American College of Radiology (ACR) launches Contrast-Enhanced Mammography Imaging Screening Trial (CMIST) in collaboration with GE Healthcare and the Breast Cancer Research Foundation

On October 19, 2022 The American College of Radiology (ACR) reported that is set to launch the Contrast-Enhanced Mammography Imaging Screening Trial (CMIST) in collaboration with the Breast Cancer Research Foundation (BCRF) and GE Healthcare (Press release, American College of Radiology, OCT 19, 2022, View Source [SID1234622202]). The trial will determine whether contrast-enhanced mammography improves breast cancer detection and reduces false-positive exams in women with dense breasts.

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Left: Recombined image of the CEM exam showing iodine uptake, Right: Standard digital mammogram
Left: Recombined image of the CEM exam showing iodine uptake, Right: Standard digital mammogram
About 43 percent of women aged 40 to 72 have dense breasts, which can make detection of breast cancer more challenging when using mammography alone. The CMIST study seeks to determine if contrast-enhanced mammography (CEM) provides more accurate cancer detection compared to digital breast tomosynthesis (DBT) in women with dense breasts.

CEM combines mammography and vascular-based screening methods in a simple and quick procedure to highlight areas of unusual blood flow patterns that may indicate malignancy. Early studies of CEM in screening women with dense breasts have shown the potential benefit of CEM in the detection of breast cancer.

"In the fight against breast cancer, unfortunately it is all too common for women with dense breasts to face an agonizing wait for answers," says Catherine Lezy, General Manager for Mammography at GE Healthcare. "We know that CEM technology can be a game-changer in helping improve breast cancer outcomes. I’m excited that both GE Healthcare’s Senographe Pristina mammography system and SenoBright HD CEM technology, together with GE Healthcare Pharmaceutical Diagnostics contrast media will be used to further evaluate the clinical benefits of CEM. We hope that this will help clinicians feel more confident in their diagnosis and help patients get the answers they deserve."

The planned study will be managed by the American College of Radiology Center for Research and Innovation, with support from the Breast Cancer Research Foundation and GE Healthcare, under the supervision of Principal Investigator Christopher Comstock, MD, FACR, FSBI, Director of Breast Imaging Clinical Trials, Memorial Sloan Kettering Cancer Center, who said: "The CMIST Trial can help determine if contrast-enhanced mammography can provide a more sensitive and specific method for breast cancer screening in women with dense breasts, finding many cancers missed with our current methods."

"Through CMIST, we hope to gain increased understanding of the potential role of contrast mammography for women with dense breasts with the goal of developing more individualized breast imaging strategies." said Etta Pisano, MD, FACR, American College of Radiology Chief Research Officer.

"Given recent trends in the rising incidence of breast cancer, it is a key imperative to improve current diagnostic tools," said Dorraya El-Ashry, PhD, Chief Scientific Officer of the Breast Cancer Research Foundation. "We know that early detection is a key determinant of survival and improving diagnostic technology for women with dense breasts will undoubtedly save lives."

As the world observes Breast Cancer Awareness month throughout October, women are encouraged to ‘Don’t Skip’ their annual mammogram – where they can learn more about their own risk factors, including breast density, and consider the best care options with the help of their physician. Click here to learn more.

Telix Reports Third Quarter 2022 Financial Results

On October 19, 2022 Telix Pharmaceuticals Limited (ASX: TLX, Telix, the Company) reported its Appendix 4C quarterly cash flow statement and accompanying Activities Report for the quarter ended 30 September 2022 (Q3 2022) (Press release, Telix Pharmaceuticals, OCT 19, 2022, View Source [SID1234622201]). All figures are in AUD$ unless otherwise stated.[1] All figures are provided on an unaudited basis.

