TSUKUBA, Japan, Jan 8, 2026 - (ACN Newswire via SeaPRwire.com) - Technologies that underpin modern society, such as smartphones and automobiles, rely on a diverse range of functional materials. Materials scientists are therefore working to develop and improve new materials, but predicting material properties is no simple task. Data science is key to transforming this field, and new tools powered by artificial intelligence are expected to accelerate the exploration, collection, and management of materials property data worldwide.Researchers and artificial intelligence work together to collect experimental materials science data from papers worldwide and build a database. (Copyright: Kenji Tashiro. Instagram: ripplemarkmaker. CC-BY-4.0)The relationship between functional materials and their properties is complex. Even slight differences in composition or synthesis methods can affect electronic states and microstructures, often resulting in entirely different properties. For this reason, theoretical models alone cannot provide reliable predictions, and the intuition of researchers and engineers built on years of experience has played a significant role.Machine learning is a technology that can learn empirical trends rather than relying on theory. By applying machine learning to experimental data in materials science, it may be possible to replicate such intuition computationally. Large language models (LLMs), such as ChatGPT, now support the daily lives of many people and are capable of flexible information extraction that takes background knowledge and context into account. This opens up the possibility of automating the process of converting complex information sources like scientific papers into structured data. If large-scale datasets of experimental data can be built through this approach, it is expected to enable researchers to gain inspiration through a bird's-eye view of the data, as well as to realize property predictions based on empirical trends using machine learning.A team led by Dr. Yukari Katsura, a Senior Researcher at the National Institute for Materials Science (NIMS), has focused on this potential and developed two new tools to accelerate the construction of Starrydata, a materials property database built from data collected from scientific papers. This work was recently published in the journal Science and Technology of Advanced Materials: Methods."Graphs in the millions of papers published to date contain valuable experimental data collected by past researchers, and much of it remains untapped," says Prof. Katsura. In the Starrydata project, which she launched in 2015, data collection from papers was performed manually and supported by the independently developed Starrydata2 web system, successfully amassing an unprecedented volume of experimental data. The new tools are designed to further streamline this data collection process. "We found that by specifying a data structure and giving instructions to an LLM, we can accurately and comprehensively extract information about figures, tables, and samples from the text of paper PDFs across a wide range of fields."Prof. Katsura added, "Many publishers prohibit the use of artificial intelligence on paper PDFs, so we are currently developing the system to target open-access papers."The first tool, Starrydata Auto-Suggestion for Sample Information, is a function that reads the text of a paper and suggests candidate entries for data fields pre-designed for each materials domain; it is already integrated into the Starrydata2 web system. When a user pastes text from a paper's abstract or experimental methods section, it is sent to OpenAI's GPT via API, and candidate entries in English are automatically displayed below each input field.The second tool, Starrydata Auto-Summary GPT, deconstructs an entire open-access paper PDF uploaded by the user and automatically summarizes all descriptions of figures, tables, and samples appearing in the paper as a structured data in JSON format. The JSON data output is generated using ChatGPT's custom GPT feature, and the resulting data can be viewed as an easy-to-read table in a web browser. Although this data is not currently incorporated directly into the Starrydata database, it dramatically accelerates the work of data collectors in quickly locating target data and entering information. Note that reading data points from graph images is difficult for LLMs, so this task is performed by data collectors using an independently developed semi-automated tool."A paper is a logical structure assembled to convey the author's claims, but by deconstructing it and returning it to the form of experimental data, other researchers can also use it for their own research," says Dr. Katsura. "In this way, we are aiming for a future where experimental data from all materials science fields can be shared in digital format and viewed from a bird's-eye perspective."At present, Starrydata has only progressed in building databases for certain materials science fields, such as thermoelectric materials that convert heat and electricity, and magnets. However, as an open