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Scientia News is full of STEM blogs, articles and resources freely available across the globe for students. Browse all of our fascinating content written by students and professionals showing their passion in STEM and the other sciences. Log In Welcome to Scientia News DELIVERING INFORMATIVE CONTENT Scientia News is full of STEM blogs, articles and resources freely available across the globe for students. Browse all of our fascinating content written by students and professionals showing their passion in STEM and other sciences. We hope this platform helps you discover something that inspires your curiosity, and encourages you to learn more about important topics in STEM. Meet the Official Team NAVIGATE AND CLICK THE PHOTOS BELOW TO LEARN MORE ABOUT US! To play, press and hold the enter key. To stop, release the enter key. To play, press and hold the enter key. To stop, release the enter key. To play, press and hold the enter key. To stop, release the enter key. Latest Articles neuroscience Does being bilingual make you smarter? View More ecology Meet the microbes that feed phosphorus to plants View More biology Maveerar Naal: health, trauma, and resilience amid decades of war View More physics Creatio ex Nihilo: a Christian creation doctrine including physics View More CONTACT CONTACT US Scientia News welcomes anyone who wants to share their ideas and write for our platform. If you are interested in realising your writing potential with us AND live in the UK; and/ or would like to give feedback: Email us at scientianewsorg@gmail.com or fill in our GET IN TOUCH form below and we'll be in contact... Follow us on our socials for the latest updates. Comment, like and share! Join our mailing list below for latest site content. You can also sign up to become a site member . SUBSCRIPTION Join our mailing list to receive alerts for new articles and other site content. Be sure to check your spam/ junk folders in case emails are sent there. Email Subscribe GET IN TOUCH First Name Last Name Email Message Send Thanks for submitting!

How diseases start and spread, the body’s defence system, vaccines, policies, and public opinion: unravel the maze of infection and immunity with these articles. Immunology Articles How diseases start and spread, the body’s defence system, vaccines, policies, and public opinion: unravel the maze of infection and immunity with these articles. You may also like: Biology , Medicine , Neuroscience , Chemistry COVID-19 misconceptions Common misconceptions during the COVID-19 pandemic Glossary of COVID-19 terms Key terms used during the COVID-19 pandemic A vaccine for malaria? A new hope for a vaccine for malaria The world vs. the next pandemic Can we see it coming? What steps do we need to take? Are pandemics becoming more severe? Arguments for and against Natural substances And how they can tackle infectious diseases A treatment for HIV? Can the CRISPR-Cas9 system be used as a potential treatment? The mast cell Key cells in the immune system Origins of COVID -19 How COVID-19 caused a pandemic Mechanisms of pathogen invasion How pathogens avoid detection by the immune system Astronauts in space How does little gravity affect the immune system? Ageing and immunity Ageing and its association with immune decline The impacts of global warming on dengue fever Dengue fever is a mosquito-borne Neglected Tropical Disease (NTD) Is the immune system 'selfish'? 'Selfish' genes from a Dawkins perspective, and the Modern Evolutionary Synthesis

Since 2006 when the link between amyotrophic lateral sclerosis (ALS), frontotemporal degeneration and TDP-43 mutations was demonstrated by Arai et al., it has remained a focus in neurological academia. This is for good reason; the research boom around the role of TDP-43 in neurodegeneration has elucidated links between TDP-43, parkinsonism and frontotemporal dementia (FTD). Go Back Facebook X (Twitter) WhatsApp LinkedIn Pinterest Copy link TDP-43 and Me: the Neurodegenerative Impact of Gene Misplacement in Parkinsonism Last updated: 18/11/24 Published: 06/04/23 Practice and Progress in Neurology Since 2006 when the link between amyotrophic lateral sclerosis (ALS), frontotemporal degeneration and TDP-43 mutations was demonstrated by Arai et al., it has remained a focus in neurological academia. This is for good reason; the research boo m around the role of TDP-43 in neurodegeneration has elucidated link s between TDP-43, parkinsonism and frontotemporal dementia (FTD). The link between point mutations, deletions and loss of gene function in PRKN has long been established, but has yet to lead to the development of a targeted therapeutic treatment. PRKN is involved in the tagging of excess or faulty proteins with ubiquitin, which leads to degradation of the proteins in the ubiquitin/proteasome system (UPS)- a system characterised in medical neurology by its potential to cause serious neurological disorders. This places parkinsonism in a domain of neurodegenerative disorders sharing a common root in UPS dysfunction, including Alzheimer’s Disease, multiple sclerosis and Huntington’s Disease. Panda et al. (2022) demonstrated how the dysfunction of the UPS due to PRKN aberration inhibits the breakdown of the damaging TDP-43 aggregates which develop in human brains in response to mutation or stress. In healthy people, autophagic granules would attack and kill off these TDP-43 aggregates as an end result of the UPS , but due to aberrations