View ValuationOxford Nanopore Technologies 将来の成長Future 基準チェック /16Oxford Nanopore Technologies利益と収益がそれぞれ年間48.2%と17%増加すると予測されています。EPS は年間 増加すると予想されています。自己資本利益率は 3 年後に-11.5% 49.9%なると予測されています。主要情報48.2%収益成長率49.93%EPS成長率Life Sciences 収益成長16.9%収益成長率17.0%将来の株主資本利益率-11.46%アナリストカバレッジGood最終更新日23 Jul 2026今後の成長に関する最新情報お知らせ • Mar 03Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2026Oxford Nanopore Technologies plc provided earnings guidance for the year 2026. For the year, the company expects revenue is expected to grow by 21-25% on a constant currency basis. Gross margin is expected to be approximately 62%, driven by continued operational improvements (flow cell recycling) and tailwinds from the changes to the pricing model.お知らせ • Jan 12+ 1 more updateOxford Nanopore Technologies plc Provides Earnings Guidance for the Full Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the full year 2025. For the year, the group expects to report revenue of approximately £223 million - £224 million (FY24: £183.2 million), representing growth of approximately 22% on a reported basis and 24% at constant currency, slightly ahead of the Group's guidance range of 20-23% constant currency growth.お知らせ • Nov 08Oxford Nanopore Technologies plc Reaffirms Earning Guidance for the Full Year 2025Oxford Nanopore Technologies plc reaffirmed earning guidance for the full year 2025. For the period, the company expects full-year 2025 constant currency revenue growth to be at the top end of its previously stated guidance range of 20-23%, with all other financial metrics tracking in line with expectations.お知らせ • Sep 04+ 1 more updateOxford Nanopore Technologies plc Reaffirms Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc reaffirmed earnings guidance for the year 2025. Revenue is expected to grow by 20%-23% on a constant currency basis, reflecting strong demand across the business while factoring in risks from US Federal funding, particularly at the National Institutes of Health, and tighter export control restrictions in China.お知らせ • Mar 04Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the year 2025. For the year, the company expects revenue to grow by 20% to 23% on a constant currency basis, reflecting continued strong demand across the business but taking into consideration recent updates and risks to US Federal funding, in particular with the National Institutes of Health (NIH), and a tightening of export control restrictions: Federal funding including the NIH: there remains material uncertainty and risk to US NIH funding levels (and other Federal agencies) to which management estimate a total Group exposure of between 10% to 15% of revenues. Given the situation is still evolving, management have prudently assumed a material reduction pending further clarity.すべての更新を表示Recent updatesお知らせ • Jun 30Oxford Nanopore Technologies plc Announces Executive ChangesOxford Nanopore Technologies plc announced that, with effect from July 1, 2026, Nick Keher, Chief Financial Officer, would, in addition to retaining his existing responsibilities, assume responsibility for the Manufacturing, Supply Chain, Quality Assurance, Regulatory Affairs and Operations functions following the retirement of Tim Cowper, Chief Operating Officer, on June 30, 2026.お知らせ • May 23Oxford Nanopore Technologies plc Announces Executive AppointmentsOxford Nanopore Technologies plc announced the appointments of Davide Manissero MD as Chief Medical Officer and Andrew Watson as Chief Information Officer. As Oxford Nanopore's first Chief Medical Officer, Davide will lead the Company's global clinical strategy leveraging his considerable experience across regulated clinical environments. Davide joins from Radiometer (a Danaher company), where he is currently CMO. He previously served as CMO at QIAGEN, leading global medical and clinical affairs, and held roles at ECDC and the WHO focused on infectious diseases and public health. Andrew Watson will lead the Company's information systems, data, digital transformation, machine learning, and product software development. Andrew joins from Mimecast, where he leads AI and threat protection engineering. He has previously held senior roles at Healx and Dyson, where he established machine learning and biomedical research teams. Andrew Watson and Davide Manissero join the Company on June 15, 2026 and August 3, 2026 respectively. Their appointments follow the announcement that Tina St Leger will join Oxford Nanopore as Chief People Officer in June 2026. Davide, Andrew and Tina will join the Executive team. In accordance with UK Listing Rule 6.4.6(3), the Company notes that responsibility for the commercial function will transfer from Nick Keher, CFO, to Francis Van Parys, CEO, effective 1 July 2026.お知らせ • May 22Oxford Nanopore Technologies plc Presents Technology Update At Annual Customer ConferenceOxford Nanopore Technologies plc presented a Technology Update at the Company's flagship annual London Calling customer conference. Opening London Calling 2026, the Company highlighted continued focus on customer-led platform development, strengthening the user end-to-end experience and supporting broader adoption in applied and regulated environments. At the Annual Technology Talk the Company highlighted updates including: Platform development led by customer need. Delivering richer multiomic insight from a single platform: advances in integrated DNA, RNA and epigenetic data, including methylation, providing comprehensive insight from a single system. Driving continuous improvement in platform performance, including accuracy, base modifications, output and speed, with continued enhancement of unique features such as adaptive sampling. This includes the introduction of the PromethION Plus Flow Cell, designed to increase output with enhanced yield achieved without additional wash and reload steps. The Company also highlighted increasing use of AI-driven methods across basecalling, variant detection and downstream analysis. Expanding platform capability across core workflows, including transcriptomics (RNA), microbial and vaccine QC (GridION Q), and high-output sequencing (PromethION), with new chemistry and workflows shipping from May to July 2026. Regulatory readiness. Advancing reliability and consistency: improvements in repeatability and robust performance in production environments, enabling predictable use at scale. Expanding real-world deployment across routine and regulated settings. End-to-end experience. Simplifying workflows and reducing complexity to support broader adoption. Advancing integrated software platforms, including EPI2ME, for accessible and standardised data interpretation. Longer-term innovation and platform pipeline. Continuing investment across chemistry and hardware towards both low and high output applications, and development of multiomic capability including protein sequencing, extending the platform into new areas of biological insight. Showcasing a novel demonstration of peptide sequencing using an amino-acid calling for accurate protein identification. A video replay of the Technology Talk is available on the Oxford Nanopore website.