dataset that can be used for new materials development, it is beginning to be utilized primarily by leading researchers around the world. The team is advancing their research with the aim of raising broader awareness of the potential of such large-scale experimental data and establishing paper data collection as a recognized form of research within the scientific community.Further informationYukari KatsuraSenior Researcher, National Institute for Materials Science (NIMS)KATSURA.Yukari@nims.go.jp(Yukari Katsura is also an associate professor at University of Tsukuba and guest researcher at RIKEN)Paper: https://doi.org/10.1080/27660400.2025.2590811 About Science and Technology of Advanced Materials: Methods (STAM-M)STAM Methods is an open access sister journal of Science and Technology of Advanced Materials (STAM), and focuses on emergent methods and tools for improving and/or accelerating materials developments, such as methodology, apparatus, instrumentation, modeling, high-through put data collection, materials/process informatics, databases, and programming. https://www.tandfonline.com/STAM-M Dr Kazuya SaitoSTAM Methods Publishing DirectorSAITO.Kazuya@nims.go.jpPress release distributed by Asia Research News for Science and Technology of Advanced Materials. Copyright 2026 ACN Newswire via SeaPRwire.com. All rights reserved. www.acnnewswire.com

RAS AL KHAIMAH CITY, UAE, Jan 7, 2026 - (ACN Newswire via SeaPRwire.com) - As businesses face increasing regulatory complexity across borders, RAK ICC offers flexible solutions to simplify expansion and protect assets.RAK ICC offers a straightforward and globally aligned registration of holding companies for high net worth individuals, families and their advisors looking to manage investments, shareholding structures, and regional expansion. With a focus on regulatory compliance and operational efficiency, RAK ICC provides businesses with the tools needed to scale within the UAE and across the region.In an ever-changing global business landscape, RAK ICC allows businesses to operate within the UAE's well-established economic and legal frameworks, ensuring they meet both local and international standards while managing operations effectively.Key Features of RAK ICC's Platform:Streamlined Business Management: RAK ICC makes it easier for companies to consolidate operations and manage investments across regions, reducing complexity and increasing efficiency.Tax Efficiency and Dividend Repatriation: RAK ICC helps businesses potentially optimize their tax structures and manage dividend repatriation across borders, making cross-border operations smoother and more cost-effective.Intellectual Property Protection: RAK ICC provides tools to help businesses protect their intellectual property, ensuring that valuable assets are safeguarded as they grow.Seamless Integration with the UAE's Economic and Legal Systems: RAK ICC benefits from being closely integrated with the UAE's legal and economic systems, offering businesses a secure and regulated environment to operate within.Designed for Businesses of All Sizes: Whether you're a family-owned business, a scale-up, or a multinational investor, RAK ICC offers flexible solutions to meet the diverse needs of businesses at various stages of growth.RAK ICC is built to provide businesses with a stable foundation for managing operations and investments. Whether you're consolidating assets or expanding operations, it offers nimble solutions to help companies grow and stay compliant with regulations."Our mission is to help families and businesses manage wealth nimbly and preserve their legacies, backed by RAK ICC's secure and reputable jurisdiction."Sandra Louw, CEO of RAK ICCToday, RAK ICC stands as one of the region's most established corporate registries, with more than 40,000 incorporations benefiting from its secure and compliant ecosystem.About RAK ICCRas Al Khaimah International Corporate Centre (RAK ICC) is a corporate registry based in Ras Al Khaimah, United Arab Emirates. The organisation provides international business companies and foundations, typically used for private and business structuring, asset consolidation, and succession planning. To date, RAK ICC has incorporated thousands of international companies and supports multi-billion dirhams in structured assets. It serves high-net-worth individuals, entrepreneurs, and businesses seeking flexible and secure solutions for long-term business and wealth management.For media enquiries, contact us at:Phone: +971 7 207 7177Email: info@rakicc.comWebsite: https://www.rakicc.com/contact-us/SOURCE: RAK ICC Copyright 2026 ACN Newswire via SeaPRwire.com. All rights reserved. www.acnnewswire.com