in PRKN the UPS is inhibited in those afflicted with parkinsonism, causing neurodegeneration. The discovery of how TDP-43 and parkinsonism are linked could lead to the development of a treatment mimicking the organic catalyst of the TDP-43 aggregate breakdown to replicate UPS, reducing TDP-43 aggregate volume and by proxy, inhibiting neurodegeneration. In 2007, research by Esper et al. catalysed recognition of drug-induced Parkinsonism as severely underdiagnosed, with evidence proving even neurologists fail to effectively remember which medications cause parkinsonism. Fast halting of the inciting agent is necessary for the reversal of all parkinsonism symptoms, but in some patients, cognitive symptoms may persist for a time after the medication is stopped. In response to the novel discoveries of Panda et al. (2022), it is likely due to the aggregation of TDP-43. Another possibility is that permanent cognitive symptoms after inciting agent cessation in DIP may be due to large TDP-43 aggregates unable to be destroyed by the UPS. Further research will demonstrate whether TDP-43 aggregates become more resistant to UPS or autophagy through the progression of DIP, whether due to size or other extraneous factors. The implications of such a promising lead in neurotherapeutics for refractory parkinsonism cannot be understated. Surgical therapies have long since remained the industry standard in treating refractory parkinsonism, though this option remains prone to risk since many of those afflicted with parkinsonism are elderly, with drug-induced parkinsonism from treatment with antipsychotics, calcium channel blockers or other medications always heightening the number of the geriatric population requiring care for parkinsonism . Furthermore, the adequate treatment of those with parkinsonism in their youth could inhibit their progression to a refractory disease state in old age. Overall, the future looks very promising for those around the world suffering from all different forms of parkinsonism. Written by Aimee Wilson Related articles: A common diabetes drug treating Parkinson's disease / Lifestyle and PD risk

Tackling stereotypes and equal access Facebook X (Twitter) WhatsApp LinkedIn Pinterest Copy link Why representation in STEM matters Last updated: 03/04/25, 10:38 Published: 13/03/25, 08:00 Tackling stereotypes and equal access In collaboration with Stemmettes for International Women's Month Representation in Science, Technology, Engineering, and Mathematics (STEM) and Science, Technology, Engineering, Art and Mathematics (STEAM), is crucial for everyone. Historically, STEM fields have been dominated by certain demographics that don’t show the true picture of our world. Maybe you grew up seeing no (or very few) women, people of colour, or other marginalised groups mentioned in your science curriculum. This needs to change because your voice, experiences and talents should be celebrated in any career you choose. Below, we’ll list some of the top reasons why representation is so important. Equal access Why does representation matter? Because it promotes equal access! Whether in an educational or career setting, seeing someone who looks like you do something you never thought possible can be life-changing. After all, you can’t be what you can’t see . Showing up in your role and sharing what you do or your STEM/STEAM interests show other people that these fields are accessible to everyone. Also, finding someone in a field you are (or would like to) get into is a great way to find a mentor, build a network, and boost your knowledge. Feeling excluded or discouraged is bound to happen at some point in your career, but anyone can succeed, no matter their background. Innovation When STEM fields are equally represented, better (and more innovative) ideas come to the table. Everything you’ve experienced can be useful in developing solutions to STEM and STEAM problems, no matter your level of education or upbringing. A lot of STEM doesn’t rely so much on your qualifications, but instead on your problem-solving, creativity, and innovation skills. For example, if you’re part of a culture that nobody else in your team has experienced, or you’ve experienced a disability and made adaptations for yourself, you bring a unique set of ideas to the table that can help solve many different problems. Inclusion There are many examples of when certain demographics haven’t been included in STEM decision-making processes. For example, many face recognition apps have failed to recognise the faces of people of colour, and period trackers have been made with misinformation about cycle lengths. If more diversity were seen throughout the process of creating a STEM product or service, we would see a lot fewer issues and a lot better products! Now, more than ever, your voice is important in STEM because science and technology are shaping the future at a fast rate. With the boom in artificial intelligence (AI) technology and its impact on almost every industry, we can’t afford to have models being trained from an unrepresentative data set. Look at people like Katherine Johnson, who despite facing setbacks as an African American at the time, was a pivotal part of sending astronauts aboard Apollo 11 into space. Or, more recently, Dr Ronx, who is paving the way as a trans-non-binary emergency medicine doctor. Tackling stereotypes Showing up in STEM & STEAM fields is a great way to tackle stereotypes. So many underrepresented groups are usually stereotyped into