お知らせ • May 01Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2026Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2026. Location: the companys offices at gosling building, edmund halley road, oxford science park, oxford, ox4 4dq, United Kingdomお知らせ • Mar 03Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2026Oxford Nanopore Technologies plc provided earnings guidance for the year 2026. For the year, the company expects revenue is expected to grow by 21-25% on a constant currency basis. Gross margin is expected to be approximately 62%, driven by continued operational improvements (flow cell recycling) and tailwinds from the changes to the pricing model.お知らせ • Jan 12+ 1 more updateOxford Nanopore Technologies plc Provides Earnings Guidance for the Full Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the full year 2025. For the year, the group expects to report revenue of approximately £223 million - £224 million (FY24: £183.2 million), representing growth of approximately 22% on a reported basis and 24% at constant currency, slightly ahead of the Group's guidance range of 20-23% constant currency growth.お知らせ • Dec 11+ 1 more updateOxford Nanopore Technologies plc to Report Fiscal Year 2025 Results on Mar 02, 2026Oxford Nanopore Technologies plc announced that they will report fiscal year 2025 results on Mar 02, 2026お知らせ • Dec 09+ 1 more updateOxford Nanopore Technologies plc Announces Board Changes, Effective March 2, 2026Oxford Nanopore Technologies plc announced the appointment of Francis Van Parys as Executive Director, effective March 2, 2026. Francis brings more than 20 years of experience leading multi-billion-dollar life science businesses, with a strong track record of scaling innovation-driven organizations through commercial and operational excellence. He is currently President and CEO of Radiometer, a global leader in acute care diagnostics and part of Danaher Corporation. Previously, Francis held senior leadership roles at Cytiva and GE Healthcare, driving sustained growth and building high-performing teams across Europe, Asia, and North America. Gordon Sanghera will step down from the Board at close of business on March 2, 2026 and will remain as an employee of the Company in an advisory capacity through to early 2027 to ensure a smooth handover.お知らせ • Nov 08Oxford Nanopore Technologies plc Reaffirms Earning Guidance for the Full Year 2025Oxford Nanopore Technologies plc reaffirmed earning guidance for the full year 2025. For the period, the company expects full-year 2025 constant currency revenue growth to be at the top end of its previously stated guidance range of 20-23%, with all other financial metrics tracking in line with expectations.お知らせ • Nov 06Oxford Nanopore and bioMérieux launch AmPORE-TB, a Research Use Only sequencing-based solution to rapidly characterize drug resistant-tuberculosisOxford Nanopore Technologies plc and bioMérieux have announced the launch of AmPORE-TB, a Research Use Only (RUO) solution for the rapid characterization of mutations associated with antimicrobial resistance in Mycobacterium tuberculosis complex, using Oxford Nanopore sequencing technology. While preventable and treatable, the World Health Organization considers tuberculosis (TB) the world's leading cause of death from a single infectious agent i. Multidrug-resistant TB affects about 400,000 people annually and increases risk of morbidity and mortality ii. To address this public health crisis, WHO points out the need for rapid, reliable antimicrobial susceptibility tests. WHO has recommended targeted DNA sequencing, with AmPORE-TB named as one of three targeted methods meeting the class-based performance criteria for the detection of AMR gene mutations iii. Available for research use only, AmPORE-TB is a complete solution, which uses Oxford Nanopore's benchtop dedicated GridION device to characterize 24 TB-resistant genes and provides comprehensive results within the same day. With its built-in software, the solution provides automated data analysis and reporting. The WHO recognition underscores the importance of the AmPORE-TB technology, which can provide rapid, high-resolution insights into the genetic makeup of drug-resistant tuberculosis. The solution is designed and manufactured by Oxford Nanopore and distributed by bioMérieux*. AmPORE-TB is expected to be launched first in the regions with the highest need and where it can add the most value, including low- and middle-income countries, where 99% of new cases occur.お知らせ • Oct 15Oxford Nanopore Technologies Announces PromethION Plus Flow Cell and Human Genetics Updates At ASHG 2025At the American Society of Human Genetics (ASHG) 2025 industry session on 16th October, Oxford Nanopore Technologies will share its latest developments in enabling translational and clinical human genetics communities to deliver improved insights into mechanisms for disease in one integrated analysis. The team will highlight the unique capabilities of the PromethION in delivering comprehensive whole genomes and methylomes, alongside transformational, information-rich targeted assays using Adaptive Sampling. By delivering fully comprehensive genomic insights, Oxford Nanopore customers are deploying the technology in translational clinical settings to solve diagnostic odysseys in rare disease, enhance cancer characterisation, and drive novel discoveries in common complex disease. Oxford Nanopore will introduce the PromethION Plus Flow Cell - a new ultra-high-output flow cell designed to deliver increasingly cost effective, comprehensive genomes and methylomes. At ASHG, Oxford Nanopore will share a series of updates that support the human genetics and translational research communities. These advances expand access to rapid, information-rich genomic and epigenomic analysis through new workflows and targeted sequencing solutions, including: The use of adaptive sampling for targeted sequencing -a fast and flexible method to enrich regions of interest that is unique to Oxford Nanopore, eliminating the need for laborious and time intensive optimisations in common capture methods. Multiple applications include: A hereditary cancer panel that interrogates 258 genes associated with inherited cancer risk and enables laboratories to speed up sample-to-answer; Rapid tumour methylation profiling; Comprehensive pharmacogenomics panels; Launch of a 24-hour workflow for comprehensive human genome analysis, that delivers sample-to-answer insights in a single day, supporting critical research in Neonatal Intensive Care Units (NICUs) and enabling rapid and comprehensive genomic insights in rare disease. PromethION Plus Flow Cells for fully