Vancouver, British Columbia--(ACN Newswire via SeaPRwire.com - January 7, 2026) - Military Metals Corp. (CSE: MILI) (OTCQB: MILIF) (FSE: QN90) (the "Company" or "MILI") is pleased to report the first analytical results of the Company's definition drilling campaign at the 100% owned flagship Trojarová Antimony Gold Project (the "Project") in Slovakia as announced on November 4, 2025. The holes were designed to confirm historical drilling results and to support SLR Consulting's work towards establishing a current mineral resource estimate on the Project. These priority assay results represent the main mineralized zone from the first hole of the program, 25-TVA-001.Highlights of the Results from hole 25-TVA-001 Include:23.2 meters (m) of 2.22 % Antimony (Sb) over a true width of 20.1m from 144.3m to 167.5mIncluding: 7.9m of 4.9% Sb over a true width of 6.8m from 152.7m to 160.6m23.2m of 1.27 g/t Gold (Au) over a true width of 20.1m from 144.3m to 167.5mIncluding: 6.2m of 3.17 g/t Au over true width of 5.4m from 160.6m to 166.8mScott Eldridge, Chief Executive Officer of the Company, commented, "We are thrilled by these first results from the Trojarová Antimony Gold Project confirmation drilling campaign. This validation of the quality and continuity of historical results provides crucial confidence as we proceed with the completion of the project's first modern Mineral Resource Estimate which is expected to be completed by SLR Consulting this quarter. We are confirming that Trojarová hosts antimony mineralization consistent with earlier work but now supported by contemporary assays. In the context of Europe's Critical Raw Materials Act, these results underscore Trojarová's potential to become a strategically important antimony project for the European Union at a time when secure, domestic supply of critical minerals has never been more important. Trojarová stands out as the only known antimony project in Europe with extensive historical drilling that can now be supported by modern drilling and assays. This combination significantly enhances the project's strategic relevance as the EU works to secure reliable, home-grown supply of critical minerals."The Company is working to complete the logging and sampling of the remaining drill core and to expedite the release of complete assay results as quickly as possible. Further details of the complete drill program will be included in future releases as the campaign's data is verified and finalized including professional location surveys of final drillhole collar locations.The complete results, outlined below in Table 1, show a distinct metal zonation within the main zone. Antimony and gold mineralization are consistently present throughout the main zone with a distinct 7.9m interval of Antimony enrichment from 152.7m to 160.6m immediately overlying a 6.2m interval of gold enrichment between 160.6m and 166.8m. Antimony values in the enriched interval range from 0.76% to 12.8%. Gold values in the enriched interval range from 1.26 g/t to 10.45 g/t.Table 1. Complete table of analytical results received to date and discussed in this release. Results exceeding 1.0 % Sb or 1.0 g/t Au are italicized.From(m)To(m)Drilledlength(m)TrueWidth(m)SampleIDAntimony %Gold g/t144.3145.310.92927220.08120.1m @2.22 %True-Width 1.4420.1m @1.27 g/tTrue-Width 145.3146.310.92927230.556 1.36 146.3146.70.40.32927241.74 0.06 146.7147.30.60.52927251.595 0.8 147.31480.70.62927262.53 0.36 148148.70.70.62927271.175 0.43 148.7149.50.80.72927280.198 1.63 149.5150.510.92927290.224 0.24 150.5151.10.60.52927310.606 0.26 151.11520.90.82927320.557 0.14 152152.70.70.62927330.317 0.02 152.7153.50.80.72927342.036.8m @ 4.9 % True-Width0.44 153.51540.50.429273610.850.3 15415510.92927377.40.59 155155.70.70.62927381.930.1 155.7156.10.40.329273912.80.72 156.1157.110.92927417.580.99 157.1158.110.92927423.350.8 158.1158.60.50.42927430.7610.1 158.6159.610.92927443.590.28 159.6160.610.92927452.90.38 160.6161.50.90.82927460.625 3.075.4m @ 3.17 g/tTrue-Width161.5162.10.60.52927470.903 1.77162.11630.90.82927480.752 10.4516316410.92927490.681 1.7516416510.92927511.62 1.26165165.80.80.72927520.793 2.12165.8166.20.40.32927531.77 2.33166.2166.80.60.52927541.275 1.28166.8167.50.70.62927550.469 0.36 Figure 1. Massive Stibnite (Sb2S3) from sample 292739 (155.7m – 156.1m) in hole 25-TVA-001 which returned 12.8% Antimony.To view an enhanced version of this graphic, please visit: https://images.newsfilecorp.com/files/10818/279681_3bc5fdd1742359a4_002full.jpgFigure 2. Map of 2025 and Soviet era diamond drillholes in the north-central portion of Military Metals Trojarová Project.To view an enhanced version of this graphic, please visit: https://images.newsfilecorp.com/files/10818/279681_3bc5fdd1742359a4_003full.jpgTable 2. Drillhole collar information for drillhole 25-TVA-001, geochemical results of which are disclosed in this release. Collar location is presented as a "planned" or "spotted" coordinate pending final professional location survey of drillhole collars. WGS 84 / UTM Zone 33N DrillholeEastingNorthingElevationLength (m)DipAzimuth25-TVA-0016627005358608641292.2-65220History of the Project and Historical ResourceDiscovered nearly fifty years ago, Trojarová was the focus of extensive surface and underground exploration over 2km of strike length between 1983 and 1995, including 63 diamond drillholes totaling 14,330 meters, and 1.7 kilometers of underground workings. Historical exploration efforts culminated in a historical mineral resource estimate published by the Slovak Geological