Curates

In a universe that majors in mischief, meet the cosmic prankster—Murphy's Law🎩. Your morning toast falls (butter-side down), thanks to Murphy's precise chaos choreography🪩. Ever had your printer act up right during a deadline sprint? That's Murphy's way of being cheeky💅🏻 This law isn't any boring rule. It happily teaches that if there's even a 1% chance of chaos, there's a 99% probability it'll take place—with a side of calamity ofc (s)🤖. It's a celestial stand-up act with spilled coffee, tangled earphones, and USB mysteries as parts of the show👼🏻. Read below as we navigate existence's absurdity, armed with laughter against Murphy's mischievous antics!👑
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Harvard scientists have developed a new generation of biobots, or anthrobots, which are active living structures that can be harnessed in microlevel operation. Anthrobots, derived from human lung epithelium, self-construct into multicellular motile biobots after being cultured in an extracellular matrix for two weeks. They can also induce rapid repair of scratches in human neural cell sheets in vitro. The team hopes to synthesize anthrobots from other ciliated cells in the human body to revolutionize treatment and the world of medicine. The success of this project will be a great day for the world of medicine.
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Limb loss is projected to affect over 3.6 million individuals per year by 2050. For the longest time, scientists believed the single biggest key to limb regeneration is the presence of nerves. However, work done by Dr. Muneoka and his team demonstrated the importance of mechanical load to digit regeneration in mammals and that the absence of a nerve does not inhibit regeneration. The advancement of limb regeneration was also achieved by researchers at Tufts University who have used acute multidrug delivery, via a wearable bioreactor, to successfully enable long-term limb regeneration in frogs. This early success could potentially lead to larger, more complex tissue re-engineering advances for humans, eventually benefiting military veterans, diabetics, and others impacted by amputation and trauma.
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Guess what? Gen Z, the cool bunch born from the '90s to the early 2010s, is playing a risky online game! According to Deloitte, they're actually falling for online scams more than their grandparents. Now, you'd think these tech-savvy youngsters would be immune, right? Turns out, their love for all things tech, a preference for convenience over safety, and a lack of proper online street smarts are making them easy targets. It's like the wild west out there, and Gen Z needs a superhero-style guide to navigate the online frontier. Let's get them the tips and tricks they need to stay scam-free! 🚀💻
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Have you ever wondered what happens to deleted files ……..🤔 Deleting a file doesn’t necessarily erase the actual content immediately; it just removes the file system’s reference to that data. When you delete a file, it's often moved to the recycle bin or trash. However, even after emptying the bin or trash, the data may still exist on the storage device until it's overwritten by new data. Specialized tools can sometimes recover deleted files until this happens. This very fact is exploited by people to steal the data of organizations with international importance. So here's a curiosity-instilling video on how a seemingly insignificant action of deleting files could mean a lot more….
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🧠Unlock Your Brain's Social Secrets! Dive into the thrilling world of human connections, where neurons dance 💃 and emotions mingle. Discover the surprising neurobiology behind friendships🫂, love💕, and social quirks. Brace yourself for mind-bending revelations that will transform the way you understand and navigate your social universe! 🚀
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And finally we would like to leave you with a biological phantasmagoria, an extravagant celebration of life and a spectacle to behold and cherish this beautiful Earth as we step into the bounds of the space-time continuum of 2024!
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Presenting to you the edition of November 2023! This edition has been curated by a dedicated team from the fresh batch 2023. This edition deals with a myriad of topics from Da Vinci’s secret works to quantum dots which recently fetched the Nobel Prize .