different career paths that are based on old, outdated notions about what certain people should do. By showing up and talking about what you love, you show that you’re not less capable than anyone else. Shout about your achievements, no matter how big or small, no matter where you are on your career journey so that we can encourage a new idea of what STEM looks like. Conclusion If this article hasn’t already given you the confidence to explore STEM and STEAM fields and all they have to offer, there are so many other reasons why you’re important to these fields and capable of achieving your dreams. Representation from you and others helps us create a more equitable, innovative, and inclusive future. It matters because the progress of science and society depends on the contributions of all, not a select few. Written by Angel Pooler -- Scientia News wholeheartedly thanks Stemmettes for this pertinent piece on the importance of representation in STEM. We hope you enjoyed reading this International Women's Month Special piece! Check out their website , and Zine / Futures youth board (The Stemette Futures Youth Board is made up of volunteers aged 15-25 from the UK and Ireland who will ensure the voices of girls, young women and non-binary young people are heard. They will work alongside the Stemette Futures charity board to guide and lead the mission to inspire more girls, young women and non-binary young people in to STEAM). -- Related articles: Sisterhood in STEM / Women leading in biomedical engineering / African-American women in cancer research Project Gallery

Jennifer Doudna and Emmanuelle Charpentier were jointly awarded the Nobel Prize in Chemistry in the year 2020, for their major contributions in reducing the number of components in the CRISPR-Cas9 system. An outline of their discovery CRISPR-Cas9 (clustered regularly interspaced short palindromic repeats) can be used, by removing, adding, or altering particular DNA sequences and may edit specific parts of the genome. Go Back Facebook X (Twitter) WhatsApp LinkedIn Pinterest Copy link Who were the winners of the Nobel Prize in Chemistry in 2020? Last updated: 07/11/24 Published: 02/02/23 Jennifer Doudna and Emmanuelle Charpentier were jointly awarded the Nobel Prize in Chemistry in the year 2020, for their major contributions in reducing the number of components in the CRISPR-Cas9 system. An outline of their discovery Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR-Cas9) can be used, by removing, adding, or altering particular DNA sequences and may edit specific parts of the genome. A four-part mechanism called the Cas9 endonuclease consists of two small molecules. By combining these two RNA molecules into a "single-guide RNA," by Jennifer Doudna and Emmanuelle Charpentier, the Cas9 endonuclease was redesigned into a more manageable two-component system that could locate and cut the DNA target defined by the guide RNA- CRISPR/Cas9 ‘genetic scissors’. It can silence or activate genes as well as add or remove others. The Nobel Prize in Chemistry was awarded in 2020 in recognition of this contribution. Some advantages of this technology: quick easy adaptable innovative, unique Disadvantages: distribution challenges extremely conservative ethical issues some off-target effects some negative outcomes Significance of this discovery This discovery is important in preventing disease and is such a revolutionary tool. It does not just help humans but also animals, plants and even bacteria. CRISPR has already been applied to various disorders, such as cancer and infectious diseases. By making it possible to make changes to the target cells' genomes, which were previously challenging to do, the procedure offers a new perspective on biological treatment and demonstrates how important this tool is. But since this technology is still recent, scientists must develop straightforward processes and techniques to monitor and test its progress, performance, and outcomes. Jennifer Doudna Hailing from Washington DC., USA, Jennifer Doudna was born in 1964. As a professor of biochemistry, biophysics, and structural biology, Doudna’s main research focus is on RNA, and its variety of structures and functions. It was her research lab’s work that led to the discovery of CRISPR-Cas9 as an extraordinarily powerful tool to cut and edit the human genome to treat disease. This remarkable discovery was a decade ago in 2012, when Doudna and others were able to copy a bacterial system to create molecular scissors, in order to edit the genetic code. In October 2020, at the time of her being awarded the Nobel Prize in Chemistry, Doudna was affiliated to the University of Berkeley, in California. Emmanuelle Charpentier Coming from a French background, Emmanuelle Charpentier is a professor and researcher in microbiology, genetics, and biochemistry. Born in 1968, researcher Charpentier has made tremendous progress in her respective field. From being the director at the Berlin Max Planck Institute for Infection Biology in 2015, to founding her own independent research institute- the Max Planck Unit for the Science of Pathogens in the year 2018, and of course being jointly awarded the Nobel Prize in Chemistry in 2020; it is true that Charpentier has added new, valuable research in her work and has come a long way in her career. Why the CRISPR/ Cas9 system fascinates us We find CRISPR fascinating because as biological science students, we know this tool is vital for genetics and can help cure present incurable