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Financial Summary

Telix reports total revenue of $55.3 million from global sales of Illuccix, up 168% on the previous quarter ($20.6 million, Q2 2022)
U.S. sales of Illuccix up 178% to $53.7 million (US$36.4 million) in second quarter of commercial sales ($19.3 million, Q2 2022)
Cash balance of $117.1 million; provides 21 quarters of cash runway (based on Q3 2022 burn rate)
Net operating cash outflow reduced by $20.5 million to $5.3 million, a significant reduction on the prior quarter ($25.8 million net operating cash outflow). Key factors impacting this improvement are:
Customer receipts of $44.5 million, up from $5.4 million in the previous quarter, reflecting growth in commercial sales
Q3 2022 expenditure to support commercial operations reflecting normalised operations, following one-off launch costs incurred in H1 2022
Ongoing cost-control of research and development (R&D) expenditure, aligned with product earnings growth
Capital expenditure included $1.7 million in build-out costs related to Telix’s manufacturing facility in Brussels South (Seneffe)
Commercial Activity Report

U.S. commercial update

In Q3 2022, the second quarter of commercial sales, Telix generated $53.7 million (US$36.4 million) revenue from sales of its prostate cancer imaging agent, Illuccix (kit for the preparation of gallium-68 (68Ga) gozetotide (also known as PSMA-11) injection). This represents a 178% increase on the previous quarter ($19.3 million, Q2 2022). Sales have increased steadily month on month since U.S. reimbursement – HCPCS[2] code and transitional pass-through payment status – became effective on 1 July 2022. Doses were via Telix’s distribution network, currently consisting of 179 radiopharmacies.

Mr. Kevin Richardson, CEO Telix Americas said, "We are pleased with sales momentum since the U.S. launch. Sales have continued to increase each month, and we have continued to gather pace since reimbursement came into effect on 1 July. We have quickly built a diversified customer base and continue to add new sites. Notably, the commencement of pass-through in July has opened up access to more hospital outpatient accounts, including some of the major academic centres in the U.S. that recognise Illuccix’s differentiation in terms of scheduling flexibility and clinical workflow."

Illuccix (TLX591-CDx)[3] worldwide revenue

A total of $55.3 million in revenue was generated from sales of TLX591-CDx during the quarter. Of this, $1.6 million was generated from rest of world sales, predominantly from pre-commercial sales,[4] primarily in Europe and the United Kingdom.

Commercial sales of Illuccix in Australia[5] and New Zealand[6] commenced in September 2022.

Net operating cash outflow

Net operating cash outflow was $5.3 million, reduced from $25.8 million in the previous quarter. This improvement was driven by an increase in customer receipts, in line with the growth in commercial sales, and a continued focus on cost management.

A total of $44.5 million in customer receipts was generated from sales of Illuccix. Net operating cash outflow in Q3 2022 is largely reflective of normalised operations, noting that in H1 2022 one-off costs were incurred for commercial launch in the U.S..

Product manufacturing and operating costs increased to $10.7 million, from $8.6 million in Q2 2022, due to a higher volume of sales, but have reduced as an overall percentage of sales. It should be noted that ongoing manufacturing costs pertain to building medium-term inventory to service both U.S. and global customers.

R&D expenditure remained well controlled, with $16.3 million invested in R&D, manufacturing and clinical development activities, compared to $17.4 million in Q2 2022.

Illuccix (TLX591-CDx) global regulatory and reimbursement updates

During the quarter, the Company announced it had withdrawn its marketing authorisation application (MAA) in Europe.[7] In the late stages of the review the Danish Medicines Agency (DKMA) in consultation with other European regulatory authorities, requested additional Chemistry, Manufacturing and Control (CMC) data. These requests could not be reasonably delivered within the prescribed review timeframe. The Company is assessing alternative regulatory options available for the most streamlined route to approval with a revised submission and will provide an update on anticipated timings when this assessment has been completed.

Subsequent to the quarter (14 October 2022), the Company announced that Health Canada had approved Illuccix for use in staging and re-staging intermediate and high-risk prostate cancer and localising tumour tissue in recurrent prostate cancer.[8] Illuccix is the first PSMA PET[9] imaging agent to be granted regulatory approval in Canada. This is the third key market regulatory approval for Illuccix. Illuccix will be made available in Canada to physicians and eligible patients through Telix’s partner, Isologic Innovative Radiopharmaceuticals, whose distribution network services 265 hospitals and clinics nationwide.

