#Fyn Gene Function

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#Fyn Gene Function Reel by @decodingwrlds - 🧬🌑 The Rarest Human Genetics Ever Seen 😱⚠️ Some people aren't just unique… they're nearly impossible. Hidden within their DNA are traits so rare,
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@decodingwrlds
🧬🌑 The Rarest Human Genetics Ever Seen 😱⚠️ Some people aren’t just unique… they’re nearly impossible. Hidden within their DNA are traits so rare, they challenge everything we know about the human body. 👁️ One-in-Millions: Genetic traits seen in only a handful of humans on Earth 🧬 DNA Anomalies: Eyes, skin, and features that defy normal biology 💀 Living Mysteries: Conditions that still confuse scientists today 🌪 Final Reveal: The last case looks almost unreal… like it shouldn’t exist The human body is full of secrets… but some are so rare, they feel almost supernatural. Are these mutations… or something more? 💬 Which genetic trait shocked you the most? 🎥 Video Credit: DM for credits/removal to the real owner. 👉 Follow @decodingwrlds for more dark human mysteries, rare phenomena, and hidden truths. . . . #raregenetics #humanmystery #darkfacts #creepy #decodingwrlds
#Fyn Gene Function Reel by @the_neet.ninja - Cracking the code 📝☝️.....#ntaneet #competitiveexams #trick #chemistry#biology
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@the_neet.ninja
Cracking the code 📝☝️.....#ntaneet #competitiveexams #trick #chemistry#biology
#Fyn Gene Function Reel by @unseenworld4u - THE RAREST HUMAN GENETICS ON EARTH 🧬✨ While most of us share common traits, nature occasionally creates "genetic masterpieces" that defy everything
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@unseenworld4u
THE RAREST HUMAN GENETICS ON EARTH 🧬✨ While most of us share common traits, nature occasionally creates "genetic masterpieces" that defy everything we know about biology. 🌍 From Golden Blood (Rh-null)—a blood type so rare it’s only been found in fewer than 50 people worldwide—to the DEC2 gene, which allows people to thrive on just 4 hours of sleep without any exhaustion. 😴⚡️ These aren't just anomalies; they are glimpses into the incredible diversity of the human genome. Whether it’s Distichiasis (double rows of eyelashes) or the "superpower" of insensitivity to pain, these mutations prove that humans are constantly evolving in fascinating ways. This page exists to reveal the science behind these rare gifts—showing that what makes us different is truly extraordinary. 🏆🔬 🤔 Comment below: If you could pick one "genetic superpower," which would it be? Do you have a unique trait that runs in your family? 🧬 👉 FOLLOW @unseenworld4u FOR DAILY UNSEEN FACTS 🌍✨ #raregenetics #humanbiology #goldenblood #unseenworld #dnafacts
#Fyn Gene Function Reel by @python_for_bioinformatics - 🌳 Building Evolutionary Connections! 🌿 In this reel, I've broken down the simple steps to create a phylogenetic tree in bioinformatics! From collect
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@python_for_bioinformatics
🌳 Building Evolutionary Connections! 🌿 In this reel, I’ve broken down the simple steps to create a phylogenetic tree in bioinformatics! From collecting sequences to aligning them and building a tree, we uncover the story of evolution and genetic relationships. 🧬 Phylogenetic trees are essential for studying species’ origins, tracing viruses like COVID-19, and understanding gene functions. Ready to explore the tree of life? 🌍 #Bioinformatics #Phylogenetics #ScienceReel #Evolution #Genetics #DNA #RNA #MolecularBiology #SequenceAlignment #DataScience #LifeSciences #EducationalContent #ScienceExplained
#Fyn Gene Function Reel by @decoded_wrld - 🚨😱 The Rarest Human Genetics 🧬🌎 Human genetics can create some incredibly rare and fascinating traits. Some of these occur in only a tiny percent
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@decoded_wrld
🚨😱 The Rarest Human Genetics 🧬🌎 Human genetics can create some incredibly rare and fascinating traits. Some of these occur in only a tiny percentage of the population, making them truly unique. Here are some of the rarest genetic traits found in humans. 👁 Heterochromia – When a person has two different colored eyes 🦷 Hyperdontia – Growing extra teeth beyond the normal number 🩸 Golden Blood (Rh-null) – The rarest blood type in the world 🦴 Double Jointed (Hypermobile Joints) – Extremely flexible joints beyond the normal range 💪 Myostatin Mutation – A rare gene mutation that causes unusually high muscle growth These rare traits show how diverse and extraordinary human genetics can be. 💬 Which rare genetic trait surprised you the most? 👉 Follow @decoded_wrld for more strange facts, hidden truths, and fascinating discoveries. 🎥 Video Credit: DM for credits/removal to the real owner. . . . #decodedwrld #humangenetics #raretraits #sciencefacts #fyp
#Fyn Gene Function Reel by @drbenlynch (verified account) - Your genes aren't your destiny but they do need some maintenance. Think of your genes like a kitchen after a big meal. Before you can make anythin
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@drbenlynch
Your genes aren’t your destiny but they do need some maintenance. Think of your genes like a kitchen after a big meal. Before you can make anything new, you’ve got to clean up first. That’s the Soak and Scrub method from my book Dirty Genes. THE SOAK Stop adding to the mess. This means hitting pause on processed foods, reducing exposure to everyday chemicals (cleaners, fragrances, plastics), and giving your body a break from the constant input. You can’t clean a pan while you’re still pouring grease on it. THE SCRUB Once you’ve stopped the onslaught, NOW you add nutrients back in to support healthy gene and enzyme function. This is where targeted nutrition actually works—because your body can finally use it. Most people skip straight to the scrub and wonder why supplements aren’t working. The order matters. 💬Comment “DNA” to watch the full video on the truth about your genes. I walk through each of the Super Seven genes—like MTHFR, COMT, PEMT, and more—what they actually do, and what really influences how they’re expressed and cleaned.   #dirtygenes #mthfr #methylation #epigenetics
