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Hamad Medical Corporation (HMC) has signed a Memorandum of Understanding (MoU) with AbbVie Biopharmaceuticals Gulf Levant to bring the Clinical Research Advancement Integrated Signature Programme (CRISP) to HMC.The programme is designed to give clinical research professionals access to world-class training, internationally recognised certification, and ongoing professional support.AbbVie, in partnership with the Association of Clinical Research Professionals (ACRP), the only non-profit dedicated exclusively to supporting clinical research professionals globally-will offer a structured learning programme for HMC's researchers and healthcare staff. Through this collaboration, participants will benefit from a structured learning pathway and also have the opportunity to earn ACRP certifications.Training will cover areas such as good clinical practice, patient safety, research ethics, protocol design, inspection readiness, and the use of new models.By adopting CRISP, HMC aims to further strengthen the quality and impact of its clinical research, supporting safer, more effective treatments and better outcomes for patients.HMC seeks to build stronger research capacity and ensure its work meets the highest global standards. Ultimately, this will benefit patients and help position Qatar as a leader in medical innovation.CRISP will help set new benchmarks in education, certification, and patient safety-empowering clinical research professionals to advance healthcare outcomes and raise the standards of care at HMC and beyond.

Qatar University (QU)’s Young Scientists Centre (YSC) has concluded the seventh edition of its 2025 Summer Research Training Programme, which served as an exceptional platform for students to pursue academic and research excellence.The closing ceremony featured a research poster exhibition showcasing the innovative projects and creative achievements developed by participating students.This year’s programme provided the students opportunities to enhance research skills and engage in innovative projects across several vital fields, including energy and environment, health and biomedical sciences, information and communication technology, and social and human sciences.“Over the years, the programme has proven its effectiveness in empowering students to develop their research capabilities and progress from inquiry to scientific discovery,” said associate vice-president (Research and Graduate Studies) Dr Mohamed Alsafran.He noted that this year saw outstanding participation, with 245 students taking part in 34 research projects across various disciplines.Dr Alsafran emphasised that the programme’s success reflects the productive collaboration among the university’s research centres and colleges, which have actively contributed to strengthening the QU’s multidisciplinary research platform, supporting excellence and innovation, and reinforcing the university’s commitment to building national capacity and achieving sustainable development.Dr Zubair Ahmad, the head of Module Development and Publication at the YSC, highlighted that the Summer Research Training Programme serves as a cornerstone in fostering research capabilities among youth.He described it as a strategic platform that transforms students into researchers and innovators capable of addressing contemporary challenges.Dr Ahmad added that the programme provides students with a unique opportunity to engage in real scientific research designed to enhance their technical and research skills through collaborative work with experts and mentors.He further said that the programme focuses on capacity building, enabling students to acquire the skills, knowledge, and confidence necessary to contribute effectively to the knowledge-based economy envisioned in Qatar National Vision 2030.Among the winning projects were:* “The Effect of Catalyst Support Acidity and Basicity on CO₂ Conversion in the RWGS Reaction” in the Energy and Environment category, supervised by Dr Anand Kumar and Dr Parisa Ebrahimi from the College of Engineering.* “Years of Change: How University Life Shapes Students’ Dietary Habits and Physical Activity” in the Health and Biomedical Sciences category, led by Dr Rima Tayyem from the College of Health Sciences.* “A Smart Warning System for Distracted Motorcycle Riders Using Machine Learning Techniques” in the Information Technology category, supervised by Dr Qainat Hussain from the College of Engineering.* “Digital Transformation and AI Integration: Exploring Perceived Educational Benefits in Non-STEM Education” in the Social and Human Sciences category, supervised by Dr Julie Bhadra and Somaya Muneer from the YSC.These achievements reflected not only the quality of academic supervision but also the students’ ability to translate knowledge into pioneering research outcomes with tangible societal impact.The Summer Research Training Programme is one of the QU’s strategic initiatives, reflecting its commitment to developing students’ scientific capabilities and empowering them to become future research leaders capable of innovation and contributing to societal advancement.