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Cancer, a term that evokes a myriad of emotions and thoughts💬.Since each person’s cancer may be unique, diagnosing and treating cancer is challenging.😰 Well a noble advancement in chemistry can help us overcome this challenge. So, who exactly is our hero and what is so noble about it?🧐 This year the noble prize in chemistry was awarded for the discovery and development of “Quantum Dots”,our small hero🦸 having big responsibilities.Here’s some quick info about quantum dots(along with some nostalgia from your school science classes😉): Quantum dots(QDs) are tiny particles, often just a few nanometers in size,but don’t underestimate them😏. Their size-dependent characteristics make them ideal for a range of applications, from electronics to biomedical science. When a QD is excited, electrons from the valence band jump to the conduction band,resulting in an electron–hole pair. As they return to the ground state, electrons and holes recombine and release energy or light. (You must have remembered semiconductors from your physics class🥹) But how all these properties of QDs help in cancer treatment???🤨 The primary benefit of QDs in cancer therapy is their tiny size,which allows them to function at the molecular level, thereby enhancing diagnosis. When introduced into the body, QDs can selectively accumulate in tumors, enabling highly detailed imaging. This capability facilitates early detection, a crucial factor in improving cancer treatment outcomes. The role of QDs does not end here,they also help in guided drug delivery💊 🚚,showcasing their theranostic potential(marriage of diagnostics and therapy😅). Want to know more about our hero?🧐Take a quantum leap into the article below
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KETOGENIC DIET, whenever we think 🤔 about it, we can only see its application in weight loss. But that is not the only purpose of it. It is also useful in the treatment of certain diseases like epilepsy and diseases involving malfunction of glucose metabolism. KETOGENIC DIET is also useful in the treatment of cancer as an adjuvant. But HOW ?🤔 KETOGENIC DIET is a high fat 🧈 and low carb 🍚 🍞 diet, which is unfavourable for the cancer cells as they get energy predominantly not through the citric acid cycle and oxidative phosphorylation as observed in normal cells, but through a less efficient process of 'aerobic glycolysis' consisting of a high level of glucose uptake and glycolysis followed by lactic acid fermentation, even in the presence of abundant oxygen. A ketogenic diet is unable to fulfill the glucose demand of cancer cells, which leads to their starvation. As a result of which, they become more sensitive towards chemotherapy and radiotherapy. Based on observations, the efficacy of KDs could be influenced by cancer type, genetic background, or a tumor-associated syndrome. Therefore, it is important to evaluate the effect of a KD on every specific type of tumor before recommending it to cancer patients. TO KNOW MORE, DIVE INTO THE ARTICLE BELOW :
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Can ardor for art give way to scientific innovations and discoveries? It's Leonardo Da Vinci we are talking about!! This Renaissance polymath, transcended his era with an extraordinary blend of artistic genius, scientific curiosity, and visionary innovation. His inquisitive mind and masterful strokes left an indelible mark, even in the field of anatomy. Yet, very little is known about his contribution in this spectrum of science. What could have brought this transition from only brush, to both brush and scalpel?🤔 From animals to humans, fetus to old man, spine to heart valves, he drew and comprehended all..and made discoveries way ahead of his time. However, he wrote in his famous mirror language not latin, and never published his results. Why??🤔 To uncover the mysteries regarding this buried legacy..read up the following document. Witness the detailed and perceptive sketches and immerse yourselves into the world of Leonardo Da Vinci ✨✨. For those who are resistant to read up the full document..😁
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Are you a true crime aficionado? Do you watch crime documentaries to kill time? (pun intended 😉) Even if you don't, you definitely must be familiar with the term psychopath. Besides making the most intriguing villains in movies and novels, psychopaths are capable of the most heinous crimes, yet they’re often so charming and manipulative that they can hide behind a well-cultivated mask of normalcy for years and perhaps their entire lives. So where does this devious charisma stem from? How are these predators spawned?🤔 What distinguishes the psychopaths from the rest of humanity? Does pouring milk🥛 before cereals make you a psychopath? (hopefully not😅) Is their brain 🧠 different? Advancing neuroscience has succeeded in unravelling the enigma through brain scans that show significant differences in the regions of the amygdala, the prefrontal cortex, and the extended paralimbic structures. Studies showed that psychopaths have reduced connections between the ventromedial prefrontal cortex (vmPFC), the part of the brain responsible for sentiments such as empathy and guilt, and the amygdala, which mediates fear and anxiety. To further quench your curiosity, brace yourself and venture forth into the dark alleyways of the mind of the likes of Hannibal Lecter by clicking the link below👇
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"Music evokes emotion and emotion can bring in memory." Ever found yourself just randomly listening to a song and embracing the first time you had heard it? Ahh, the phenomenon of memory associated with it is indeed the Mozart effect (pretty interesting name, isn’t it 😉). Now, music has various parts and layers to it just like our human body (anatomy inserted XD) Reflecting every layer, gives more of a surprise, considering that CLASSICAL MUSIC stimulates most of the beautiful Mozart Effect (indeed makes you happy and so gives you beauty, doesn't it?👀). So, people who don’t listen to classical, go give it a try, this is for you 🎶. Mozart gives you memory, makes you strong and the most important gives you good communication ability (who would not want it 😁). Dive in to know how every aspect of the majestic encephalon is influenced by music! Along with some cool facts🥳. Until memories bring you back to read this someday again!