institute in 1992 (see "Historical Resource Estimates" below). Per this historical estimate, at a cut-off grade of 1.0% antimony, Trojarová hosts 2.46 million tonnes averaging 2.47% antimony and 0.635 grams per tonne gold in a mineralized zone averaging 3.32 meters wide, containing approximately 60,000 tonnes of antimony in situ.The historical estimate at Trojarová was classified using the Slovak version of the newly post-Soviet Russian classification system, which uses categories not directly comparable to modern standards as defined by the Canadian Institute of Mining, Metallurgy & Petroluem ("CIM") Definition Standards for Mineral Resources & Mineral Reserves. The Slovak Geological Institute, the State agency that carried out all exploration and underground development work at Trojarová, classified the resource as "P1" in the Slovak version of the Russian classification system. P1 is most comparable in CIM's classification system to "Inferred Mineral Resources," which is defined by the CIM as that part of a Mineral Resource for which quantity and grade or quality are estimated on the basis of limited geological evidence gathered through appropriate sampling techniques from locations such as outcrops, trenches, pits, workings and drill holes. A qualified person has not done sufficient work to classify the historical estimate as current, and the Company is not treating the historical estimate as current. For additional information relating to the historical estimate see below under the heading "Historical Resource Estimates".The Company announced January 8th, 2025, that SLR Consulting had been engaged to complete a modern mineral resource estimate of the Trojarová Project. The current drill program supports this work by seeking to confirm historical results and validate preliminary resource models.Preliminary modelling of historical data indicates the Trojarová deposit may display a trend of thickening and increasing antimony grades to the NW. The Company has targeted projected extensions of the deposit along this vector with 2 of the campaigns 7 drillholes with the aim to expand the current extents of the known deposit.About the ProjectDiscovered in the late 1970s, Trojarová was the focus of extensive surface and underground exploration from 1983 to 1995, with 63 core holes for a total of 14,330m, and 1.7km of underground workings completed. Efforts continued over the years as additional trenches were dug, and holes were drilled. Starting in 1990, underground development work began ultimately comprising a 300-meter-long adit connected to a 700-plus meter-long drive in the footwall of the mineralized zone with seven crosscuts into the mineralized zone for sampling purposes. These efforts culminated in a multi-volume study comprising drill logs, analyses, drill plans, maps and sections, deposit model studies, petrographic studies, metallurgical studies and more, culminating in a multi-volume compendium of reports produced by the Slovak Geological Institute published in 1992.Analytical and QA/QC ProceduresThe program was completed using PQ and HQ sized drill core. Sampled intervals were identified by logging geologists and assigned a unique sample identification number. Samples were split in two halves using a diamond bladed saw with one half remaining in the core box as a permanent record and the half placed in a plastic sample bag, both marked with a waterproof tag bearing the unique sample number which was also written on the sample bag in permanent marker. Samples were transported from the Company's secure facility by private courier to ALS Laboratories in Romania for geochemical analysis. The samples were analyzed using multi-element package ME_ICP41a and for gold using fire assay package Au-AA25. ME_ICP41a is an ore grade package involving digestion of a 0.4g sample by aqua regia with an Inductively coupled plasma - atomic emission spectrometry (ICP_AES) finish. The Au-AA25 fire assay method is an ore grade analysis using a 30g aliquot. The aliquot is mixed with flux composed of PbO and SiO2 with variable amounts of borax, soda ash and other reagents. The flux and sample are mixed, then heated at high temperature (>1,000°C) to decompose rock lattices and allow gold within the sample to be collected into a lead button. The button is placed in a porous cupel and heated again in an oxidizing environment to convert lead to lead oxide that is absorbed into the cupel, leaving the precious metals behind as a doré bead or prill. The gold content of the prill is then determined by atomic adsorption spectrometry.Both analyses are preceded by the preparation package Prep-31Y whereby the entire sample is crushed to 70% passing 2mm, a 250g split is collected by rotary splitter and pulverized to 85% passing 75 microns. Laboratory over-limits analysis methods were applied as required for both Sb and Au. A systematic QAQC protocol was employed that includes systematic insertion in the sample stream of certified reference materials and blank samples at a frequency of 1 in 10, plus analysis of duplicate pulp splits at a frequency of 1 in 30.Qualified