A comprehensive study conducted by a research team from the University of California, USA, revealed that children with autism spectrum disorder (ASD) are more likely to experience chronic digestive problems. The study evaluated data from more than 300 children with autism, compared to more than 150 children without the disorder, through parental questionnaires and a long-term follow-up period of nearly a decade. The results, published in the journal "Autism," showed that children with autism were 50% more likely to initially experience digestive symptoms. Over time, the risk increased significantly, with children four times more likely to experience these symptoms than children without the disorder. Dr. Christine Wu Nordahl, the study's lead researcher, said that it's not about finding a single cause, but rather understanding the child as a whole. She added that supporting digestive health is an important step in improving the quality of life for children with autism. The researchers noted that the traditional diets common among children with autism, which often rely on low-fiber, processed foods, may increase the risk of digestive problems such as bloating, constipation, and diarrhea. They noted that gut bacterial imbalances are common in this group, which may increase the likelihood of symptoms appearing.

Snoonu, Qatar’s homegrown super-app and technology leader, has announced an expanded research and development (R&D) growth programme anchored by sustained in-country investment and the highlight of its Innovation District.This initiative reinforces the company’s mission to develop world-class technology in Qatar, for Qatar and the wider region, while contributing directly to the goals of Qatar National Vision 2030.Over the years, Snoonu has established a strong record in R&D through pioneering projects in artificial intelligence (AI), logistics, and customer experience.These investments have delivered award-winning outcomes and strengthened Snoonu’s role as a national innovation leader.Over the years, Snoonu has built a strong R&D track record across artificial intelligence, logistics, and customer experience. These investments have delivered award-winning results and reinforced Snoonu’s role as a national innovation leader. With an ambitious ongoing investment program, Snoonu continues to deploy technologies that streamline operations, reduce delivery times, and ultimately save customers valuable time in their daily routines.The new R&D programme is centred on a major milestone in Snoonu’s growth: the Snoonu Innovation District.As a dedicated hub for cutting-edge technologies and talent development, the centre embodies Snoonu’s champion vision to push the boundaries of innovation while creating opportunities for knowledge-sharing and collaboration across industries.“Snoonu was built on the belief that Qatar can create technology at global standards while reflecting our local values,” said Snoonu founder and chief executive Hamad al-Hajri. “By deepening our R&D investment and launching the Snoonu Innovation District, we’re putting that belief to work, cultivating talent, accelerating innovation, and delivering impact for our customers, partners, and community.”Looking ahead, Snoonu’s R&D efforts will concentrate on scalable solutions that reinforce Qatar’s position as a global leader in technology.Central to this strategy is the company’s plan to have 1,000 engineers by 2030, creating pathways for local talent to become future technology leaders while enriching the ecosystem with expertise from more than 90 nationalities.This commitment is reflected in Snoonu’s collaboration with Qatar Foundation universities, where graduates are empowered and integrated into the team.“Our five-year R&D strategy focuses on advancing AI, automation, and sustainable green logistics,” said Jose Juan, director of R&D – Logistics Product/Engineering at Snoonu. “We are also strengthening our super-app ecosystem for GCC markets to deliver smarter, more personalised customer experiences while keeping human connection at the core.”Snoonu’s R&D agenda is designed to align with Qatar’s priorities for economic diversification, human capital development, and sustainability.By investing in talent and technology, the company is reinforcing the nation’s innovation ecosystem and contributing to its long-term strategy of becoming a global hub for technology and entrepreneurship.Beyond business growth, Snoonu’s R&D innovations are shaping Qatar’s wider innovation ecosystem.The company has supported global events such as Formula 1, MotoGP, and the Doha Book Fair with advanced technology, while also advancing education through research collaborations and empowering small and medium-sized enterprises (SMEs) and home businesses with digital platforms and reliable infrastructure.These achievements are reinforced by QR800mn in strategic investment from Jahez Group, valuing the company at over QR1bn and making it the first Qatari tech startup to cross this milestone.This landmark positions Snoonu on the path to becoming Qatar’s first “unicorn” and one of the most dynamic technology powerhouses in the GCC.