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In a stunning scientific leap, researchers unveiled the crown jewel of superconductivity: Lk99, the first room-temperature ambient-pressure superconductor. Imagine materials effortlessly transmitting energy with zero resistance at a 15°C, under everyday atmospheric conditions. Lk99's debut shatters conventional constraints, heralding a new era of energy efficiency, futuristic transportation, and mind-bending technologies. This discovery sparks a thrilling cascade of possibilities, rewriting the rules of what's achievable in the realm of material science and propelling us into a future once confined to the realm of dreams. So let’s dive into the article
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The functioning of the human mind has often been characterised as a battle between opposing forces: reason, rational and deliberate, versus emotion, impulsive and irrational. This way of thinking can be traced back to Plato, who described the human soul as divided into cognition (what we know), emotion (what we feel), and motivation (what we want). The underlying neural mechanisms are closely interwined. You might have witnessed struggling with emotions at the cost of cognitive performance. You might have felt giving up earlier on any problem while suppressing forbidden thoughts🫣. Have a look at what this research says about the relation between cognitive ability and emotional response.👇
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Most of us remember that famous novel 📖, “Charlie and the Chocolate Factory”, authored by Roald Dahl, from our childhood days. But although Roald Dahl was known by most of the world 🌎 as an author of Children’s novels✍️, yet another contribution of his to the world has been to the seemingly unrelated sphere of paediatric neurosurgery 🧠. In 1960, his 4 month old son👶 got hit by a New York taxi 🚕; he subsequently developed secondary hydrocephalus and needed a Holter valve. These valves, however, easily got obstructed by cerebral debris😔. Dahl was determined to solve this problem and develop an improved model📈. His efforts along with Stanley Wade and Kenneth Till finally resulted in the Wade-Dahl-Till valve. Read on to find out how!
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Embark on a remarkable journey with orangutans as they step out of their rainforest habitat into the uncharted territories of the Anthropocene era! 🍃🏞️ This article sheds light on their adaptability and survival skills in the face of changing environments. With insights that bridge the natural and human-influenced realms, discover how these awe-inspiring creatures navigate a world in flux. Join us in exploring the intersection of nature and our evolving planet, where orangutans become the ambassadors of a shifting epoch. 🌱
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Dive into the enchanting realm where mathematics and nature converge. This captivating video delves into the profound presence of the Fibonacci sequence within the spirals of sunflowers. As the petals elegantly unfold, the sequence reveals its intricate dance, showcasing the exquisite harmony between mathematical patterns and the natural world. Join us on this illuminating journey that celebrates the beauty of numbers woven into the very fabric of existence. 🌻🔍
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Before 1940s, pre-term babies 👶 did not have an adequate support system 🏥 to help them survive. Only in the 1940s, the industrialized countries started having better neonatal survival with the use of incubators. So they started encountering a problem they had never seen before. A large number of premature babies, though born with completely normal eyes👁, started going blind soon after birth! Where these more advanced interventions were available, doctors 🧑‍⚕ were seeing more cases of this blindness. So in the 1940s, it was first described as retrolental fibroplasia, which literally means a proliferation of fibrous tissue behind the lens. By the late 1940s, the syndrome had exploded into a full-blown epidemic .🤯 Retrolental fibroplasia was a frightening mystery that was being studied especially closely in Boston in 1946 at Mass Eye and Ear. The cause of the blindness was later found to be hyperoxygenation by the incubators (by T.L Terry, Leona Zacharias, Everett Kinsey). Read on to find out how the oxygen level dysregulation in incubators led to the disease!