Also subsequent to the quarter (17 October 2022) the Company announced that Telix and its partner Grand Pharmaceutical Group Limited (Grand Pharma), had received approval from the National Medical Products Administration (NMPA) Center for Drug Evaluation (CDE) to commence a pivotal Phase III registration study that will bridge to the United States Food and Drug Administration (FDA) approval of Illuccix.[10] The study is expected to commence in Q1 2023.

Marketing authorisation applications for TLX591-CDx are under review and progressing in Brazil and South Korea. Telix currently has a temporary use (pre-approval) authorisation in the Czech Republic and Brazil.

Clinical Programs Update

Telix continues to progress its clinical pipeline, with a core focus on prostate cancer, kidney cancer, brain cancer (glioblastoma) and rare diseases (bone marrow conditioning). The Company has more than 20 clinical trials underway, including collaborative investigator-sponsored studies. Notable updates are included in this section of the activities report.

Renal cancer / CAIX program

The Company expects to report top line data from the ZIRCON Phase III study of TLX250-CDx (89Zr-DFO-girentuximab), an investigational product for the imaging of clear cell renal cell carcinoma (ccRCC) with positron emission tomography (PET) around the first week of November 2022.

The Company is preparing to launch an Expanded Access Program (EAP) to enable eligible patients to access TLX250- CDx to address unmet need and requests for access under the healthcare professional responsibility prior to marketing authorisation. This is in accordance with Telix’s Compassionate Use Policy[11] subject to jurisdictional regulatory requirements in selected countries, dependent on local regulatory requirements.

Subsequent to quarter (17 October 2022), Telix announced a collaborative development and reseller agreement with GE Healthcare to supply two of its PET imaging radiotracers (TLX250-CDx and [18F]-FLac (18F-3-fluoro-2-hydroxypropionate)) for use in third party pharmaceutical company clinical research and development activities.[12] The agreement will see these two investigational agents added to GE Healthcare’s immuno-diagnostic portfolio. GE Healthcare’s Pharmaceutical Diagnostics business is an established global supplier of PET imaging tracers to the global clinical research market. This partnership will enable these investigational imaging agents to be used more widely in third-party clinical trials, separate to Telix’s commercialisation of TLX250-CDx.

The Company also reported that the Chinese National Medical Products Administration (NMPA) Center for Drug Evaluation (CDE) approved a pivotal Phase III registration study that will bridge to Telix’s global Phase III ZIRCON trial.[13] The bridging study is required to provide "supplementary" data obtained in a Chinese population to establish that the diagnostic efficacy of this investigational product is equivalent in Chinese and Western populations. A dosimetry study enrolling 10 patients will precede the multi-centre Phase III bridging study, which is expected to enrol 100 patients. The investigational new drug (IND) application was submitted by Telix’s partner in the Greater China region, Grand Pharma.

TLX250-CDx potential for indication expansion

Positive preliminary data from two separate investigator-initiated studies in triple negative breast cancer (TNBC) ( OPALESCENCE study) and non-muscle-invasive bladder cancer (NMIBC) (PERTINENCE study), were presented at the European Association of Nuclear Medicine (EANM) Annual Congress held in Barcelona, Spain from 15-19 October 2022.[14] These studies evaluating carbonic anhydrase IX (CAIX) expression in cancers other than ccRCC, support Telix’s goal to rapidly expand the CAIX program into other indications beyond kidney cancer.

OPALESCENCE (NCT04758780) a Phase II study of TLX250-CDx is investigating how carbonic anhydrase IX (CAIX) targeting imaging with PET can be utilised for the diagnosis and staging of TNBC and its potential as a therapeutic target in this patient population. Preliminary data demonstrates the feasibility of girentuximab to target CAIX expression in TNBC. Early results suggest potential for girentuximab as an imaging agent and therapeutic in this poor prognosis disease: 83% patient lesions had a CAIX strong expression allowing TLX250-CDX immunoPET detection, showing promise for further investigation.

Based on these results, TLX250-CDx is an attractive novel investigative targeting agent for TNBC and potential alternative to biopsy and immunohistochemistry (IHC) for staging metastatic disease and targeted radioligand therapy. Should the targeting properties of this PET/CT imaging tracer be established in TNBC, Telix’s intention is to broaden future applications for lutetium-177 and actinium-225 based CAIX therapies.