diseases such as sickle cell disease as well as cancer, showing what a revolutionary tool this is. It does not just help humans but also animals, plants and even bacteria showing how broad biology is and different fields can be linked to one another. Researchers are constantly coming up with new ways to use CRISPR-Cas9 gene editing technology to solve problems in the real world, such as epigenome editing, new cell and gene therapies, infectious disease research, and the conservation of endangered species. The advantages of this technology are that it is quick, easy and adaptable, but its disadvantages include distribution challenges, extremely conservative ethical issues, some off-target effects, and some negative outcomes. By making it possible to make changes to the target cells' genomes, which were previously challenging to do, the procedure offers a new perspective on biological treatment and demonstrates how important this tool is. Written by Jeevana Thavarajah, and Manisha Halkhoree Scientia News founder and managing director Related articles: Female Nobel prize winners in Chemistry and in Physics

Delving into the 'Nudge' effect by Thaler and Sunstein Facebook X (Twitter) WhatsApp LinkedIn Pinterest Copy link Libertarian Paternalism and the ‘Nudge’ Approach Last updated: 05/11/25, 20:21 Published: 06/11/25, 08:00 Delving into the 'Nudge' effect by Thaler and Sunstein This is article no. 4 in a series on behavioural economics. Next article: Effect of time (coming soon). Previous article- Loss aversion . So far in our series of behavioural economics, we have discussed why and how people may make less favourable decisions than traditional economics assumes. We have spoken about how people can still be honest even when they are faced with a decision where they can be materially better off; and when someone loses their wallet, they feel more distaste than finding some money on the street; and how an endowment adds a bizarre sense of additional worth, that would cause you to think twice about trading it for something equally valuable. In today’s article, we are going to address why this is important to policy makers, and subsequently you and I, by exploring how governments and institutions can influence our decisions in ways that may seem paternalistic yet still respect individual freedom. This idea lies at the heart of libertarian paternalism . The idea behind the “Nudge” Nudge is a book written by Nobel Prize–winning economist Richard Thaler and legal scholar Cass Sunstein. Building on their 2003 paper, the book develops the idea that people’s choices can be shaped not only by the options available, but also by the context in which those options are presented — even by factors that seem trivial or irrelevant. This is where the concept of a “nudge” comes in: small design changes that steer people toward better decisions without restricting their freedom to choose. A simple change: the pension example A classic example comes from workplace pensions. Before 2008, when someone joined a new company, they were asked whether they wanted to join the company pension scheme. Most people didn’t — they took their full pay instead and failed to save for retirement. This created a growing problem for the government: an ageing population without enough savings to maintain a comfortable lifestyle. The solution was remarkably simple. Instead of asking employees to opt in to a pension, companies began enrolling them automatically, giving them the option to opt out instead. The choice remained exactly the same, pension or no pension, but the framing made all the difference. Opting out felt like losing something, and because people are naturally loss-averse, far fewer did so. In 2012, just under 50% of employees in the private sector had a pension. By 2018, after the introduction of auto-enrolment, that number had risen to around 80%. All from a change in default wording on a form. Libertarian Paternalism – a justification Paternalism is generally considered the situation where the government interferes in our choices, for better or for worse, much like a parent telling their children what they can and cannot do. In many cases, society accepts paternalism as necessary: we ban harmful drugs, make theft illegal, and impose safety regulations. But should governments really be meddling with our personal financial decisions? Should they be influencing our choices about pensions, spending, or saving? Whether they should or shouldn’t is ultimately a political question, not an economic one. However, what we can do is consider Richard Thaler and Cass Sunstein’s explanation of why policies such as pension defaults represent something fundamentally different. When the government restricts drugs or criminalises theft, it removes our freedom to choose — these are examples of hard paternalism, enforced by law. But with pensions, the government doesn’t force participation. The choice remains entirely yours: you can stay enrolled or opt out. This preservation of choice embodies the libertarian element — the freedom to decide for oneself. At the same time, by changing how the choice is presented, such as making enrolment the default option, policymakers can dramatically alter behaviour in a direction they consider beneficial. That is where the paternalistic element comes in. According to Thaler and Sunstein, this combination of freedom and gentle guidance is what defines libertarian paternalism . In Thaler and Sunstein’s eyes, nudging individuals towards