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From considering Gutenbergs printing press as one of the greatest inventions of the 19th century, we are now standing at the brink of a technology that has the potential to print virtually everything. The 3D printing technology, once a fad in the sci-fi novels has become a reality and is flourishing. Ever thought of manufacturing organs to meet the shortage? Ever thought of playing god? This tech is gonna take us as close to that feeling as possible!! 3D printing is revolutionising the medical industry, from creating customised implants to printing anatomical models for surgical planning. With its ability to produce complex designs and shapes,3-D printing is paving the way for innovative medical solutions that were once impossible. In this article, we explore the latest application of 3-D printing in medicine and its potential to transform patient care!
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The 1953 Watson and Crick model of the DNA, that earned the 1962 Nobel Prize is not just a story of success, it is somehow a story of failure too. Did the prize actually reach the deserving?🤔 It is indeed true that the secret behind the discovery of the double helix structure 🧬 of DNA, the Photograph 51…was taken by Rosalind Franklin, the unsung hero behind one of the greatest discoveries of all times. Though she had taken the photograph,she was considered "incapable" of interpreting it. Unfortunately, she did not live long enough to see the power of her 'Photograph 51'.Four years after her death(1958), the discovery received the Nobel Prize.(1962). Years after the discovery, the truth behind the same was actually discovered. Read on to find out how this great discovery is also the story of a woman who went beyond social constructs but failed to break apart from the clutches of male chauvinism.
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Are you a fitness freak💪🏻? Or maybe a friend of one? Then you must have heard about “Whey”, the protein supplement that has taken over the fitness industry. With the increasing demand, it has become a necessity to know more about how exactly is it useful. Is it a necessity, does it have side effects, how much to take, and above all, is it addictive?🧐 Let’s find out in this article!!
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Sedentary is the new evil word. One might argue that the hunter-gatherers didn't hunt and gather all day either, right? And that an hour daily is good enough of an exercise routine to stay healthy? A big fat no. Even the way you choose your form of inactivity (chair-sitting vs squatting) plays a major role in modulating your risk factors for a lot of cardiovascular conditions. The article "suggests human physiology is adapted to more consistent muscle activity throughout the day associated with a combination of both physical activity and non-ambulatory time spent in active rest postures." Read the whole paper to find out about the right way to chill as per the Inactivity Mismatch Hypothesis!
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Crack. Pop. Click. 💫 These sounds jump from the joints of the many children and adults who are in the habit of cracking their knuckles.⚡💥 If you cracked your knuckles as a child, you may have been warned that it could cause you to develop arthritis later in life. Is this true OR is this a myth that we are just about to bust... 😉? Probably not, according to a handful of studies on the subject. While cracking your knuckles may not cause arthritis, some researchers believe that habitual cracking could create some problems later on. Not to mention that the incessant pops and clicks are likely to be a major annoyance to those around you. 😝 While there is no reason to believe that knuckle cracking would lead to rheumatoid arthritis, it makes sense that habitual trauma to a joint might eventually cause tissues to break down and wear away leading to osteoarthritis. In fact, some researchers have reported cases of people who habitually cracked their knuckles and went on to develop osteoarthritis or other joint problems. 🩺🧬
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When two heart (rates) meet 🫀 In the modern age of online dating 🫶, when people are finding it more difficult every day to understand love and emotions, this article uncovers the effects of our autonomic nervous system 🧠 and physiological responses on the attraction we feel towards romantic partners 💘. Setting up a blind-date experiment, the authors arrive at the marvelous conclusion that the synchronization of heart rates provides the 'click' ✅ potentiating one's attraction towards another person. Curious?- Delve into the highlighted article provided below to read more and find out how it's not only the gestures and smiles which matter, but also the physiology going on within! 🩺 (The authors were awarded the IG Nobel Prize in Applied Cardiology for this research. The IG Nobel Prizes are a parody of the actual Nobel Prizes.)