comprehensive, cost-effective human genomes and methylomes. PromethION Plus will deploy an improved flow cell chemistry designed to deliver high data output, enhanced consistency, and value for high throughput human research applications - without the need for flow cell washing. Delivering comprehensive genomic and epigenetic data, PromethION Plus Flow Cells will uniquely be delivered at scale on the PromethION 24 device. This marks an important step toward multiplexing multiple genomes per PromethION Flow Cell, providing a clear pathway to significantly reducing the cost of premium, fully comprehensive, scaled human genomes and epigenomes below $345 (at 30x coverage), and beyond with future chemistry upgrades on the development roadmap. PromethION Plus Flow cells will be introduced in limited release in fourth quarter 2025, with broader availability in 2026. The new flow cells benefit all human genetics applications where comprehensive genomic and epigenetic data is required at scale. This includes discovery within population-scale studies, as well as high-throughput characterisation of clinical samples, such as those analysed in rare disease or cancer. Optimised for use with 15-30 kb fragment libraries, PromethION Plus Flow Cell will deliver high output, rich sequencing data for robust and reliable calling of a broad range of genetic variants, including methylation. Users can expect: Significantly increased flow cell output with large fragment libraries (>15kb); Reduced hands-on-time with no wash protocols (15kb libraries); Lower input requirements; Best value per 30x genome for high throughput sequencing customers; Prepares the platform for faster kit chemistry to deliver further output improvements planned for 2026.お知らせ • Sep 04+ 1 more updateOxford Nanopore Technologies plc Reaffirms Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc reaffirmed earnings guidance for the year 2025. Revenue is expected to grow by 20%-23% on a constant currency basis, reflecting strong demand across the business while factoring in risks from US Federal funding, particularly at the National Institutes of Health, and tighter export control restrictions in China.お知らせ • Aug 13Oxford Nanopore Technologies plc Announces Step Down of Gordon Sanghera Notifies as Chief Executive Officer by the End of 2026Oxford Nanopore Technologies plc announced that Gordon Sanghera has notified the Board of his intention to step down as Chief Executive Officer (CEO) and from the Board by the end of 2026, after more than 20 years in the role. As part of a long-standing succession planning process, the Board has now commenced a formal search for a successor to lead the Company through its next phase of growth and commercialisation. Gordon co-founded Oxford Nanopore in 2005 and has served as CEO since its inception, leading the development and commercialisation of its pioneering nanopore-based sensing technology. Under his leadership, the Company set out to transform molecular analysis by delivering richer biological data faster, more affordably, and more accessibly than legacy technologies. This vision began to materialise with the launch of the MinION in 2015, the world's first portable sequencing device, and has since evolved into a broad portfolio of devices serving customers in over 125 countries across both Research and Applied markets. The impact of Oxford Nanopore's technology is reflected in more than 14,000 peer-reviewed publications and sustained, above-market growth. In recognition of his role in advancing technologies that have had global scientific and medical impact, Gordon was appointed Commander of the Most Excellent Order of the British Empire (CBE) in the 2023 New Year Honours.お知らせ • Aug 07ViruSure Launches Pioneering First-In-Class Viral Contamination Test for Biopharmaceuticals Using Oxford Nanopore TechnologyViruSure and Oxford Nanopore Technologies plc announce the launch of the industry’s first Good Laboratory Practice (GLP) validated adventitious viral agent (AVA) detection test using nanopore-based sequencing technology. The ViruSure test has been developed and evaluated under rigorous conditions and is powered by Oxford Nanopore’s advanced molecular sensing platform. It will be used for the detection of viral contamination within the manufacturing process, providing biopharmaceutical teams with richer viral detection insights and faster time-to-result, accessibly and affordably. A rapid and sensitive test, it can detect AVAs regardless of virus type, to improve confidence in biomanufacturing safety. Viral contamination remains one of the most significant threats to biopharmaceutical manufacturing, causing production delays and potential biologic, vaccine and cell and gene therapy product shortages. Traditional viral detection methods can take months to provide the full panel of results, with each individual test often taking more than 14 days, and contaminants still going undetected or reported as false positives. This innovation addresses a critical need to streamline AVA detection within biomanufacturing, a rapidly growing market currently valued at $20 billion, of which at least $4 billion is related to AVA testing. Global regulatory authorities have also recognised the urgent industry demand for faster and more reliable solutions and actively encouraged the adoption of advanced sequencing-based testing methods. ViruSure and Oxford Nanopore are also working together to introduce a Good Manufacturing Process (GMP)-validated solution, which they expect will follow shortly.お知らせ • Jun 06Oxford Nanopore Technologies plc Announces Remuneration Committee ChangesOxford Nanopore Technologies plc announced that Heather Preston has been appointed as Chair of the Remuneration Committee with effect from 5 June 2025. Heather has been a Non-Executive Director of the Company since December 19, 2023, and is also a member of the Nomination Committee. Heather succeeds John O'Higgins, who stands down as Interim Chair of the Remuneration Committee but remains a member of the Remuneration Committee, Nomination Committee, and Audit & Risk Committee.