PERTINENCE (NCT04897763) is an open-label, proof of concept study to evaluate safety profile, biodistribution and tumour targeting properties of TLX250-CDx given directly into the bladder in patients with NMIBC and to establish CAIX as a potential therapeutic target in this condition. Preliminary data from this feasibility, dosimetry and imaging study at Institut de Cancérologie de l’Ouest (ICO), shows encouraging tumour targeting and biodistribution with TLX250-CDx, and no systemic distribution of radiation. Based on these results, Telix’s partner ATONCO intends to progress TLX250 labelled with the alpha-emitter astatine-211 (211At) into a first-in-human Phase I targeted alpha therapy (TAT) study.

Prostate cancer / PSMA program

Telix’s PSMA-targeting ProstACT therapeutic program is evaluating the efficacy of Telix’s lutetium-177 (177Lu)-labelled therapeutic antibody (TLX591) in various stages of prostate cancer, from first recurrence to advanced metastatic disease.[15]

The ProstACT SELECT study, a "theranostic" (imaging and therapy) Phase I radiogenomics study to demonstrate the utility of Illuccix imaging to select TLX591 patients for therapy, continues to recruit well. During the quarter, a first patient was enrolled in the Phase II ProstACT TARGET study of TLX591, in patients experiencing a first recurrence of prostate-specific antigen (PSA) after initial therapy for prostate cancer.[16] The Company is progressing its manufacturing scale up and global regulatory submissions for ProstACT GLOBAL Phase III study.

The NOBLE (Nobody Left Behind) Registry continues to collect clinical data to inform the development of TLX599-CDx (99mTc-iPSMA), an investigational prostate cancer imaging agent that targets PSMA using single photon emission computed tomography (SPECT) imaging.[17] SPECT is the predominant imaging modality in many countries, including remote and rural regions. The NOBLE Registry aims to accelerate global access to advanced prostate cancer imaging where PET is not an option and is now active across eight sites globally.[18] The NOBLE Registry is funded in collaboration with the Oncidium Foundation. During the quarter two new sites in Indonesia and South Africa dosed their first patients.

Glioblastoma (brain cancer) / LAT-1 program

During the quarter Telix reported the final results from the IPAX-1 Ph I/II study of TLX101 therapy (4-L-[ 131I] iodo- phenylalanine, or 131I-IPA) in combination with external beam radiation therapy (EBRT) in recurrent glioblastoma multiforme (GBM).[19] The primary objective of the IPAX-1 study, which enrolled 10 patients (of whom 9 received the full study treatment dosing of ~2GBq (2000 MBq) was to evaluate the safety and tolerability profile of intravenous 131I-IPA administered concurrently with second line EBRT in patients with recurrent GBM.

Final data from the post-study follow-up period confirms the study has met its primary objective, demonstrating the safety and tolerability profile of TLX101 at the dosing range tested. The study also delivered encouraging preliminary efficacy data for further evaluation, demonstrating a median overall survival (OS) of 13 months from the initiation of treatment in the recurring setting, or 23 months from initial diagnosis. Given that GBM has a median survival from initial diagnosis of 12-15 months, the overall survival improvement trend seen in this patient population clearly warrants further evaluation in a larger patient population.

Telix has initiated a Phase I study, IPAX-2, to confirm safety of TLX101 as a front-line therapy in combination with standard of care treatment, ahead of progressing to a label-indicating Phase II study. In parallel, TLX101 is being investigated in the recurrent setting in the investigator-initiated IPAX-Linz Phase II study.[20]

Research, Innovation and Manufacturing

Construction continues at the site at Brussels South, with the process of clean room construction and hot cell installation for nine good manufacturing practice (GMP) manufacturing lines for isotope production now underway.

During the quarter, Telix was part of a consortium awarded a $4.8 million Australian Research Council (ARC) grant to establish a new Industrial Transformation Research Program (ITRP) Hub as part of a consortium of applicants led by The University of Queensland (UQ).[21] The ARC Research Hub for Advanced Manufacture of Targeted Radiopharmaceuticals (AMTAR) aims to establish a manufacturing platform for new medical technologies combining innovations in biotechnology and pharmaceutical science.