PersonThe technical contents of this release were reviewed and approved by David Murray, P.Geo, VP-Exploration for Military Metals and a qualified person as defined by National Instrument 43-101.For more information about Military Metals Corp. and its critical minerals initiatives, please visit: https://www.militarymetalscorp.com.LinkedIn:https://www.linkedin.com/company/military-metals/X: https://x.com/militarymetalsFacebook: https://www.facebook.com/profile.php?id=61564717587797About Military Metals Corp.The Company is a British Columbia-based mineral exploration company that is primarily engaged in the acquisition, exploration and development of mineral properties with a focus on antimony.ON BEHALF OF THE BOARD of DIRECTORSFor more information, please contact:Scott EldridgeCEO and Directorscott@militarymetalscorp.com or info@militarymetalscorp.comFor enquiries, please call 604-537-7556Historical Resource EstimatesThis news release includes disclosure of a historical resource estimate. A qualified person has not done sufficient work to classify the historical estimate as current mineral resources or mineral reserves. The Company does not treat the historical estimate as current.The historical estimate related to the Trojarová Property was taken from a compendium produced by the Slovak Geological Survey, completed in March 1992 based on exploration work undertaking in the 1980s and 1990s. It is entitled (English translation): "FINAL JOB REPORT, PEZINOK-TROJAROVA, Geological Survey State Enterprise", report compendium number 78406 (Michel et al, 1992).The Slovak Geological Institute, the state agency that carried out all exploration and underground development work at Trojarová, classified the historical resources as "P1" and "C2" in the Slovak version of the Russian classification system, respectively. These are closest within the Canadian Institute of Mining, Metallurgy & Petroleum's ("CIM") classification system to "inferred mineral resources," which is defined by the CIM as that part of a mineral resource for which quantity and grade or quality are estimated on the basis of limited geological evidence gathered through appropriate sampling techniques from locations such as outcrops, trenches, pits, workings and drill holes.The historical work carried out appears comprehensive, detailed and at a professional standard. The Company considers this historical data to be relevant as the Company will use these data as a guide to plan future exploration programs. The Company also considers the data to be reliable for these purposes.This news release contains "forward-looking information". Often, but not always, forward-looking statements can be identified by the use of words such as "plans", "expects", "is expected", "budget", "scheduled", "estimates", "forecasts", "intends", "anticipates", or "believes" or variations (including negative variations) of such words and phrases, or state that certain actions, events or results "may", "could", "would", "might" or "will" be taken, occur or be achieved. Forward-looking information in this news release includes the timing of the mineral resource estimate, future drilling and exploration work at Trojarová, the continuation of the value of antimony, and the future needs of Europe and the E.U. specifically. A variety of factors, including known and unknown risks, many of which are beyond our control, could cause actual results to differ materially from the forward-looking information in this news release. These include geopolitical developments related to the supply and value of antimony, the continued use of antimony and availability of alternatives, availability of capital and labour in respect of the property that is the subject of this news release, the results of any future exploration activities, which cannot be guaranteed, and any other future activities in respect of the property held by the Target. Additional risk factors can also be found in the Company's public filings under the Company's SEDAR+ profile at www.sedarplus.ca. Forward-looking statements contained herein are made as of the date of this news release and the Company disclaims any obligation to update any forward-looking statements, whether as a result of new information, future events or results or otherwise. There can be no assurance that forward-looking statements will prove to be accurate, as actual results and future events could differ materially from those anticipated in such statements. The Company undertakes no obligation to update forward looking statements if circumstances, management's estimates or opinions should change, except as required by securities legislation. Accordingly, the reader is cautioned not to place undue reliance on forward-looking statements.The Canadian Securities Exchange has neither approved nor disapproved the information contained herein and does not accept responsibility for the adequacy or accuracy of this news release.To view the source version of this press release, please visit https://www.newsfilecorp.com/release/279681 Copyright 2026 ACN Newswire via SeaPRwire.com. All rights reserved. www.acnnewswire.com