お知らせ • May 22Oxford Nanopore Technologies plc Presents Technology and Platform UpdatesOxford Nanopore Technologies plc presented technology and platform updates at the Company's annual London Calling customer conference. During the sold-out event, with more than 4,500 registered online and in-person participants from more than 120 countries, the Company also provided updates to its long-term innovation pipeline. Technology and pipeline updates included: Continued enhancement to product performance, reliability and competitiveness: The presentation highlighted the development of high throughput workflows, flow cell improvements and new kit chemistries to drive higher output on the PromethION Flow Cell. Improved analytics and insights for broad applications: Continued development of EPI2ME, the Company's informatics platform which provides analysis tools for a growing menu of end-to-end workflows. Updates included (i) a new high-performance variant caller to increase consistency and accelerate workflows, especially in production environments where speed and reproducibility are key drivers and (ii) continued development of base modification calling, with more than ten modifications now supported. This enables improved accuracy of methylation detection, without the need for complex processes required with legacy sequencing technologies. Improving direct RNA sequencing, to accelerate biopharma workflows with a single streamlined platform: Recent updates to the cDNA kit and direct RNA workflows enable longer reads and higher output, delivering performance supporting biopharma applications beyond mRNA Vaccine Quality Control, including drug discovery, sterility testing, and exploring tissue-specific RNA modifications. Near term focus on regulated product pipeline to driving adoption in applied markets: The GridION Q device is expected to complete CE-IVD submission in the EU for regulated clinical markets by the end of 2025. The device will be available for specified partners only. The Q-Line product range is expanding to include PromethION Q, now expected to launch in 2026, to broaden the opportunity for human sequencing applications. Am ambitious and targeted long-term innovation pipeline: including the ongoing development of a new voltage-controlled ASIC for high throughput customers. A roadmap to proteomics: Oxford Nanopore is now making advancements into providing solutions for protein analysis, a key area for scientific research and discovery in health and substantial potential for applied uses in clinical and industrial applications. The Company is currently developing two complementary approaches: one focused on identifying native proteins in clinical samples, and another designed for scalable protein barcoding. Both workflows are in development, with future potential to enable the direct detection and characterisation of full-length proteins. A detailed written summary and a video replay of the technology talk can be accessed on the Oxford Nanopore website here.お知らせ • Apr 30Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2025Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2025. Location: the companys offices at gosling building, edmund halley road, oxford science park, ox4 4dq, oxford United Kingdomお知らせ • Mar 04Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the year 2025. For the year, the company expects revenue to grow by 20% to 23% on a constant currency basis, reflecting continued strong demand across the business but taking into consideration recent updates and risks to US Federal funding, in particular with the National Institutes of Health (NIH), and a tightening of export control restrictions: Federal funding including the NIH: there remains material uncertainty and risk to US NIH funding levels (and other Federal agencies) to which management estimate a total Group exposure of between 10% to 15% of revenues. Given the situation is still evolving, management have prudently assumed a material reduction pending further clarity.お知らせ • Dec 17Oxford Nanopore Technologies plc Appoints Kate Priestman as Senior Independent DirectorOxford Nanopore Technologies plc announced that Kate Priestman has been appointed as Senior Independent Director with immediate effect. Kate has been a Non-Executive Director of the Company since 13 July 2023 and is a member of the Remuneration and Nomination Committees.お知らせ • Dec 16Oxford Nanopore Technologies plc to Report Fiscal Year 2024 Results on Mar 04, 2025Oxford Nanopore Technologies plc announced that they will report fiscal year 2024 results on Mar 04, 2025お知らせ • Nov 11Oxford Nanopore Technologies plc Announces Executive ChangesOxford Nanopore Technologies plc announced that Rosemary Sinclair Dokos has been appointed as Chief Product and Marketing Officer and Dr Lakmal Jayasinghe has been appointed as Chief Scientific Officer, effective immediately. Rosemary and Lakmal, who will report to Chief Executive Officer Dr Gordon Sanghera, succeed Clive Brown, Chief Officer of Technology, Innovation, and Products, who has stepped down to pursue new projects. Clive will be available to the business on an advisory basis to support an effective transition. Rosemary has more than 18 years' experience in innovation, including product management and commercial functions. She joined Oxford Nanopore in 2014 andhas been apivotal force in driving the Company's product strategy and execution, overseeing the development of Oxford Nanopore's platform technologies, including the recent PromethION 2 and GridION Q-Line launches. In her new role, Rosemary will continue leading the development of products that include new multiomic, clinical, biopharma and industrial applications, in addition to platform technology innovations and marketing. Lakmal is a highly respected, world-leading nanopore and protein sensing scientist and scientific leader, with more than 18 years' experience. He joined Oxford Nanopore in 2007 andhas been responsible for all biological research and development projects at Oxford Nanopore.Lakmal will continue to lead efforts to integrate new multiomic capabilities, including genomics, transcriptomics, proteomics, and metabolomics, into the Company's platform.お知らせ • Oct 01Oxford Nanopore Technologies plc Appoints Daniel Mahony as A Non-Executive DirectorOxford Nanopore Technologies plc announce that Dr Daniel Mahony will be joining the Group as a Non-Executive Director with effect from 1 October 2024. Daniel brings extensive sector experience to help accelerate Oxford Nanopore's commercial traction, with more than 25 years as a global healthcare investor specialising in biotechnology, medical technology and healthcare services. As Senior Partner in Growth Investments at Novo Holdings, Daniel will serve as a critical sounding board to the Group as it continues to advance its technology platform to address a significant commercial opportunity in biopharmaceuticals. In addition, he currently chairs the UK BioIndustry Association and is a Non-Executive Director of the Wellcome Sanger Institute. Prior to joining Novo Holdings, Daniel co-founded the healthcare business unit at Polar Capital in London, growing it to more than $4 billion in assets under management. He was formerly a Senior Research Analyst at Morgan Stanley in London, an Analyst at ING Barings Furman Selz in New York, and completed his postdoctoral work at DNAX Research Institute in Palo Alto. Dr Guy Harmelin, a non-executive director of the Group, who has served on the Board since 2020, has informed the Board of his intention to step down from the Board with effect from today. Dr Guy Harmelin, is stepping down to focus on various other Directorship responsibilities.