#Fyn Gene Function Reel by @1pcthealth - 🧬 The p53 gene is one of the most important protective systems in the human body. It helps repair damaged DNA, stops unhealthy cells from multiplyi
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@1pcthealth
🧬 The p53 gene is one of the most important protective systems in the human body. It helps repair damaged DNA, stops unhealthy cells from multiplying, and acts as a built in defense against cancer. Some animals, like elephants, have multiple copies of this gene, which may help explain why they experience far lower cancer rates compared to humans. It is one of nature’s most fascinating biological advantages. When scientists say a gene is knocked down, it does not mean the gene is destroyed. It means its activity is temporarily reduced, which can affect how well it performs its protective role. This is very different from a gene being knocked off, which refers to a complete loss or deletion of gene function. Understanding this difference is crucial when discussing how viruses, stress, or other biological factors might influence cellular behavior. The conversation in this clip highlights a larger scientific question that researchers are exploring: how certain infections may interact with pathways that involve genes like p53. These ideas are still being studied and will require rigorous peer reviewed research before any conclusions can be made. It is important to approach early findings with caution and focus on what is already well understood. What we do know is that cancer development is rarely caused by a single trigger. It involves a complex mix of genetics, immune function, inflammation, and environmental factors over many years. The more we learn about genes like p53, the closer we get to understanding how to improve prevention, early detection, and treatment. Science keeps evolving, and ongoing research will help clarify how these mechanisms work and what they mean for human health. Stay informed with @1pcthealth 💉 Credits: Patrick Soon-Shiong
#Fyn Gene Function Reel by @biowithmrs.mac - bio babbles: evolution! gene flow vs genetic drift! Confusing? not anymore! I got you! let me know what you would like me to babble about next!! #bio
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@biowithmrs.mac
bio babbles: evolution! gene flow vs genetic drift! Confusing? not anymore! I got you! let me know what you would like me to babble about next!! #biology #evolution #biologyteacher #learn #science
#Fyn Gene Function Reel by @motivation_ruchipratap - 🧬 Can two completely healthy parents have a child with a serious genetic disorder? Yes… and sometimes the reason isn't the parents - it can go back
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@motivation_ruchipratap
🧬 Can two completely healthy parents have a child with a serious genetic disorder? Yes… and sometimes the reason isn’t the parents — it can go back hundreds of years to their ancestors. Scientists explain this using a famous genetic concept called the Founder Effect. A well-studied example is in Ashkenazi Jewish populations, where certain rare genetic diseases became more common because the population historically grew from a small number of ancestors. When a community grows from a small group, some rare genetic changes can quietly pass through generations… and appear again many years later. And here’s the surprising part 👇 This isn’t just history from Europe. Founder effects exist in India too. 🇮🇳 Some genetic mutations found in certain Indian communities don’t exist anywhere else in the world. In the next video, we’ll look at real examples from India. #GeneticDisorders #FounderEffect #AshkenaziJews #RareDiseaseAwareness #geneticseducation
#Fyn Gene Function Reel by @edusheekoche - Most Repeated Que from Last year of Genetics Cross 😭😱
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@edusheekoche
Most Repeated Que from Last year of Genetics Cross 😭😱
#Fyn Gene Function Reel by @biochemedits - need to drift away from my current niche and make stuff about genetic drift, embryonic development, bioinformatics, and other intriguing topics. revie
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@biochemedits
need to drift away from my current niche and make stuff about genetic drift, embryonic development, bioinformatics, and other intriguing topics. review by star and spencer in genetics "IN his landmark survey, The Genetic Basis of Evolutionary Change, Richard Lewontin (Lewontin 1974) argued that the failure to understand the processes responsible for maintaining the high levels of genetic variation ubiquitous in natural populations was the central problem in population genetics. In his view, neither neutral nor selective explanations fully dealt with the observations at the time (Lewontin 1974). In the intervening decades, both sorts of explanations have been modified in attempts to resolve Lewontin’s “paradox of variation.” For example, the “nearly-neutral theory” expands the origin neutral theory to include slightly deleterious and advantageous alleles in the standing variation (Ohta and Gillespie 1996). Nevertheless, all of the construction work to date has ignored the stochastic effects of genetic drift, which is likely to be a critical determinant of the levels of polymorphism even for selectionist explanations. First, polymorphism in construction models arises from the accumulation of beneficial mutants, which (everything else being equal) is more likely in larger populations because any reduction in frequency due to genetic drift—and hence possible extinction—is (on average) smaller. Second, mutations—both deleterious and beneficial—arise in direct proportion to population size for a given mutation rate. In smaller populations both these factors, the greater effect of genetic drift and the smaller absolute numbers of mutations, may severely limit the role of environmental heterogeneity in selectively maintaining genetic variation (Leimu and Fischer 2008)." #biology #evolution #naturalselection #biologymajor

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