better decisions through the use of policy is better and less controversial than implementing outright bans and mandates. It respects our autonomy while encouraging outcomes that they believe will improve collective welfare. If the government genuinely believes certain decisions are in the public’s best interest, then libertarian paternalism provides a way to influence behaviour without infringing on people’s right to choose. A question of freedom I do, however, pose some questions to you. If the government can influence your decision making through manipulating people’s psychology, can it truly be called libertarian ? And more fundamentally - does the government really know best? In recent years, the 'Nudge' approach has faced criticism, particularly regarding the assumptions it makes about what constitutes a “better” decision and who gets to define it. Despite this, the research continues to shape public policy across the world — from pensions and health to energy use and education. What’s crucial is that we remain aware of the ways our choices can be influenced. Recognising these nudges allows us to make decisions that best reflect our own values, circumstances, and goals. And on a deeper level, if every choice we make can be subtly shaped by those in power, how do we ensure that nudges serve the public interest — and not the interest of those who nudge? Written by George Chant Project Gallery

From the eyes of a chemist Facebook X (Twitter) WhatsApp LinkedIn Pinterest Copy link Polypharmacy: the complex landscape of multiple medications 10/07/25, 10:30 Last updated: Published: 21/09/24, 15:48 From the eyes of a chemist The concurrent use of many medications by a patient, known as polypharmacy, poses a complex challenge to modern healthcare, especially for the elderly and those with chronic diseases. Polypharmacy raises the risk of adverse drug responses, drug interactions, and medication non-adherence, even though it is essential for managing complicated health concerns. To maximise patient outcomes and guarantee safe treatment regimens, it is crucial to recognise the chemical interactions and effects of different medications. The chemistry behind polypharmacy Polypharmacy stems from the intricate interactions between several chemicals in the human body. Every drug has unique chemical components intended to interact with biological targets in order to provide therapeutic benefits. Nevertheless, when several medications are taken at once, their combinations may have unexpected effects. Understanding polypharmacy requires a thorough understanding of pharmacokinetics—the way the body absorbs, distributes, metabolises, and excretes medications—and pharmacodynamics—the effects of pharmaceuticals on the body. For example, some pharmaceuticals may cause or inhibit the enzymes that metabolise other drugs, changing the levels of the drug and possibly increasing its toxicity or decreasing its effectiveness. Analytical methods in polypharmacy management Chemistry offers a number of analytical and instrumental techniques for efficient polypharmacy management. Drug levels in the blood are tracked using methods like mass spectrometry (MS) and high-performance liquid chromatography (HPLC) to make sure they stay within therapeutic ranges. These techniques support dose modifications by identifying possible medication interactions. Furthermore, it is impossible to exaggerate the importance of chemistry in the creation of drug interaction databases and predictive modelling instruments. By helping medical professionals foresee and minimise harmful medication interactions, these materials help to ensure patient safety. The role of healthcare professionals To successfully manage the complexity of polypharmacy, healthcare professionals—including physicians, chemists, and nurses—need to have a solid understanding of chemistry. Their expertise is essential for assessing each drug's requirement, taking possible interactions into account, and coming up with methods to make drug regimens easier to follow. Managing polypharmacy is especially important for chemists. They assess patients' prescriptions, look for any interactions, and suggest changes or substitutes using their knowledge of medicinal chemistry. Pharmacists who participate in collaborative care can greatly lower the hazards related to polypharmacy. Innovations in medication management Chemistry-driven advances in medical technology are improving polypharmacy management. Real-time alerts regarding potential drug interactions can be provided to prescribers through computerised physician order entry (CPOE) systems that are coupled with clinical decision support systems (CDSS). Optimising polypharmacy may also be possible with the emergence of personalised medicine, which adjusts drug regimens according to a patient's genetic profile. Conclusion Polypharmacy remains a significant challenge in healthcare, demanding a comprehensive understanding of chemistry and pharmacology to manage effectively. Healthcare practitioners can minimise the hazards associated with several medications and provide safer and enhanced patient care by utilising modern analytical methods, prediction technologies, and multidisciplinary teamwork. Written by Laura K Project Gallery