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We celebrate National Doctor’sDay🩺 each year on 1st July with a lot of pride but very few know about why this date was selected for the occasion. This day marks the birth as well as the death anniversary of a very prominent figure in the development of medical field in India 🇮🇳 . Here we talk about a Bharat Ratna awardee, who dedicated his life for the development of the country as well as for the betterment of the less privileged. Read the article below to know more about him , his life and his contributions!
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Did you know that the famous pop artist Michael Jackson suffered from an actual skin disease? Yeah it is Vitiligo. Vitiligo is an acquired depigmentation disorder that affects about 1% of people worldwide. Recent research has shed some more light on the pathophysiology of Vitiligo as well as methods of treating it. With the World Vitiligo day on June 25, let’s try to gain more insight into this disease, and dive into this article.
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The LGBTQIA+ community has finally begun to gain the recognition and understanding that it deserves. This article provides a more scientific insight into specifically the LGBT aspects of the community. It provides a comprehensive overview of the need to educate medical students about this and provides details about the cultural competency that already exists. Do read this article to learn more!
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Drugs are an important part of our life. The improved quality of life that we enjoy in today’s world has been made possible with decades of research on various drugs that cured people. However, as each coin has two sides, drugs have been misused fair enough . People in various countries illegally trade in drugs and this has led to downfall of youth. Let’s see more about the history of drug research in the following article.
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In high school , we science students were exposed to the wonderful part of modern physics called the Quantum physics. However , did you ever think that the Schrödinger’s cat would get connected to life? ( PS: it’s still alive and dead at same time ) Yes, Quantum physics can be actually applied in living systems and may even bring a revolution in the field. So here’s an article talking about Biology and Quantum physics.
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When we think about women scientists , the first image that comes to our minds is that of Marie Curie. However , you would be surprised when you read the story of the first Indian woman to get a PhD, Kamala Sohonie. She was so determined that even on being rejected unjustly by the Nobel Laureate Dr CV Raman, she was adamant and got her doctorate in biochemistry. So here’s a brief account of her struggles.
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🌟 Ever wondered why your morning cup of joe feels like a spell against sluggishness? Well, hold onto your wizard hats,🧙‍♂️ folks, because science might have just uncovered another enchantment in that steaming mug! ☕️ Picture this: a world where coffee isn't just a pick-me-up but a magical elixir warding off liver troubles. 🧙‍♂️ That's right, according to a recent article that's stirring up more than just cream and sugar, coffee might just be the potion 🧪we need to keep hepatic diseases at bay. 🔬 Scientists have been stirring their cauldrons, uh, I mean, conducting experiments🧫and they've found that coffee isn't just a delightful beverage; it's like a superhero for your liver. 🦸‍♂️ It swoops in with its antioxidant powers🔋,battling against those pesky free radicals that can cause all sorts of liver mayhem. 🔮 This article delves into the enchanting powers of coffee, showcasing how it can prevent hepatic diseases and lower liver🩸 enzyme levels with its mighty antioxidant abilities. 🧪 Scientifically speaking, coffee contains compounds like chlorogenic acid and caffeic acid, which act as shields🔫 against liver damage. These compounds also have fun names that sound like they were brewed up in a lab by a mad scientist: "hepato-guardians" and "enzymatic defenders." ☕️ So, next time you sip on your morning brew, remember that you're not just enjoying a delicious🤤 beverage; you're also giving your liver a much-needed boost. 🚀 Here's to coffee, the unsung hero 🎖️of liver health! 🎉
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Imagine a world where gene editing ✂️ offers not just treatment 💊, but tailored solutions for individual health challenges. Welcome to the world where science is rewriting our genetic destiny! ✍️ Until now, managing cholesterol involved medications 💉and lifestyle changes ⛹️. No more one-size-fits-all solutions. CRISPR offers precision medicine at its finest, targeting the why's and how's of increased levels of cholesterol in an individual, from the grassroots. 🔭 No more of genetic predispositions dictating our health and well being 🏥, because with CRISPR, the possibilities are as vast as the human genome itself, thus paving way to endless innovations in the world of cardiovascular health in the future. 👩‍🔬. Join us as we witness the chronicles of CRISPR unravel themselves🤯, and lead us to a future where cholesterol worries are a thing of the past✨. Do read this very interesting article!