お知らせ • May 03Oxford Nanopore Technologies plc to Report First Half, 2024 Results on Sep 03, 2024Oxford Nanopore Technologies plc announced that they will report first half, 2024 results on Sep 03, 2024業績と収益の成長予測OTCPK:OXFY.Y - アナリストの将来予測と過去の財務データ ( )GBP Millions日付収益収益フリー・キャッシュフロー営業活動によるキャッシュ平均アナリスト数12/31/2028389-49-23501012/31/2027321-84-53-71012/31/2026265-113-107-581012/31/2025224-145-116-71N/A9/30/2025214-144-133-84N/A6/30/2025205-143-149-98N/A3/31/2025194-145-154-104N/A12/31/2024183-146-158-110N/A9/30/2024175-153-164-124N/A6/30/2024168-159-169-137N/A3/31/2024169-157-167-137N/A12/31/2023170-155-165-137N/A9/30/2023166-143-158-132N/A6/30/2023162-131-152-127N/A3/31/2023180-111-122-95N/A12/31/2022199-91-92-64N/A9/30/2022198-122-81-49N/A6/30/2022197-153-69-35N/A3/31/2022165-160-77-44N/A12/31/2021134-168-84-53N/A9/30/2021129-119-85-53N/A6/30/2021125-71-86-53N/A3/31/2021119-66-88-58N/A12/31/2020114-61-90-64N/A12/31/201952-72-79-49N/A12/31/201833-53N/A-56N/A12/31/201714-57N/A-66N/A12/31/20165-59N/A-51N/A12/31/20151-39N/A-33N/Aもっと見るアナリストによる今後の成長予測収入対貯蓄率: OXFY.Y今後 3 年間、利益が出ない状態が続くと予測されています。収益対市場: OXFY.Y今後 3 年間、利益が出ない状態が続くと予測されています。高成長収益: OXFY.Y今後 3 年間、利益が出ない状態が続くと予測されています。収益対市場: OXFY.Yの収益 ( 17% ) US市場 ( 12.4% ) よりも速いペースで成長すると予測されています。高い収益成長: OXFY.Yの収益 ( 17% ) 20%よりも低い成長が予測されています。一株当たり利益成長率予想将来の株主資本利益率将来のROE: OXFY.Y 3 年以内に赤字になると予測されています。成長企業の発掘7D1Y7D1Y7D1YPharmaceuticals-biotech 業界の高成長企業。View Past Performance企業分析と財務データの現状データ最終更新日（UTC時間）企業分析2026/07/30 04:07終値2026/07/30 00:00収益2025/12/31年間収益2025/12/31データソース企業分析に使用したデータはS&P Global Market Intelligence LLC のものです。本レポートを作成するための分析モデルでは、以下のデータを使用しています。データは正規化されているため、ソースが利用可能になるまでに時間がかかる場合があります。パッケージデータタイムフレーム米国ソース例会社財務10年損益計算書キャッシュ・フロー計算書貸借対照表SECフォーム10-KSECフォーム10-Qアナリストのコンセンサス予想+プラス3年予想財務アナリストの目標株価アナリストリサーチレポートBlue Matrix市場価格30年株価配当、分割、措置ICEマーケットデータSECフォームS-1所有権10年トップ株主インサイダー取引SECフォーム4SECフォーム13Dマネジメント10年リーダーシップ・チーム取締役会SECフォーム10-KSECフォームDEF 14A主な進展10年会社からのお知らせSECフォーム8-K* 米国証券を対象とした例であり、非米国証券については、同等の規制書式および情報源を使用。特に断りのない限り、すべての財務データは1年ごとの期間に基づいていますが、四半期ごとに更新されます。これは、TTM（Trailing Twelve Month）またはLTM（Last Twelve Month）データとして知られています。詳細はこちら。分析モデルとスノーフレークこのレポートを生成するために使用した分析モデルの詳細は、当社のGitHubページでご覧いただけます。また、レポートの活用方法に関するガイドやYouTubeのチュートリアルも用意しています。シンプリー・ウォールストリート分析モデルを設計・構築した世界トップクラスのチームについてご紹介します。業界およびセクターの指標私たちの業界とセクションの指標は、Simply Wall Stによって6時間ごとに計算されます。アナリスト筋Oxford Nanopore Technologies plc 10 これらのアナリストのうち、弊社レポートのインプットとして使用した売上高または利益の予想を提出したのは、 。アナリストの投稿は一日中更新されます。21 アナリスト機関Jonathon UnwinBarclaysBlanka PorkolabBarclaysHassan Al-WakeelBarclays18 その他のアナリストを表示
お知らせ • Mar 03Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2026Oxford Nanopore Technologies plc provided earnings guidance for the year 2026. For the year, the company expects revenue is expected to grow by 21-25% on a constant currency basis. Gross margin is expected to be approximately 62%, driven by continued operational improvements (flow cell recycling) and tailwinds from the changes to the pricing model.
お知らせ • Jan 12+ 1 more updateOxford Nanopore Technologies plc Provides Earnings Guidance for the Full Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the full year 2025. For the year, the group expects to report revenue of approximately £223 million - £224 million (FY24: £183.2 million), representing growth of approximately 22% on a reported basis and 24% at constant currency, slightly ahead of the Group's guidance range of 20-23% constant currency growth.
お知らせ • Nov 08Oxford Nanopore Technologies plc Reaffirms Earning Guidance for the Full Year 2025Oxford Nanopore Technologies plc reaffirmed earning guidance for the full year 2025. For the period, the company expects full-year 2025 constant currency revenue growth to be at the top end of its previously stated guidance range of 20-23%, with all other financial metrics tracking in line with expectations.
お知らせ • Sep 04+ 1 more updateOxford Nanopore Technologies plc Reaffirms Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc reaffirmed earnings guidance for the year 2025. Revenue is expected to grow by 20%-23% on a constant currency basis, reflecting strong demand across the business while factoring in risks from US Federal funding, particularly at the National Institutes of Health, and tighter export control restrictions in China.
お知らせ • Mar 04Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the year 2025. For the year, the company expects revenue to grow by 20% to 23% on a constant currency basis, reflecting continued strong demand across the business but taking into consideration recent updates and risks to US Federal funding, in particular with the National Institutes of Health (NIH), and a tightening of export control restrictions: Federal funding including the NIH: there remains material uncertainty and risk to US NIH funding levels (and other Federal agencies) to which management estimate a total Group exposure of between 10% to 15% of revenues. Given the situation is still evolving, management have prudently assumed a material reduction pending further clarity.
お知らせ • Jun 30Oxford Nanopore Technologies plc Announces Executive ChangesOxford Nanopore Technologies plc announced that, with effect from July 1, 2026, Nick Keher, Chief Financial Officer, would, in addition to retaining his existing responsibilities, assume responsibility for the Manufacturing, Supply Chain, Quality Assurance, Regulatory Affairs and Operations functions following the retirement of Tim Cowper, Chief Operating Officer, on June 30, 2026.
お知らせ • May 23Oxford Nanopore Technologies plc Announces Executive AppointmentsOxford Nanopore Technologies plc announced the appointments of Davide Manissero MD as Chief Medical Officer and Andrew Watson as Chief Information Officer. As Oxford Nanopore's first Chief Medical Officer, Davide will lead the Company's global clinical strategy leveraging his considerable experience across regulated clinical environments. Davide joins from Radiometer (a Danaher company), where he is currently CMO. He previously served as CMO at QIAGEN, leading global medical and clinical affairs, and held roles at ECDC and the WHO focused on infectious diseases and public health. Andrew Watson will lead the Company's information systems, data, digital transformation, machine learning, and product software development. Andrew joins from Mimecast, where he leads AI and threat protection engineering. He has previously held senior roles at Healx and Dyson, where he established machine learning and biomedical research teams. Andrew Watson and Davide Manissero join the Company on June 15, 2026 and August 3, 2026 respectively. Their appointments follow the announcement that Tina St Leger will join Oxford Nanopore as Chief People Officer in June 2026. Davide, Andrew and Tina will join the Executive team. In accordance with UK Listing Rule 6.4.6(3), the Company notes that responsibility for the commercial function will transfer from Nick Keher, CFO, to Francis Van Parys, CEO, effective 1 July 2026.