Payments to Related Parties

Telix confirms that payments noted under section 6.1 of the Appendix 4C include payments of $0.4 million to ABX-CRO advanced pharmaceutical services (of which Non-Executive Director Dr. Andreas Kluge is Managing Director) for the provision of clinical and analytical services for the Company’s development programs. Payments of $0.3 million to Directors were for Director fees and Managing Director salary.

Medical Device Innovation Consortium (MDIC) Partners with PerkinElmer’s Horizon Discovery to Improve Accuracy of Next Generation Sequencing-Based Cancer Diagnostics

On October 19, 2022 The Medical Device Innovation Consortium (MDIC) reported that it has partnered with PerkinElmer’s Horizon Discovery to develop and manufacture somatic reference samples (SRSs) to simplify and support validation of next generation sequencing (NGS)-based cancer diagnostics (Press release, The Medical Device Innovation Consortium, OCT 19, 2022, View Source [SID1234622200]). The SRSs are expected to be commercially available by early 2024, following a rigorous characterization and validation process in collaboration with the National Institute for Standards and Technology (NIST).

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This partnership is part of MDIC’s Somatic Reference Samples (SRS) Initiative, a collaborative effort to improve the accuracy of next generation sequencing-based cancer diagnostics, and create publicly available reference samples and a global genomic data resource library. These tools could be used for diagnostic development, regulatory submissions, reimbursement decisions, and other applications across the total product life cycle of NGS-based diagnostics.

"We look forward to combining Horizon Discovery’s technical capabilities in reference sample development and manufacturing with MDIC’s expertise creating and disseminating new methods and tools to advance safe and effective medical technologies. The Somatic Reference Samples Initiative will benefit patients by bringing more consistency to NGS-based cancer diagnostics development and ultimately support improved diagnoses and more effective treatments," said Andrew Fish, MDIC President and CEO.

"Oncology reference standards are essential to unlocking tomorrow’s discoveries," Alan Fletcher, Senior Vice President, Life Sciences, at PerkinElmer commented. "Horizon Discovery’s reference standards have been critical enablers in research for a variety of diseases, and now we look forward to partnering with MDIC to bring standards to the oncology community."

Horizon Discovery will use clustered regularly interspaced short palindromic repeats (CRISPR) technology to engineer and manufacture ten SRSs, each with a different variant or change in the DNA sequence of a gene that has been clinically associated with a certain type of cancer. Leveraging its rich heritage in CRISPR editing technologies, Horizon Discovery has used this process to develop cell-based reference material for over a decade. Upon project completion, MDIC will collect and disseminate best practices to improve the efficiency and sustainability of reference sample manufacture, validation, and dataset generation in general.

The manufacturing process is expected to be completed by 2023 followed by extensive characterization, data validation, and integration. The fully characterized SRSs are expected to be commercially available through Horizon by early 2024, and the characterization data is planned to be accessible through public databases.

MDIC’s SRS Initiative, which includes the FDA, NIST, NIH, CDC, and the pharmaceutical and diagnostics industries as collaborators, began in 2018 with an analysis of the landscape to identify gaps in available SRSs. MDIC’s SRS Landscape Analysis, published in 2019, was an extensive catalog of cancer variants and existing reference materials. The SRS Initiative team has prioritized ten variants from that list to manufacture in this new phase of the initiative. These ten selected variants represent a range of cancers and types of DNA mutations and vary in the degree of technical difficulty required for manufacture for the pilot project to have broad applicability. The work in the SRS Initiative is funded in part by the Gordon and Betty Moore Foundation (Grant GBMF), the National Philanthropic Trust, Illumina, and Quidel. FDA is a member of the MDIC’s SRS Initiative, but did not participate in discussions involving funding, contracts, or solicitations.

Personalis to Announce Third Quarter 2022 Financial Results

On October 19, 2022 Personalis, Inc. (Nasdaq: PSNL), a leader in advanced genomics for precision oncology, reported that it will release its third quarter 2022 financial results on Wednesday, November 2, 2022 (Press release, Personalis, OCT 19, 2022, View Source [SID1234622199]). In conjunction with the release, Personalis will host a conference call and webcast that day at 2:00 p.m. Pacific Time / 5:00 p.m. Eastern Time to discuss its financial results and recent highlights.