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Alcohol consumption among college students 🏫has long been a topic of concern, with its potential impact on academic performance and attendance requiring significant attention. 🍻📚 At the heart of this inquiry 🫀 lies a fundamental question: does alcohol consumption affect college attendance❓🤔 While anecdotal evidence and societal views may suggest a correlation 📜, empirical research is essential to uncovering the real dynamics. 🔍 Let us unravel the complexities of alcohol consumption and college attendance 🕵🏻‍♂️ paving the way for a more informed and supportive collegiate environment. 🏫🎓
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Even before the food 🍽makes an appeal in the court of your tongue, your eyes have passed judgement. Have you ever wondered why a blue colored packaging makes the toothpaste seem more ❄‘refreshing’?❄ Owing to associative learning based on shapes, colors and tastes, it has been established that people match tastes with shape curvature, such that round shapes are more strongly associated with sweet taste🎂 and more angular shapes with tastes such as bitter and sour🥦. Figuring this succeeded quite a dilemma🛑 for the headquarters at Cadbury, which received multiple complaints and saw their sales plummet as people rejected their new rounded chocolates- claiming it was much too sweet than their dear Dairy Milk bar.🍫🍫 Tony Bilsborough of Mondelez International, the wing of Kraft that runs Cadbury, quoted, “We have been very clear and consistent that we have not changed the recipe of the much-loved Cadbury Dairy Milk, although it’s certainly true we have changed the chunk last year from the old, angular🍫 shape to one that’s curved🍭.” It all boils down to Shape Symbolism and Cross-modal Correspondences. Think of this the next time you crave the red or blue flavored Lays!🍟🍿
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With the blend of scientific evidences 📝and pomaceous details, we are here to reveal the core facts about the nutritional status of your favourite red fruit-Apple! 🍎 We have been learning since our childhood that AN APPLE A DAY KEEPS THE DOCTOR👨‍⚕️ AWAY!-But to what extent it holds true that’s a matter of discussion… We are interested to see that whether this fruit reputation is well deserved or is this just a dietary folklore🦄! Does the fibrous flesh of apple is the core and key to prevent our physician🫀visits or is it just a bait🎣to make it a supermarket staple? Do read this amazing article as we meticulously examine the scientific evidence🩺 against the backdrop of historical claims🧠.
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In one of the most destructive vaccine safety controversies, administration of the MMR(Measles, Mumps, Rubella) vaccine was linked with the development of autism. The 1998 study by Andrew Wakefield, et al., which initially began as an investigation into the role of the MMR vaccine in causing Inflammatory Bowel Disease was soon retracted. Nevertheless, it caused a marked decline in MMR vaccinations and also a consequent resurgence in the number of measles cases. Despite all new evidence pointing against the involvement of the vaccine in autism, parents are still hesitant to get their children vaccinated. So is the vaccine safe? Read below to find out!
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Needle-free measles virus vaccination by aerosol inhalation has many potential benefits. The current standard route of vaccination is subcutaneous injection, whereas measles virus is an airborne pathogen. Administering a vaccine via aerosol is less expensive, more comfortable and faster. Isn’t it fun?