お知らせ • May 22Oxford Nanopore Technologies plc Presents Technology Update At Annual Customer ConferenceOxford Nanopore Technologies plc presented a Technology Update at the Company's flagship annual London Calling customer conference. Opening London Calling 2026, the Company highlighted continued focus on customer-led platform development, strengthening the user end-to-end experience and supporting broader adoption in applied and regulated environments. At the Annual Technology Talk the Company highlighted updates including: Platform development led by customer need. Delivering richer multiomic insight from a single platform: advances in integrated DNA, RNA and epigenetic data, including methylation, providing comprehensive insight from a single system. Driving continuous improvement in platform performance, including accuracy, base modifications, output and speed, with continued enhancement of unique features such as adaptive sampling. This includes the introduction of the PromethION Plus Flow Cell, designed to increase output with enhanced yield achieved without additional wash and reload steps. The Company also highlighted increasing use of AI-driven methods across basecalling, variant detection and downstream analysis. Expanding platform capability across core workflows, including transcriptomics (RNA), microbial and vaccine QC (GridION Q), and high-output sequencing (PromethION), with new chemistry and workflows shipping from May to July 2026. Regulatory readiness. Advancing reliability and consistency: improvements in repeatability and robust performance in production environments, enabling predictable use at scale. Expanding real-world deployment across routine and regulated settings. End-to-end experience. Simplifying workflows and reducing complexity to support broader adoption. Advancing integrated software platforms, including EPI2ME, for accessible and standardised data interpretation. Longer-term innovation and platform pipeline. Continuing investment across chemistry and hardware towards both low and high output applications, and development of multiomic capability including protein sequencing, extending the platform into new areas of biological insight. Showcasing a novel demonstration of peptide sequencing using an amino-acid calling for accurate protein identification. A video replay of the Technology Talk is available on the Oxford Nanopore website.
お知らせ • May 01Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2026Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2026. Location: the companys offices at gosling building, edmund halley road, oxford science park, oxford, ox4 4dq, United Kingdom
お知らせ • Mar 03Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2026Oxford Nanopore Technologies plc provided earnings guidance for the year 2026. For the year, the company expects revenue is expected to grow by 21-25% on a constant currency basis. Gross margin is expected to be approximately 62%, driven by continued operational improvements (flow cell recycling) and tailwinds from the changes to the pricing model.
お知らせ • Jan 12+ 1 more updateOxford Nanopore Technologies plc Provides Earnings Guidance for the Full Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the full year 2025. For the year, the group expects to report revenue of approximately £223 million - £224 million (FY24: £183.2 million), representing growth of approximately 22% on a reported basis and 24% at constant currency, slightly ahead of the Group's guidance range of 20-23% constant currency growth.
お知らせ • Dec 11+ 1 more updateOxford Nanopore Technologies plc to Report Fiscal Year 2025 Results on Mar 02, 2026Oxford Nanopore Technologies plc announced that they will report fiscal year 2025 results on Mar 02, 2026
お知らせ • Dec 09+ 1 more updateOxford Nanopore Technologies plc Announces Board Changes, Effective March 2, 2026Oxford Nanopore Technologies plc announced the appointment of Francis Van Parys as Executive Director, effective March 2, 2026. Francis brings more than 20 years of experience leading multi-billion-dollar life science businesses, with a strong track record of scaling innovation-driven organizations through commercial and operational excellence. He is currently President and CEO of Radiometer, a global leader in acute care diagnostics and part of Danaher Corporation. Previously, Francis held senior leadership roles at Cytiva and GE Healthcare, driving sustained growth and building high-performing teams across Europe, Asia, and North America. Gordon Sanghera will step down from the Board at close of business on March 2, 2026 and will remain as an employee of the Company in an advisory capacity through to early 2027 to ensure a smooth handover.
お知らせ • Nov 08Oxford Nanopore Technologies plc Reaffirms Earning Guidance for the Full Year 2025Oxford Nanopore Technologies plc reaffirmed earning guidance for the full year 2025. For the period, the company expects full-year 2025 constant currency revenue growth to be at the top end of its previously stated guidance range of 20-23%, with all other financial metrics tracking in line with expectations.
お知らせ • Nov 06Oxford Nanopore and bioMérieux launch AmPORE-TB, a Research Use Only sequencing-based solution to rapidly characterize drug resistant-tuberculosisOxford Nanopore Technologies plc and bioMérieux have announced the launch of AmPORE-TB, a Research Use Only (RUO) solution for the rapid characterization of mutations associated with antimicrobial resistance in Mycobacterium tuberculosis complex, using Oxford Nanopore sequencing technology. While preventable and treatable, the World Health Organization considers tuberculosis (TB) the world's leading cause of death from a single infectious agent i. Multidrug-resistant TB affects about 400,000 people annually and increases risk of morbidity and mortality ii. To address this public health crisis, WHO points out the need for rapid, reliable antimicrobial susceptibility tests. WHO has recommended targeted DNA sequencing, with AmPORE-TB named as one of three targeted methods meeting the class-based performance criteria for the detection of AMR gene mutations iii. Available for research use only, AmPORE-TB is a complete solution, which uses Oxford Nanopore's benchtop dedicated GridION device to characterize 24 TB-resistant genes and provides comprehensive results within the same day. With its built-in software, the solution provides automated data analysis and reporting. The WHO recognition underscores the importance of the AmPORE-TB technology, which can provide rapid, high-resolution insights into the genetic makeup of drug-resistant tuberculosis. The solution is designed and manufactured by Oxford Nanopore and distributed by bioMérieux*. AmPORE-TB is expected to be launched first in the regions with the highest need and where it can add the most value, including low- and middle-income countries, where 99% of new cases occur.