Lower bank rates in Qatar will be an additional boost to consumers and corporates, Emirates NBD Research has said in a report.Recently, the Qatar Central Bank (QCB) decided to reduce the current interest rates for deposits, lending and repo by 0.25% or 25 basis points (bps). The new rates took effect on September 18.The QCB’s deposit rate (QCBDR) is now 4.35%, lending rate (QCBLR) 4.85% and repo rate (QCBRR) 4.60%.The QCB said the rate cut followed its “assessment of the current monetary policy of Qatar.On the impact (of the US Federal Reserve rate cut) on GCC economies, Emirates NBD Research said, “The rate cut has been matched by the GCC given that the currency pegs mean that monetary policy tends to move in lockstep with that of the Fed.Besides Qatar, the UAE, Saudi Arabia, Bahrain, Oman, and Kuwait central banks have all cut their benchmark policy rates by 25bps, Emirates NBD noted.In a report, the UAE banking group said: “Lower rates will be an additional boost to consumers and corporates in the GCC economies. Credit growth to the private sector has accelerated in 2025 for both the UAE and Saudi Arabia compared with 2024.“In the UAE, banking claims on the private sector have recorded an average year/year growth of more than 8% this year, compared with 7% for 2024. In Saudi Arabia, credit demand has been even more robust with growth of more than 14% year-to-date up to July compared with around 11% in 2024.”The report noted: “As rates move lower, that will free up more income for consumption and investment and at the margin create more demand for credit. In a recent Central Bank of the UAE survey on credit demand, interest rates were the least critical variable cited as affecting demand for loans from the domestic banking system with corporates instead seeking to match the performance of the non-oil economy.”Emirates NBD said: “The US Federal Reserve cut rates by 25 bps (0.25%) at the September FOMC, in line with our expectations. This was the first rate change from the FOMC since December 2024 and takes the upper bound of the benchmark Fed funds rate to 4.25%.”According to the bank, the next FOMC meeting is at the end of October and will very much be a live meeting with the expectation of another 25bps cut nearly 90% priced in by markets following the September meeting. Should economic data continue to follow the path seen in the last few months — moderate inflation pressures with worsening labour market conditions — then an October cut looks more likely than not. We still expect a rate cut at the December FOMC at this time.For 2026, the Fed projected a more hawkish stance than markets are expecting as it keeps an eye on the inflationary risks of tariffs and sticky services inflation.“We still expect that the Fed will need to cut rates next year, targeting an end of 2026 Fed Funds rate at 3% by end of year,” Emirates NBD noted.

The Department of Islamic Research and Studies at the Ministry of Endowments and Islamic Affairs will launch the first event of the second cultural season of the 'Knowledge Integration' seminar series on Tuesday.The first seminar will discuss the possible implications of the process of knowledge integration, within the framework of examining and reflecting on selected models from the long history of Islamic civilization and the cultural, intellectual, and scientific achievements that have continued to shape the present and build the future.The seminar will be held at the Imam Muhammad bin Abdul Wahhab Mosque, immediately after Isha prayer. Held in cooperation with the Ibn Khaldon Centre for Humanities and Social Sciences at Qatar University, the seminar will feature the participation of a select group of scholars, researchers, and academics.Director of the Department of Research and Islamic Studies Sheikh Dr. Ahmed bin Mohammed bin Ghanem Al-Thani said that the seminar is a semi-annual, scientific, and intellectual cultural event held twice a year. It focuses on the causes, tools, and methods for achieving interaction and integration between various sciences, and it examines cultural issues and social problems from an Islamic perspective, he added.The Director of the Department of Research and Islamic Studies said that the seminar's primary goal is to promote a culture of cognitive integration, which tops the list of objectives the Department of Research aims to achieve through its seminars, lectures, and various publications.As for the second seminar of this season, Sheikh Dr. Ahmed bin Mohammed bin Ghanem Al-Thani explained that it will take place in February 2026 and explore possible ways to advance 'cultural interaction' as a foundation for cognitive integration. This will be achieved through two main, interconnected axes, each with its own intellectual and practical implications.

The Gulf Organisation for Industrial Consulting (Goic), in co-operation with the Ministry of Commerce and Industry (MoCI), is currently implementing a project that aims to develop a mechanism to connect factories with research and development centres and universities in Qatar.In this regard, the Qatar Chamber’s (QC) industry committee recently held a meeting with Goic and reviewed the progress of the system, which could go a long way in enhancing the competitiveness and productivity of Qatar’s manufacturing sector.Describing the project as one of the key initiatives of the National Strategy for Manufacturing Industries 2023–30; Abdul Kareem al-Rashid, Strategic Planning Advisor at Goic, said the linkage targets six priority industrial sectors in Qatar: plastics, petrochemicals, pharmaceuticals, food, basic metal, and building materials. "The mechanism will be piloted in one of the factories operating within these sectors, in collaboration with a research centre, to jointly address a specific challenge," he said, adding one of the most significant expected outcomes of the project is the establishment of a practical and proven mechanism for sustainable co-operation between industry and research centres in Qatar.He also said the project seeks to raise awareness among factories about the importance of collaborating with research and development centres, while strengthening the overall innovation ecosystem that supports industrial development in the country.Abdulrahman bin Abdullah al-Ansari, QC board member, who chaired the meeting, stressed the importance of the project for Qatari factories operating in several vital sectors. Despite Qatar’s remarkable progress in scientific research, development, and innovation, he said "there is still no clear mechanism to connect factories with research and development centres or universities." He affirmed the QC's preparedness to cooperate with Goic and all relevant entities in matters related to coordinating with Qatari factories, whether through direct communication with them or by identifying the obstacles they encounter.He further emphasised the chamber’s commitment to supporting Goic during the pilot testing phase of the proposed mechanism.