Civil wars and arms trade Facebook X (Twitter) WhatsApp LinkedIn Pinterest Copy link Yemen- a neglected humanitarian crisis Last updated: 19/06/25, 10:06 Published: 15/05/25, 07:00 Civil wars and arms trade This is article no. 3 in a series about global health injustices. Previous article: Civil war in Sudan . Next article: Injustices in Lebanon and Syria . Introduction Welcome to the third article of the Global Health Injustices Series. Building on the last article on Sudan , the focus is now on Yemen, by analysing the health inequalities and inequities the broader Yemeni population encounters. Similar to Sudan, there is a civil war between the government and the Houthis, among other political factions in Yemen, producing detrimental population health outcomes that will be delved into after an overview of Yemen's history and current state. Yemen: a distinct past and its current challenges Yemen is a country in the Middle East bordered by Saudi Arabia and Oman. Like Palestine and Sudan, Yemen is noteworthy for its distinct culture, languages and traditions. Moreover, Yemen has been part of trade routes with other surrounding countries for centuries and even now, as it is adjacent to the Red and Arabian Seas. However, as far back as the 1990s, when Yemen gained independence after varying degrees of resisting colonialism, internal friction within the government has led to civil wars even before this current one. At the moment, Yemen has one of the highest rates of mal- and undernutrition in the Middle East due to approximately half of the Yemeni people living in poverty and lacking access to clean water. Additionally, around 4.5 billion people are displaced in Yemen, and have been displaced in many instances since 2015. Furthermore, in spite of the ongoing civil war, Yemen has at least 97,000 asylum seekers and refugees from countries like Somalia and Ethiopia. Taking into account this important context, it is vital to support the Yemeni population as well as the refugees and asylum seekers. This is because they are facing injustices, which then lead to worsening outcomes for numerous people in Yemen. Although this crisis is ongoing, the Yemeni people, the refugees and asylum seekers stay resilient within their communities. Civil war and the consequences of the arms trade Unfortunately, Yemen has been noted by the WHO as an ignored humanitarian crisis, where approximately 20 million people need emergency healthcare. Specifically, 17.3 million people are driven to starvation, including 1.15 million children under 5 years old being acutely malnourished, having a 30-50% mortality risk. Although these statistics are driven by the ongoing civil war fueled by the arms trade between the Yemeni government, others in the Middle East and notably the United States, it is essential to highlight the other factors in Yemen driving childhood malnutrition. One study found that as maternal education, social and economic status increase, the likelihood of malnutrition in children decreases. Moreover, cigarette smoking during pregnancy increased the number of children with malnutrition. It could be inferred that there was a lot of internal instability within Yemen when this study occurred, leading to these health outcomes for the children, which have been currently worsened by the ongoing civil war, with further fuel from the arms trade. Regarding mental health in Yemen, one article noted how the COVID-19 pandemic, on top of the civil war, has impacted access to mental health care. Approximately 20% of Yemenis suffer from at least one mental health disorder, which includes anxiety, depression and schizophrenia. However, seeking help for mental health has been hindered by stigma and superstition, notably how people with these concerns may be described as dangerous. These gaps underline a lack of resources and facilities in Yemen attributed to damage from the ongoing civil war. Shifting to infectious diseases, the civil war in Yemen has contributed to a high burden of neglected tropical diseases (NTDs), which are diseases affecting low-income countries that lack healthcare resources, infrastructure and sanitation and hygiene facilities. The most notable include dengue fever, salmonella, and schistosomiasis ( Figure 1 ). The exact epidemiological data of NTDs in Yemen is difficult to find because there is a lack of infectious disease surveillance, and the healthcare system is fractured. Focusing on Yemen’s healthcare system, one review noted six key areas from the World Health Organisation that are involved in a strong healthcare system: health information systems, health workforce, governance, service delivery, access to essential medicines, and financing. Each area is weakened by the civil war, but here is a glimpse of each area, with some of the steps forward. Firstly, the review suggested that health information systems are deficient, so the authors urged the creation of a health survey system for Yemen. Since 2015, the health workforce has decreased by 50%, where more than half of workers left their jobs as they were not getting paid; retaining them could be through voucher programs and payment contracts. Also, access to essential medicines, particularly for chronic diseases, is scarce due to lack of funding, limited imports and damage to infrastructure. As for service delivery, at least 50% of healthcare buildings are operating, with airstrikes destroying more than 500 buildings, leaving vital services like emergency obstetric care very restricted. Although financing on healthcare has increased from 0.8% in 2004 to approximately 2.9-4.1%, with further investment to up to 12%, the population still has to pay out-of-pocket for healthcare. To move forward, the author noted how