お知らせ • Oct 15Oxford Nanopore Technologies Announces PromethION Plus Flow Cell and Human Genetics Updates At ASHG 2025At the American Society of Human Genetics (ASHG) 2025 industry session on 16th October, Oxford Nanopore Technologies will share its latest developments in enabling translational and clinical human genetics communities to deliver improved insights into mechanisms for disease in one integrated analysis. The team will highlight the unique capabilities of the PromethION in delivering comprehensive whole genomes and methylomes, alongside transformational, information-rich targeted assays using Adaptive Sampling. By delivering fully comprehensive genomic insights, Oxford Nanopore customers are deploying the technology in translational clinical settings to solve diagnostic odysseys in rare disease, enhance cancer characterisation, and drive novel discoveries in common complex disease. Oxford Nanopore will introduce the PromethION Plus Flow Cell - a new ultra-high-output flow cell designed to deliver increasingly cost effective, comprehensive genomes and methylomes. At ASHG, Oxford Nanopore will share a series of updates that support the human genetics and translational research communities. These advances expand access to rapid, information-rich genomic and epigenomic analysis through new workflows and targeted sequencing solutions, including: The use of adaptive sampling for targeted sequencing -a fast and flexible method to enrich regions of interest that is unique to Oxford Nanopore, eliminating the need for laborious and time intensive optimisations in common capture methods. Multiple applications include: A hereditary cancer panel that interrogates 258 genes associated with inherited cancer risk and enables laboratories to speed up sample-to-answer; Rapid tumour methylation profiling; Comprehensive pharmacogenomics panels; Launch of a 24-hour workflow for comprehensive human genome analysis, that delivers sample-to-answer insights in a single day, supporting critical research in Neonatal Intensive Care Units (NICUs) and enabling rapid and comprehensive genomic insights in rare disease. PromethION Plus Flow Cells for fully comprehensive, cost-effective human genomes and methylomes. PromethION Plus will deploy an improved flow cell chemistry designed to deliver high data output, enhanced consistency, and value for high throughput human research applications - without the need for flow cell washing. Delivering comprehensive genomic and epigenetic data, PromethION Plus Flow Cells will uniquely be delivered at scale on the PromethION 24 device. This marks an important step toward multiplexing multiple genomes per PromethION Flow Cell, providing a clear pathway to significantly reducing the cost of premium, fully comprehensive, scaled human genomes and epigenomes below $345 (at 30x coverage), and beyond with future chemistry upgrades on the development roadmap. PromethION Plus Flow cells will be introduced in limited release in fourth quarter 2025, with broader availability in 2026. The new flow cells benefit all human genetics applications where comprehensive genomic and epigenetic data is required at scale. This includes discovery within population-scale studies, as well as high-throughput characterisation of clinical samples, such as those analysed in rare disease or cancer. Optimised for use with 15-30 kb fragment libraries, PromethION Plus Flow Cell will deliver high output, rich sequencing data for robust and reliable calling of a broad range of genetic variants, including methylation. Users can expect: Significantly increased flow cell output with large fragment libraries (>15kb); Reduced hands-on-time with no wash protocols (15kb libraries); Lower input requirements; Best value per 30x genome for high throughput sequencing customers; Prepares the platform for faster kit chemistry to deliver further output improvements planned for 2026.
お知らせ • Sep 04+ 1 more updateOxford Nanopore Technologies plc Reaffirms Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc reaffirmed earnings guidance for the year 2025. Revenue is expected to grow by 20%-23% on a constant currency basis, reflecting strong demand across the business while factoring in risks from US Federal funding, particularly at the National Institutes of Health, and tighter export control restrictions in China.
お知らせ • Aug 13Oxford Nanopore Technologies plc Announces Step Down of Gordon Sanghera Notifies as Chief Executive Officer by the End of 2026Oxford Nanopore Technologies plc announced that Gordon Sanghera has notified the Board of his intention to step down as Chief Executive Officer (CEO) and from the Board by the end of 2026, after more than 20 years in the role. As part of a long-standing succession planning process, the Board has now commenced a formal search for a successor to lead the Company through its next phase of growth and commercialisation. Gordon co-founded Oxford Nanopore in 2005 and has served as CEO since its inception, leading the development and commercialisation of its pioneering nanopore-based sensing technology. Under his leadership, the Company set out to transform molecular analysis by delivering richer biological data faster, more affordably, and more accessibly than legacy technologies. This vision began to materialise with the launch of the MinION in 2015, the world's first portable sequencing device, and has since evolved into a broad portfolio of devices serving customers in over 125 countries across both Research and Applied markets. The impact of Oxford Nanopore's technology is reflected in more than 14,000 peer-reviewed publications and sustained, above-market growth. In recognition of his role in advancing technologies that have had global scientific and medical impact, Gordon was appointed Commander of the Most Excellent Order of the British Empire (CBE) in the 2023 New Year Honours.
お知らせ • Aug 07ViruSure Launches Pioneering First-In-Class Viral Contamination Test for Biopharmaceuticals Using Oxford Nanopore TechnologyViruSure and Oxford Nanopore Technologies plc announce the launch of the industry’s first Good Laboratory Practice (GLP) validated adventitious viral agent (AVA) detection test using nanopore-based sequencing technology. The ViruSure test has been developed and evaluated under rigorous conditions and is powered by Oxford Nanopore’s advanced molecular sensing platform. It will be used for the detection of viral contamination within the manufacturing process, providing biopharmaceutical teams with richer viral detection insights and faster time-to-result, accessibly and affordably. A rapid and sensitive test, it can detect AVAs regardless of virus type, to improve confidence in biomanufacturing safety. Viral contamination remains one of the most significant threats to biopharmaceutical manufacturing, causing production delays and potential biologic, vaccine and cell and gene therapy product shortages. Traditional viral detection methods can take months to provide the full panel of results, with each individual test often taking more than 14 days, and contaminants still going undetected or reported as false positives. This innovation addresses a critical need to streamline AVA detection within biomanufacturing, a rapidly growing market currently valued at $20 billion, of which at least $4 billion is related to AVA testing. Global regulatory authorities have also recognised the urgent industry demand for faster and more reliable solutions and actively encouraged the adoption of advanced sequencing-based testing methods. ViruSure and Oxford Nanopore are also working together to introduce a Good Manufacturing Process (GMP)-validated solution, which they expect will follow shortly.
お知らせ • Jun 06Oxford Nanopore Technologies plc Announces Remuneration Committee ChangesOxford Nanopore Technologies plc announced that Heather Preston has been appointed as Chair of the Remuneration Committee with effect from 5 June 2025. Heather has been a Non-Executive Director of the Company since December 19, 2023, and is also a member of the Nomination Committee. Heather succeeds John O'Higgins, who stands down as Interim Chair of the Remuneration Committee but remains a member of the Remuneration Committee, Nomination Committee, and Audit & Risk Committee.