The Ministry of Municipality's Agricultural Affairs Department and the Agricultural Research Department, in co-operation with Mahaseel for Marketing and Agricultural Services, a subsidiary of Hassad Food Company, organised a guidance programme on 'Managing Plant Water Requirements: Principles of Irrigation Calculation and Determining Quantities'. The programme was held at the Agricultural Guidance Center affiliated with Hassad Food, with the participation of 34 agriculture engineers and local farm managers. It addressed the importance of understanding Qatar’s water resources and their current situation, reviewed the key challenges related to their management, and introduced the principles of determining plant water requirements and scientifically accurate and efficient methods for calculating irrigation quantities. The programme also presented a number of proposals, most notably: developing an electronic application for managing plant water requirements, enhancing the practical and applied aspects of training programmes, and collecting farm data under the supervision of the Ministry of Municipality to issue periodic recommendations on irrigation water quantities. These steps aim to improve the efficiency of water resource use in the country’s agricultural sector. An interactive test was conducted for participants to reinforce the acquired knowledge. They received certificates at the conclusion.

An emerging field of research, known as epigenetics, has become a focal point at Hamad Bin Khalifa University (HBKU), a member of Qatar Foundation, which is making significant strides in advancing this cutting-edge discipline. In alignment with its mission to drive transformative scientific research, HBKU is exploring how a combination of environmental, lifestyle, behavioural, and genetic factors interact to influence gene expression. Dr Nady El Hajj, an associate professor at the College of Health and Life Sciences at HBKU, said, “Epigenetics is the study of how external factors, such as diet, lifestyle, and environment, affect the way our genes function. “These changes help determine how our genotype – our genetic makeup – is expressed in our phenotype – our physical traits characteristics – impacting everything from disease development to the way we age,” he explained. Dr El Hajj and his team are studying the role of epigenetics in aging and longevity, focusing on how DNA methylation – the process by which a methyl group is added to DNA – influences the aging process. “We are using a tool called epigenetic clocks that measure DNA methylation at specific sites to predict both chronological and biological age,” said Dr El Hajj. “This allows us to assess not only someone’s biological age, but also how lifestyle factors, like diet and exercise, can impact their true biological age.” According to Dr El Hajj, the significance of studying biological age cannot be overstated. “Two individuals of the same chronological age may have very different biological ages,” he says. “For example, someone with a healthy lifestyle will have a younger biological age than someone with a poor diet and unhealthy habits.” Dr El Hajj’s work extends to the detection of diseases such as cancer, diabetes, and cardiovascular disease through epigenetic biomarkers. As he explains: “Epigenetic changes can occur early in disease progression, sometimes even before symptoms manifest, allowing for timely intervention.” In addition to these advancements, Dr El Hajj and his team are investigating the impact of epigenetics on mental health, particularly how traumatic experiences can leave an imprint on the epigenome. “Epigenetic modifications have been shown to affect genes linked to mental health conditions, such as post-traumatic stress disorder,” he said. “People who experience trauma, whether from war or other life events, can pass on epigenetic changes that influence their mental health. This raises important questions about the potential intergenerational impact of trauma.” HBKU is also exploring how these epigenetic changes may be inherited across generations. “There is evidence that certain epigenetic modifications, especially those caused by environmental stressors, can be passed down from parents to their children,” says Dr El Hajj. “However, it is important to understand that not all epigenetic changes are inherited. During fertilisation, most epigenetic patterns are reprogrammed, but some can escape this reprogramming and be transmitted to offspring."