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Measles is one of the most contagious diseases humans have ever faced. Before the advent of vaccination, measles had long been endemic around the world – and it remains a worldwide epidemic disease. Because measles has such a high infectivity rate, the threshold for community protection is also very high, requiring at least 95% immunity among the population to prevent epidemics. In 1971 Hilleman combined the recently developed vaccines against measles, mumps and rubella into the MMR vaccine, administered as a single shot, with one booster dose following – and in 2005, the varicella vaccine was added, to make the combined MMRV vaccine. Want to know more about the development of the measles vaccine and efforts to control its spread? See below!
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As one knows, most studies in today's world whether be a test of a new drug or the progression of a disease, is performed mainly in animal models. Though these have helped us in many ways and a lot of progression with respect to immunology has been made primarily from animal models, these do come with many disadvantages as they cannot stimulate an actual human immune system. So is it possible for us as scientists to create direct methods that help us understand our complex immune response? Read below to find out the latest developments in this field!!!
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Michael Berryman is a renowned actor known for his unique and memorable roles in various films, despite being born with a rare medical condition called “Hypohidrotic Ectodermal Dysplasia”. This condition affects his hair, teeth and sweat glands, resulting in his distinctive vampire-like appearance🧛 characterised by a lack of hair, unusual facial features and sharp, pointed teeth. Despite facing physical challenges, Berryman has carved out a successful career in Hollywood, becoming a celebrated figure in the horror genre👻. He’s not afraid to ‘sink his teeth’ into any role, even if it’s a bit bloody; his captivating performances in films such as “The Hills Have Eyes” and “One Flew Over the Cuckoo’s Nest” have earned him a loyal fan base and cemented his status as a cult icon. Berryman’s performances are so good, they’re ‘fang-tastically’ unforgettable!😉 Beyond his on-screen work, Berryman has also been an advocate for people with disabilities, using his platform to raise awareness and promote inclusivity in the entertainment industry. His resilience, talent, and advocacy serve as inspiration to many, showcasing that one’s uniqueness can be a source of strength and success in the world of acting. To know more about this rare medical condition sink your teeth into the article below 👇
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Hey there! So, have you heard of Kikuchi disease? It's this super rare thing that causes swollen lymph nodes in your neck , and it's so mysterious , that NO ONE knows what really causes it. Some say it might be linked to infections or autoimmunity , which is pretty wild! People with Kikuchi disease can feel like they have the flu, with fever and a rash, making it tricky to diagnose. It even looks like other serious conditions like lymphoma or lupus! It's like a medical mystery just waiting to be solved.... Read the interesting article on this flaming topic🌶️
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Certainly! "Alice in Wonderland" is a timeless masterpiece that captivates our imaginations, but did you know it's also inspired by real-life experiences? Alice in Wonderland Syndrome (AIWS) is a condition where people see things like Alice did: body parts shrinking and objects morphing. Lewis Carroll, the author, drew from the real Alice's migraine-induced illusions for his story. The "Mad Hatter's" eccentricities might even stem from chronic mercury poisoning, adding another layer of intrigue. Sadly, there's no direct treatment for AIWS; it's all about managing the underlying conditions. Fascinating, isn't it?
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Neuronal Ceroid Lipofuscinosis (NCL), a group of inherited neurodegenerative disorders, has been a subject of intense scientific investigation. This abstract encapsulates the essence of the journey leading to the discovery of NCL, highlighting key milestones, breakthroughs, and ongoing research directions. From its early recognition as a storage disorder characterized by the accumulation of autofluorescent lipopigments within neurons to the elucidation of its genetic basis, the unraveling of NCL has been marked by collaborative efforts across disciplines. Advances in molecular genetics, neuropathology, and cellular biology have deepened our understanding of the disease mechanisms, shedding light on pathways involved in lysosomal dysfunction, neuronal loss, and progressive cognitive decline. This review discusses the historical evolution of the NCL concept and the impact of the recent biochemical and molecular genetic findings on our views on the classification and pathogenesis of these devastating brain disorders. To dive more into this, you can have a look below 👇
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