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To access the live call via telephone, please register in advance using the link here. Upon registering, each participant will receive an email confirmation with dial-in numbers and a unique personal PIN that can be used to join the call.

The live webinar of the call may be accessed by visiting the Events section of the company’s website at investors.personalis.com. A replay of the webinar will be available shortly after the conclusion of the call and will be archived on the company’s website.

Orionis Biosciences Secures $55 Million Financing to Support Advancement into Clinic

On October 19, 2022 Orionis Biosciences, a life sciences company pioneering innovation of highly selective and tunable therapeutics for cancer and beyond, reported it has completed a $55 million financing round and expanded its team, naming Robert Petit, Ph.D., as Senior Vice President, Early Clinical Development and Bihua Chen to the Orionis Board of Directors (Press release, Orionis Biosciences, OCT 19, 2022, View Source [SID1234622198]).

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Founded in 2015, Orionis has since developed its proprietary technology platforms, grown a deep pipeline and cemented a drug discovery deal with Novartis. This latest financing round provides the company with additional capital for R&D expansion, pipeline growth and advancement of its lead cancer immunotherapy programs into clinical trials. Existing and new investors participated in the round, including Cormorant Asset Management, Novartis and a series of high-caliber investment funds.

"We are grateful for the strong support of a world-class investor syndicate that shares our passion for advancing new modalities in cancer and other diseases," said Nikolai Kley, Ph.D., Co-founder, President and Chief Executive Officer at Orionis. "As we near the clinic, we are thrilled to bring on Robert Petit, Ph.D., a pioneer in the development of cancer immunotherapies, as our Head of Early Clinical Development. In addition, we are pleased to welcome industry veteran Bihua Chen to our Board as we enter this next stage of growth. With two distinct precision medicine platforms, which focus on expanding druggability through genome-scale molecular glue discovery and on selectively targeting immune cells with conditionally active cytokines to reactivate the cancer immunity cycle, we are well-positioned to advance a diverse pipeline and translate our innovative approaches into new therapies."

"I have spent my career working to develop new and better cancer therapies, so I’m incredibly excited to have joined to lead the team’s translational and clinical development efforts," said Dr. Petit. "We are moving quickly to advance and expand our pipeline of first-in-class immunotherapies. The extraordinary technology platforms at Orionis have the potential to create a new class of more effective and better-tolerated cancer treatments that could significantly extend the potential of immunotherapy. I look forward to supporting Orionis in its path toward a clinical-stage company."

Dr. Petit brings decades of experience in drug development, including at Bristol Meyers Squibb, where he led U.S. Medical development of the first FDA-approved immune checkpoint therapy. He has deep experience across medical and scientific aspects of pharmaceutical development and has directed programs in discovery, translational development and intellectual property development. Dr. Petit received his Ph.D. from The Ohio State University College of Medicine and a B.S. from Indiana State University.

"With its proprietary platform technologies, Orionis has the opportunity to solve some of the biggest challenges in oncology and beyond," said Ms. Chen. "I am honored to join the Board of Directors at Orionis and to work with such an accomplished team."

Ms. Chen is founder and CEO of Cormorant Asset Management, where she manages investments in public and private biopharmaceutical companies. She previously served as a sub-adviser to a large, multi-strategy hedge fund based in New York. Ms. Chen earned an MBA from The Wharton School of the University of Pennsylvania, an M.S. in molecular biology from the Graduate School of Medical Sciences at Cornell Medical College and a B.S. in genetics and genetic engineering from Fudan University.

Orionis is rapidly advancing a deep pipeline of biologics for the treatment of cancer based on its A-Kine platform, which engineers target-selective, conditionally active cytokines designed to trigger anti-tumor immune responses even in "cold" tumors that lack prevalent immune involvement and are refractory to checkpoint inhibitor therapies. A-Kines aim to avoid the systemic toxicities observed with traditional cytokine therapies.

In addition, Orionis is developing a diverse spectrum of small molecule molecular glues using its Allo-Glue platform, harnessing a first-in-class, genome-scale approach to discovery and rational design of molecular glues in order to reach previously intractable targets. Orionis will present preclinical data from its molecular glue platform in October at the following conference: