein inhibitor for treatment of DME: currently recruiting patients in Phase 2 Part A

In September 2020, Oxurion announced that the first patient had been treated in the Phase 2 KALAHARI study evaluating THR-149 for treatment of DME.

THR-149 is a novel plasma kallikrein inhibitor being developed as a potential new standard of care for the forty of DME patients who respond sub-optimally to anti-VEGF therapy.

THR-149 acts through inhibition of the plasma kallikrein-kinin (PKaI-Kinin) system, a validated target for DME.

The first part (Part A) of our Phase 2 study will evaluate 3 dose levels of multiple injections of THR-149 in patients with DME to select the optimal dosing regimen based on safety and efficacy. Initial data (from Part A) is expected in mid-2021.

In Part B of the study, planned to start in H2 2021, the dosing regimen selected in Part A will be compared to the current anti-VEGF standard of care in the form of aflibercept (Eylea) in terms of its ability to improve BCVA. Topline data from Part B is planned to become available in the first half of 2023.

A positive Phase 1 study with THR-149 showed that it:

Is well-tolerated and safe. No dose-limiting toxicities nor drug-related serious adverse events were reported at any of the dosages evaluated in the study.

Delivered promising efficacy results, particularly improvements in the patient’s BCVA. There was a rapid onset of action observed from Day 1, with an increasing average improvement in BCVA of up to 7.5 letters at Day 14.

Importantly, this activity was maintained with an average improvement in BCVA of 6.5 letters at Day 90 following a single injection of THR-149.
This novel drug candidate was generated using Bicycle Therapeutics’ Bicycles technology platform.

THR-687 – a small molecule pan-RGD integrin antagonist for the treatment of DME:

Positive Phase 1 Results with THR-687 for the treatment of DME – Phase 2 program planned to start in mid-2021

Oxurion is developing THR-687, a potential best in class pan-RGD integrin antagonist, to preserve vision in a broad range of patients with DME as first line therapy. Inhibition of integrins is a validated target in DME.

Topline data in 2020 from the Phase 1 trial showed that THR-687:

Is well-tolerated and safe with no dose-limiting toxicities. No serious adverse events were reported at any of the doses evaluated in the study.

The study also looked at efficacy including changes to the patient’s BCVA. Across all doses, a rapid onset of action as measured by mean BCVA change was observed from Day 1 with an increase of 3.1 letters, which further improved to 9.2 letters at Day 30.

This activity was maintained with a mean BCVA improvement of 8.3 letters at Day 90 following a single injection of THR-687.

A clear dose response was seen in terms of BCVA with the highest dose of THR-687 delivering a mean BCVA Improvement of 11 letters at Day 14, with a peak improvement of 12.5 letters at Day 90.

In addition, a peak mean central subfield thickness (CST) decrease of 106 µm was observed at Day 14 with the highest dose of THR-687.
Data from this positive Phase 1 study with THR-687 were presented by a leading retina expert at the Bascom Palmer Eye Institute Angiogenesis, Exudation, and Degeneration 2020 Meeting in Miami (US).

Oxurion is preparing a Phase 2 study with THR-687. The team has carried out additional multiple dose pre-clinical studies and is in the process of completing the IND (Investigational New Drug) submission ahead of the planned start of the Phase 2 study in mid-2021.

The planned Phase 2 study will be a multiple dose study in two parts, the first Part A to select the optimal dose of THR-687 and the second Part B to compare this selected dose to aflibercept. Dose selection following Part A is anticipated in the first half of 2022 with topline data from Part B planned for the second half of 2023.

Oxurion preclinical data presentation on THR-687 and dry AMD

Oxurion presented new preclinical data on THR-687 and dry AMD at the EURETINA 2020 Virtual Meeting in October 2020. The European Society of Retina Specialists (EURETINA) was established over 20 years ago and hosts the leading annual European retinal congress which now attracts over 5,000 global vitreoretinal and macular specialists.

The first presentation (title: THR-687, a potent pan-RGD integrin antagonist, holds promise as next-generation therapy for diabetic macular edema) confirmed THR-687 as a promising drug candidate for the treatment of vision-threatening retinal pathologies such as diabetic retinopathy (DR) and DME.

The second presentation (title: Characterization of the acute rat model of sodium iodate-induced dry age-related macular degeneration) reported data from a new preclinical model for testing and validation of drug candidates for different stages of dry AMD using complementary read-outs.
Details of the abstracts can be found on the EURETINA 2020 Virtual website: View Source

Oxurion Virtual R&D Day

On October 15, 2020 Oxurion held a virtual R&D day for analysts and investors, highlighting its innovative drug candidates for next generation DME therapy. This included presentations from leading KOLs on THR-149 and THR-687 clinical data and our ongoing and future clinical development strategies for these assets. The presenting KOLs were:

For THR-149: Ramin Tadayoni, M.D., Ph.D., Professor of ophthalmology at University of Paris, Head of the Ophthalmology Departments at Lariboisière, St Louis and Rothschild Foundation Hospitals in Paris, France

For THR-687: Arshad Khanani, M.D., M.A., Managing Partner, Director of Clinical Research, Director of Fellowship at Sierra Eye Associates, and Clinical Associate Professor at the University of Nevada, Reno, US.
The virtual R&D day was highly successful, attended by approximately 100 participants, mainly analysts and investors.

Key Management Appointments

Tom Graney, CFA, appointed Chief Financial Officer

In October, Oxurion announced the appointment of Tom Graney, CFA as its Chief Financial Officer (effective October 14, 2020) to succeed Dominique Vanfleteren.
He is based in Boston, MA, US.

Tom has over 25 years’ experience in senior finance, strategy and operational roles including capital raising, corporate development, and audit. Before joining Oxurion he served as CFO at Generation Bio (NASDAQ: GBIO), a non-viral gene therapy company based in Cambridge, MA, where he led all of the company’s financial operations.

Prior to joining Generation Bio, Tom was Senior Vice President (SVP) and CFO at Vertex Pharmaceuticals (NASDAQ: VRTX), one of the world’s most highly valued commercial stage biotech companies, with a multi-billion-dollar turnover. At Vertex Tom was responsible for financial strategy and operations including finance, accounting, and internal audit functions.

Prior to Vertex, he was the CFO and senior vice president, finance, and corporate strategy at Ironwood Pharmaceuticals (NASDAQ: IRWD), a commercial stage GI-focused biotech company. Before joining Ironwood, Tom spent 20 years with Johnson & Johnson, serving in various roles in the US and abroad, including being Worldwide VP of Finance and CFO of Ethicon, a major medical device company and VP and CFO of Janssen Pharmaceuticals NA, a major pharmaceutical company in North America.

Grace Chang, M.D., Ph.D. appointed Chief Medical Officer

In August, Oxurion appointed Grace Chang, M.D., Ph.D. as its Chief Medical Officer (effective August 1, 2020). She is responsible for leading the Company’s clinical programs for both THR-687 and THR-149 as Oxurion looks to build a world-leading DME franchise that could provide much improved therapeutic solutions for all DME patients.

Dr Chang is a board-certified ophthalmologist and practicing vitreoretinal surgeon with deep expertise in ophthalmic drug research and development.

Dr Chang is also currently an adjunct Clinical Associate Professor in the Department of Ophthalmology, Vitreoretinal Service at the University of Southern California in Los Angeles.

Professor Alan Stitt, Ph.D. appointed Chief Scientific Officer

Effective January 19, 2021, Professor Alan Stitt, Ph.D. was appointed Chief Scientific Officer (CSO) of Oxurion NV. This appointment follows the retirement of the former CSO Jean Feyen, PhD, who has served in this position since joining the Company in 2013. Dr. Feyen will remain available to the Company during a transition period to support Professor Stitt and the rest of the preclinical development team.

Professor Stitt is the Chair of Experimental Ophthalmology at Queen’s University of Belfast and is internationally known for his research in ophthalmology, particularly in basic science relating to the pathogenesis of retinal diseases, especially diabetic retinopathy, and age-related macular degeneration. He has also been awarded many accolades for his research including a Royal Society Merit Award, election to membership of the Royal Irish Academy (RIA) and Fellowship of the Association for Research in Vision & Ophthalmology (ARVO).

Beyond his research programs, Alan contributes significantly to the international academic community by serving on advisory boards and grant panels and has a range of editor and editorial board memberships in the ophthalmology are­­na. Going forward, Alan will continue to perform his University duties and affiliations on a part-time basis.

Other appointments

Following the tragic passing of Oxurion’s Chief Legal Officer and Corporate Secretary/Global Head of Corporate Development, Claude Sander, in December 2019, Oxurion appointed Kathleen Paisley as Chief Legal Officer and Michaël Dillen as Chief Corporate Development Officer and Corporate Secretary.

Kathleen Paisley is an accomplished lawyer with more than 25 years’ experience in major law firms practicing in Brussels, London and The Hague, including as a partner engaged in life sciences at US-based international law firms and Ambos Lawyers in Brussels. She is a US national who is qualified in New York and Washington DC, and earned her JD from the Yale Law School, as well as an MBA in Finance, Bachelor of Sciences and has passed the Certified Public Accountancy exam.

Michaël Dillen joined the Company from Mithra Pharmaceuticals SA where he was Company Secretary and Vice President of Corporate Development. Prior to Mithra, he was Senior Legal Counsel at Terumo Corporation. His experience includes corporate development, legal, regulatory, and company secretary activities, for pharmaceutical companies as well as at leading law firms. He holds law degrees from the University of Antwerp and Queen Mary University of London, and a business degree from Solvay Brussels School.

ONCURIOUS – Exciting Progress with Solid Tumor Pipeline Announced

Oncurious is developing next-generation immuno-oncology drugs targeting a broad spectrum of cancers. Oncurious is a majority owned subsidiary of Oxurion. The remainder of the shares in the company are owned by VIB, a leading life sciences research institute based in Flanders, Belgium.

Oncurious scientists, in collaboration with world-class immuno-oncology experts in T cell and endothelial cell biology – Prof. Dr. Gabriele Bergers (VIB-KU Leuven), Prof. Dr. Massimiliano Mazzone (VIB-KU Leuven) and Prof. Dr. Jo Van Ginderachter (VIB-VUB), and the drug discovery unit at VIB, are building a pipeline of proprietary investigational I-O therapies with distinct modes of action.

The team has discovered a potent and diverse panel of leads targeting human CCR8, has reached preclinical proof of concept and is entering the final lead optimization stages nearing preclinical candidate selection. Oncurious is accelerating its efforts towards initiation of preclinical development of the therapeutic antibody program in early 2021.

Oncurious’ CCR8 leads have been generated using an antibody technology platform that has been validated and used for more than a decade to generate high quality binders against G-protein coupled receptors. Molecules discovered using this technology were tested in several preclinical tumor models, and showed that targeting CCR8, depleted Tregs specifically in the tumor microenvironment and resulted in strong anti-tumor responses in monotherapy as well as in combination with anti-PD1. The treatments led to the establishment of immunological memory.

In addition to the anti-CCR8 program, Oncurious is focusing on two other programs aimed at boosting anti-tumor T cell influx and activity in immune excluded tumors. Exclusion of T cells is an immunosuppressive mechanism commonly used by cancers to evade the immune system and as such is an attractive target for new therapeutic modalities.

ONCURIOUS – Update TB-403 study in Pediatric Subjects with Medulloblastoma

Data from the Phase 1, Open-Label, Multicenter, Dose Escalation Study of TB-403 in Pediatric Subjects with Relapsed or Refractory Medulloblastoma are scheduled for presentation at the AACR (Free AACR Whitepaper) (American Association for Cancer Research) Annual Meeting on Saturday April 10, 2021.

Financial Results (unaudited)

Total revenue amounted to €2.1 million in 2020 compared to €3.9 million in 2019.

The Company reported a gross profit of €1.5 million in 2020. This compares to a gross profit of €1.7 million in 2019.

R&D expenses in 2020 were €22.1 million compared to €25.7 million in 2019. R&D expenses were mainly related to preclinical activities as well as clinical activities in THR-687 and THR-149. The 2020 figure included a milestone payment of €2.0 million related to the development of THR-149. Government grants and income from recharge of costs are deducted from the research and development expenses.

Selling and marketing expenses were €3.3 million in 2020. This compares to €7.0 million in 2019.

General and administrative expenses decreased from €6.3 million in 2019 to €5.5 million in 2020.

In 2020, Oxurion made a loss for the year of €28.6 million, compared to a loss for the year in 2019 of €52.1 million resulting in negative diluted earnings per share of €0.75 euro in 2020 versus €1.36 euro in 2019.

The Oxurion cash position (including investments) at the end of 2020 amounted to €24.8 million. This compares to €52.9 million (including investments) at the end of 2019.

Oxurion believes that its cash position will allow it to execute on its business plans through the end of Q3 2021 given the cost reductions it has made. The Company is therefore in advanced discussions with potential investors and other sources of capital to secure the necessary funding to deliver on its further plans, as well as continuing to manage its cash position carefully.

The financial results included in this press release remain unaudited. Audited financial results and the Annual Report 2020 for the period ending December 31, 2020, will be published by April 5, 2021, on the Company’s website.

Evotec SE to announce results for fiscal year 2020 on 25 March 2021

On March 17, 2021 Evotec SE (Frankfurt Stock Exchange: EVT, MDAX/TecDAX, ISIN: DE0005664809) reported that it will announce its financial results for 2020 on Thursday, 25 March 2021 (Press release, Evotec, MAR 17, 2021, View Source;announcements/press-releases/p/evotec-se-to-announce-results-for-fiscal-year-2020-on-25-march-2021-6034 [SID1234576846]).