SINGAPORE, Jan 7, 2026 - (ACN Newswire via SeaPRwire.com) - Leading regional private healthcare provider group Fullerton Health (“Fullerton Health” or the “Group”) said today it has successfully acquired one of Singapore’s largest otolaryngology (Ear, Nose, & Throat - “ENT”) specialist practices, The ENT Clinic Pte Ltd (“The ENT Clinic”), to deepen its specialty care capabilities in its home market as part of its growth strategy.The ENT Clinic's team of specialists: (L-R): Dr Jeeve Kanagalingam, Dr Chris Hobbs, Dr Ho Eu Chin, Dr Rebecca Heywood, Dr Sandeep UppalFounded by experienced ENT specialist Dr Jeeve Kanagalingam in 2015, the ENT Clinic has grown from a single doctor practice to a network of five specialists operating across three clinics which are well-placed in Singapore’s medical hubs, Camden, Novena and Gleneagles Tanglin. These specialists cover various crucial sub-specialties of ENT and have a strong reputation for clinical excellence.This acquisition will enable Fullerton Health to strengthen its presence in the ENT space, which has been identified as one of the top specialties focus for the Group given the high referral volumes and synergy within the Group’s services, which include diagnostic imaging, executive health screening, primary care, and network management referral.The acquisition will expand Fullerton Health’s network of high-quality specialist care and allow the Group to better deliver integrated, patient-centric healthcare services across Southeast Asia. Fullerton Health’s other specialist care capabilities in Singapore include cardiology, orthopaedics, and endocrinology, amongst others.“We are delighted to welcome The ENT Clinic into the Fullerton Health family,” said Ms Margareta Laminto, Managing Director, Specialist & RadLink, and Group Chief Sustainability Officer of Fullerton Health. “Acquiring a market leader with strong brand perception in Singapore’s ENT clinical services not only expands our clinical service capabilities but also enables us to tap into new opportunities and serve more patients with quality coordinated care. This enhances our ability to deliver seamless, accessible, and trusted care to our members, patients and customers.”Following the acquisition, The ENT Clinic will be able to access the Group’s ecosystem of coordinated medical care, enabling seamless multidisciplinary collaboration and enhanced care for Fullerton Health’s patient base of over 4.5 million covered lives across the region.Fullerton Health’s Specialist Division will collaborate closely with the ENT specialists to unlock new growth opportunities and deliver integrated ENT care to patients across Fullerton Health’s extensive regional network.The ENT Clinic’s team will continue to operate under its current brand name, ensuring continuity of care and preserving the trusted relationships it has built with patients and referring physicians. Supported by Fullerton Health’s operational expertise and network, the clinic will also explore opportunities to expand service offerings, invest in technology, and strengthen clinical service initiatives in ENT care.“Joining Fullerton Health marks an exciting new chapter for The ENT Clinic,” said Dr Jeeve Kanagalingam, Founder, The ENT Clinic. “We see strong synergies in partnering with a well-established healthcare organisation with deep operational and clinical expertise. Fullerton Health’s long-term commitment to building sustainable healthcare platforms aligns closely with our values. Together, we can enhance access to quality ENT care while preserving the high standards and patient-centric ethos our clinic is known for.”About Fullerton HealthFullerton Health is a leading integrated healthcare solutions provider. Established in 2010, the Group operates across the Asia-Pacific region, with close to 550 clinics and a network of over 18,000 providers. It supports the entire care journey – from managed care and network management to primary care, diagnostics, specialty, and ancillary services.Fullerton Health combines clinical excellence with tailored corporate healthcare programs, medical advisory expertise, and digital innovation to meet the diverse needs of its clients. Guided by its purpose – seamless, accessible and trusted healthcare for all – the Group is committed to delivering high-quality care across the region. https://www.fullertonhealth.com Fullerton Health Media Contact:Veronica ChiuSenior Vice President, Group Corporate Communications & Singapore MarketingFullerton Health Email Address: comms@fullertonhealth.com About The ENT ClinicFounded in 2015, The ENT Clinic is located at Mt Elizabeth Novena Hospital, Gleneagles Hospital and Camden Medical Centre in Singapore. Its specialists in Otolaryngology, Head and Neck Surgery and Facial Plastic Surgery, with combined training and work experience of over 100+ years in the United Kingdom, Australia, Canada, India and Singapore, are supported by experienced nurses, speech therapists and audiologists. https://www.entclinic.sg Copyright 2026 ACN Newswire via SeaPRwire.com. All rights reserved. www.acnnewswire.com