お知らせ • May 22Oxford Nanopore Technologies plc Presents Technology and Platform UpdatesOxford Nanopore Technologies plc presented technology and platform updates at the Company's annual London Calling customer conference. During the sold-out event, with more than 4,500 registered online and in-person participants from more than 120 countries, the Company also provided updates to its long-term innovation pipeline. Technology and pipeline updates included: Continued enhancement to product performance, reliability and competitiveness: The presentation highlighted the development of high throughput workflows, flow cell improvements and new kit chemistries to drive higher output on the PromethION Flow Cell. Improved analytics and insights for broad applications: Continued development of EPI2ME, the Company's informatics platform which provides analysis tools for a growing menu of end-to-end workflows. Updates included (i) a new high-performance variant caller to increase consistency and accelerate workflows, especially in production environments where speed and reproducibility are key drivers and (ii) continued development of base modification calling, with more than ten modifications now supported. This enables improved accuracy of methylation detection, without the need for complex processes required with legacy sequencing technologies. Improving direct RNA sequencing, to accelerate biopharma workflows with a single streamlined platform: Recent updates to the cDNA kit and direct RNA workflows enable longer reads and higher output, delivering performance supporting biopharma applications beyond mRNA Vaccine Quality Control, including drug discovery, sterility testing, and exploring tissue-specific RNA modifications. Near term focus on regulated product pipeline to driving adoption in applied markets: The GridION Q device is expected to complete CE-IVD submission in the EU for regulated clinical markets by the end of 2025. The device will be available for specified partners only. The Q-Line product range is expanding to include PromethION Q, now expected to launch in 2026, to broaden the opportunity for human sequencing applications. Am ambitious and targeted long-term innovation pipeline: including the ongoing development of a new voltage-controlled ASIC for high throughput customers. A roadmap to proteomics: Oxford Nanopore is now making advancements into providing solutions for protein analysis, a key area for scientific research and discovery in health and substantial potential for applied uses in clinical and industrial applications. The Company is currently developing two complementary approaches: one focused on identifying native proteins in clinical samples, and another designed for scalable protein barcoding. Both workflows are in development, with future potential to enable the direct detection and characterisation of full-length proteins. A detailed written summary and a video replay of the technology talk can be accessed on the Oxford Nanopore website here.
お知らせ • Apr 30Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2025Oxford Nanopore Technologies plc, Annual General Meeting, Jun 04, 2025. Location: the companys offices at gosling building, edmund halley road, oxford science park, ox4 4dq, oxford United Kingdom
お知らせ • Mar 04Oxford Nanopore Technologies plc Provides Earnings Guidance for the Year 2025Oxford Nanopore Technologies plc provided earnings guidance for the year 2025. For the year, the company expects revenue to grow by 20% to 23% on a constant currency basis, reflecting continued strong demand across the business but taking into consideration recent updates and risks to US Federal funding, in particular with the National Institutes of Health (NIH), and a tightening of export control restrictions: Federal funding including the NIH: there remains material uncertainty and risk to US NIH funding levels (and other Federal agencies) to which management estimate a total Group exposure of between 10% to 15% of revenues. Given the situation is still evolving, management have prudently assumed a material reduction pending further clarity.
お知らせ • Dec 17Oxford Nanopore Technologies plc Appoints Kate Priestman as Senior Independent DirectorOxford Nanopore Technologies plc announced that Kate Priestman has been appointed as Senior Independent Director with immediate effect. Kate has been a Non-Executive Director of the Company since 13 July 2023 and is a member of the Remuneration and Nomination Committees.
お知らせ • Dec 16Oxford Nanopore Technologies plc to Report Fiscal Year 2024 Results on Mar 04, 2025Oxford Nanopore Technologies plc announced that they will report fiscal year 2024 results on Mar 04, 2025
お知らせ • Nov 11Oxford Nanopore Technologies plc Announces Executive ChangesOxford Nanopore Technologies plc announced that Rosemary Sinclair Dokos has been appointed as Chief Product and Marketing Officer and Dr Lakmal Jayasinghe has been appointed as Chief Scientific Officer, effective immediately. Rosemary and Lakmal, who will report to Chief Executive Officer Dr Gordon Sanghera, succeed Clive Brown, Chief Officer of Technology, Innovation, and Products, who has stepped down to pursue new projects. Clive will be available to the business on an advisory basis to support an effective transition. Rosemary has more than 18 years' experience in innovation, including product management and commercial functions. She joined Oxford Nanopore in 2014 andhas been apivotal force in driving the Company's product strategy and execution, overseeing the development of Oxford Nanopore's platform technologies, including the recent PromethION 2 and GridION Q-Line launches. In her new role, Rosemary will continue leading the development of products that include new multiomic, clinical, biopharma and industrial applications, in addition to platform technology innovations and marketing. Lakmal is a highly respected, world-leading nanopore and protein sensing scientist and scientific leader, with more than 18 years' experience. He joined Oxford Nanopore in 2007 andhas been responsible for all biological research and development projects at Oxford Nanopore.Lakmal will continue to lead efforts to integrate new multiomic capabilities, including genomics, transcriptomics, proteomics, and metabolomics, into the Company's platform.
お知らせ • Oct 01Oxford Nanopore Technologies plc Appoints Daniel Mahony as A Non-Executive DirectorOxford Nanopore Technologies plc announce that Dr Daniel Mahony will be joining the Group as a Non-Executive Director with effect from 1 October 2024. Daniel brings extensive sector experience to help accelerate Oxford Nanopore's commercial traction, with more than 25 years as a global healthcare investor specialising in biotechnology, medical technology and healthcare services. As Senior Partner in Growth Investments at Novo Holdings, Daniel will serve as a critical sounding board to the Group as it continues to advance its technology platform to address a significant commercial opportunity in biopharmaceuticals. In addition, he currently chairs the UK BioIndustry Association and is a Non-Executive Director of the Wellcome Sanger Institute. Prior to joining Novo Holdings, Daniel co-founded the healthcare business unit at Polar Capital in London, growing it to more than $4 billion in assets under management. He was formerly a Senior Research Analyst at Morgan Stanley in London, an Analyst at ING Barings Furman Selz in New York, and completed his postdoctoral work at DNAX Research Institute in Palo Alto. Dr Guy Harmelin, a non-executive director of the Group, who has served on the Board since 2020, has informed the Board of his intention to step down from the Board with effect from today. Dr Guy Harmelin, is stepping down to focus on various other Directorship responsibilities.
お知らせ • May 03Oxford Nanopore Technologies plc to Report First Half, 2024 Results on Sep 03, 2024Oxford Nanopore Technologies plc announced that they will report first half, 2024 results on Sep 03, 2024