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The Company is going to hold a conference call to discuss the results as well as to provide an update on its performance. The conference call will be held in English.

Conference call details

Date: Thursday, 25 March 2021
Time: 02.00 pm CET (09.00 am EDT, 01.00 pm GMT)

111, Inc. Enters into First-Ever Strategic Partnership with BeiGene

On March 17, 2021 111, Inc. ("111" or the "Company") (Nasdaq: YI), a leading tech-enabled healthcare platform company committed to digitally connecting patients with medicine and healthcare services in China, reported it has entered into a strategic cooperation agreement with BeiGene, Ltd. (NASDAQ:BGNE; HKEX:06160), a commercial-stage biotechnology company focused on developing and commercializing innovative medicines worldwide (Press release, BeiGene, MAR 17, 2021, View Source [SID1234576828]).

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BeiGene currently markets two internally discovered oncology medicines in China: BTK inhibitor, BRUKINSA (zanubrutinib), and anti-PD-1 antibody, tislelizumab. It also markets or plans to market in China additional oncology products licensed from Amgen Inc., Celgene Logistics Sàrl, a Bristol Myers Squibb (BMS) company, and EUSA Pharma.

Cancer is the leading cause of death in China, and the number of cancer patients is on the rise. According to data from the International Agency for Research on Cancer (IARC) of the World Health Organization (WHO), in 2020, 4.6 million new cases of cancers were diagnosed in China, accounting for 23.7% of the world’s total cases, and there were 3 million cancer deaths in the country, accounting for 30% of the world’s total. Meanwhile, cancer treatment resources are mostly concentrated in China’s first- and second-tier cities. Therefore, the current challenge in the treatment of cancer in China lies not only in the availability of safe and efficacious drugs, but also in the fact that a large number of cancer patients in the country face the unfortunate situation of needing to seek both immediate medical treatment and long-term follow-up care outside of their local communities.

Answering the urgent call to make cancer care more efficient and patient-friendly in China, the two companies will cooperate around a "Internet + Medicine & Healthcare" model, leveraging 111’s Internet hospital, smart supply chain network, data-driven AI solutions, such as digital advertising, and online and offline direct-to-patient (DTP) delivery of medicines to create an unique oncology management platform. The platform will further empower doctors to improve the efficiency of patient management, especially for patients outside of the hospital, and will not only extend their service cycles, but also expand their service radius. At the same time, through this efficient and convenient doctor-patient communication platform, it will be possible to provide patients with a digital, one-stop service for medical care and medicine, improving the accessibility of BeiGene’s innovative oncology drugs.

According to Dr. Wu Xiaobin, president of BeiGene, the Internet+ model will be a catalyst for driving innovation in oncology, and he hopes that this partnership with 111 will enable BeiGene to further its innovative goals through the wings of digitization. By leveraging the power of the Internet, BeiGene will be able to bring its innovative drugs and services to more patients nationwide.

Ms. Wu Qingyi, Chief Commercial Officer of BeiGene Greater China, said, "In order to further promote the commercialization of oncology innovative drugs, we hope to use 111’s industry leading technology and digital service to establish the "last mile" delivery of oncology disease medical services in China. This will allow us to provide more high-quality innovative medicines and improve the accessibility of our medical resources to patients in China."

Dr. Yu Gang, Co-founder and Executive Chairman of 111, Inc., commented, "We are excited to partner with a leading company specializing in the development of innovative therapies in oncology. Both inside and outside of China, traditional pharmaceutical product marketing mainly targets clinicians, with relatively little attention devoted to end patients. However, in the era of digital healthcare services, and through the empowerment of the Internet, pharmaceutical companies can now deliver "patient-centered" care by prioritizing the needs of the patients. With the Internet’s ability to transcend the boundaries of time and geography, it can help doctors establish truly integrated online and offline disease management services throughout the patient care continuum – from diagnosis to treatment to post treatment follow-up care. We are confident that, by relying on our comprehensive digital "medical care + medicine" platform, 111 can help expand the commercial reach of BeiGene’s innovative oncology drugs as well as advance the adaption of innovative medical service models in China."

111’s strategically located, technology-driven fulfillment centers currently serve more than 300,000 pharmacies in China that comprise its online and offline integrated virtual pharmacy network, empowering the Company’s ability to offer 24-hour delivery in most major cities and 72-hour delivery nationwide.