crucial it is to increase government spending on health. However, enhancing these areas must begin with improving governance, or the key leaders in Yemen congregating to make decisions that lead to a more robust healthcare system. Currently, there are issues due to bureaucracy, top-down management and friction between the Yemeni government, the Houthis and the other political factions. As mentioned above, one area of service delivery severely impacted by the ongoing war is obstetric care, along with newborn and child health. One case study noted that although these areas are a priority, there were instances, like tackling cholera outbreaks ( Figure 2 ) and treating malnutrition, which were offered priority over other forms of care. This imbalance reflects that more funding is required for all of the healthcare service areas to run optimally. One way forward is to include not only the leaders in Yemen, but also international NGOs to bring in their expertise to support the re-development of the healthcare system. The role of NGOs in supporting the Yemeni population At this present moment, NGOs have a vital role in supporting vulnerable populations, especially in Yemen. In a 2023 report from Amnesty International, they noted several breaches of international law and human rights: Parties to the conflict continued to harass, threaten, arbitrarily detain, forcibly disappear and prosecute individuals for peacefully exercising their right to freedom of expression, religion and belief. Parties to the conflict continued to restrict movement and the delivery of aid, including by imposing bureaucratic constraints such as delayed approvals, travel permit denials or delays, cancellation of humanitarian initiatives, and interference in the project design, implementation and assessment of humanitarian activities. Other NGOs, such as the United Nations High Commissioner for Refugees (UNHCR), stated their provision of lifesaving aid to refugees, asylum seekers and displaced Yemenis, along with other forms of support through cash and essential supplies. The first way forward towards upholding the health and wellbeing of the broader population is to establish clearer governance among the leaders in Yemen. This could be facilitated by NGOs and other stakeholders, perhaps the other governments too, by stopping arms trade and increasing humanitarian aid. Conclusion: looking ahead at clearer governance Throughout this article, evidence indicates that the civil war in Yemen has devastating impacts on the health and wellbeing of the population. From individuals unable to seek appropriate mental health support, to a divided healthcare system with limited funding and other deficits. Consequently, the leaders in Yemen must come together to uphold international law and human rights, while NGOs are vital in facilitating this dynamic. My previous words on holding people in power worldwide accountable to human rights and international law are very relevant for Yemen. This is because they are responsible for enabling the ongoing civil war through the arms trade, so urging these people in power, particularly in Western countries, to stop would be a major step forward in de-escalating the humanitarian crisis. For the next article in the Global Health Injustices Series, it will be a collaborative endeavour that focuses on both Syria and Lebanon, two bordering countries that have diverging yet connected struggles; by understanding them, we can ensure that the populations in both countries obtain as much support as possible to improve their health outcomes. Written by Sam Jarada Related article: Understanding health through different stances REFERENCES UNHCR. Yemen Crisis Explained. 2024. Available from: https://www.unrefugees.org/news/yemen-crisis-explained/ WHO. Achieving health for all in Yemen. 2023. Available from: https://www.emro.who.int/images/stories/yemen/achieving-health-for-all-in-yemen.pdf Capitalizing on Conflict: How U.S. arm sales fuel the humanitarian crisis in Yemen. OpenSecrets. 2024. Available from: https://www.opensecrets.org/news/reports/capitalizing-on-conflict/yemen-case-study Sunil TS. Effects of socio‐economic and behavioural factors on childhood malnutrition in Yemen. Maternal and Child Nutrition. 2009 Feb 3;5(3):251–9. Available from: https://onlinelibrary.wiley.com/doi/epdf/10.1111/j.1740-8709.2008.00174.xm Waleed Alhariri, Mcnally A, Knuckey S. The Right to Mental Health in Yemen: A Distressed and Ignored Foundation for Peace. Health and Human Rights. 2021 Jun;23(1):43. Available from: https://pmc.ncbi.nlm.nih.gov/articles/PMC8233030/ Ahmed A, Rahmat Dapari, Dom NC. Neglected tropical diseases in Yemen: a systematic review of epidemiology and public health challenges. BMC Public Health. 2025 Feb 7;25(1). Available from: https://bmcpublichealth.biomedcentral.com/articles/10.1186/s12889-025-21700-z#Fig3 Ali Alraimi A, Shelke A. Strengthening Health Systems in Conflict: Evidence-Based Policies for Quality Care in Yemen. Journal of Cardiovascular and Cardiology. 2024 Mar 31;1–4. Available from: https://oaskpublishers.com/assets/article-pdf/strengthening-health-systems-in-conflict-evidence-based-policies-for-quality-care-in-yemen.pdf Tappis H, Elaraby S, Shatha Elnakib, Abdulghani A, Huda BaSaleem, Saleh A, et al. Reproductive, maternal, newborn and child health service delivery during conflict in Yemen: a case study. Conflict and Health. 2020 May 27;14(1). Available from: https://conflictandhealth.biomedcentral.com/articles/10.1186/s13031-020-00269-x Human rights in Yemen. Amnesty International. 2023. Available from: https://www.amnesty.org/en/location/middle-east-and-north-africa/middle-east/yemen/report-yemen/ Project Gallery

By no means is this an exhaustive list on all the terminology relating to the COVID-19 pandemic. For more information, please refer to the World Health Organisation (WHO) and the Centers for Disease Control and Prevention (CDC). AAdenovirus- a group of related viruses. They were first removed from human adenoid glands (found at the back of the throat), hence the name. Asymptomatic- where a person is infected by the virus but does not present any symptoms. Go Back Facebook X (Twitter) WhatsApp LinkedIn Pinterest Copy link Glossary for COVID-19 terms Last updated: 23/01/25 Published: 28/12/22 Key terms By no means is this an exhaustive list on all the terminology relating to the COVID-19 pandemic. For more information, please refer to the World Health Organisation (WHO) and the Centers for Disease Control and Prevention (CDC). – A Adenovirus- a group of related viruses. They were first removed from human adenoid glands (found at the back of the throat), hence the name. Asymptomatic- where a person is infected by the virus but does not present any symptoms. Can still pass the virus and infection onto others. C Coronavirus- a group of related viruses that cause diseases in mammals and birds. Named after the crown-like spike protein on the virus’s surface- ‘corona’ in Latin for crown. COVID-19/ COVID – the disease that coronavirus causes D DNA- deoxyribonucleic acid, the cell’s code to life. DNA instructs how to make proteins, which are essential for function in the body. Double helix. E Epicentre- the central point of the virus outbreak. This changed during the COVID-19 pandemic depending on the variant of virus. Epidemic- an outbreak in a localised area at a particular time H Herd immunity- when enough people are protected against the disease, that it lends immunity to those who are not protected. Can achieve protection against the disease through either previous infection, and/ or vaccination. I Immunity- achieving immunity means to be protected from future infections by viruses, and bacteria for example. You can achieve immunity through either previous infection, and/ or vaccination. Immunosuppressed- the immune system is suppressed. In other words, people who are immunosuppressed have a reduced ability to fight diseases. Thus preventing them from being infected in the first place is of great importance. Infection- the unnormal invasion of microorganisms into the body. Some infections present symptoms- at least straight away- while others do not show any symptoms. L Lockdown- preventing people from leaving where they are, to stop the transmission and contain the virus in the COVID-19 pandemic. M Mass vaccination- vaccinating many people in a certain area at a particular time mRNA- messenger RNA (ribonucleic acid). Single helix. Acts as a go-between for DNA and the proteins that are being made. P Pandemic- a global, or national outbreak Protein- an important molecule. Used as a fuel source, a building block, a carrier among other things, in the human body. R Restrictions- impeding or hindering movement and travel during the COVID-19 pandemic, in order to contain the spread of the virus and curb transmission. S Shedding- (in biology) refers to viruses casting off viral particles which can then infect others Side effects- effects that are different and potentially harmful from the main, intended effects of a medication, treatment, or vaccine. Examples of some side effects: headaches, aches, pains, fever. Symptomatic- where a person is infected with the virus and does present symptoms. Can still pass the virus and infection onto others. Symptoms- the signs a person has been infected; this can be physical or mental. With COVID-19, you can show symptoms as symptomatic, or not present symptoms as asymptomatic, if infected. Examples of symptoms for COVID-19 include loss of taste and smell, a persistent cough, fever. T Transmission- how a particular disease, in this case coronavirus, is passed from one person to another. V Vaccination- the administration of vaccine into the body. Vaccine- a form of active immunity, where a weakened, live version of the infection agent is administered into the body. The immune system kicks in and destroys the infection agent, but not before taking note of the genetic material (e.g. mRNA or DNA from the protein) from the agent. The immune system will use this genetic material to ‘remember’ the infection next time it appears, so it can prepare a speedier, more efficient response. Vaccine hesitancy- uncertainty as to whether people should take the vaccine. This could be due to a variety of reasons: being unfamiliar with the vaccine and its contents, and/ or being distrusting of the government and those in the health organisation. Viral load- the amount of virus (or viral genetic material) a person has in their body at a particular time. A person not infected with the virus will have no viral load, whereas a person infected with the virus will have a much higher viral load. Virus- a microorganism. Some spread diseases as vectors, while some are ‘better’. To date, it is being argued whether viruses are alive or not. W Wuhan- Capital of Hubei Province in China. First epicentre of coronavirus. Written by Manisha Halkhoree Related article: The origins of COVID-19

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