instagram story viewer > #LifeScience

#LifeScience

Posts
💪 Ever wondered how a nerve signal makes your muscles contract? Discover the fascinating journey from nerve impulse → Ca²⁺ release → actin–myosin interaction → sarcomere shortening, explained through accurate 3D scientific visualization! 🧬⚡ Science becomes easier when you can see the mechanism in action. 🔬✨ 💡 What part of muscle contraction surprised you most? ⭐ Support more educational science videos with Facebook Stars! 📚 Sources: Standard biology and life science references. #Science #Biology #MuscleContraction #STEM #Education #ScientificAnimation #LearnScience
💪 Ever wondered how a nerve signal makes your muscles contract? Discover the fascinating journey from nerve impulse → Ca²⁺ release → actin–myosin interaction → sarcomere shortening, explained through accurate 3D scientific visualization! 🧬⚡ Science becomes easier when you can see the mechanism in action. 🔬✨ 💡 What part of muscle contraction surprised you most? ⭐ Support more educational science videos with Facebook Stars! 📚 Sources: Standard biology and life science references. #Science #Biology #MuscleContraction #STEM #Education #ScientificAnimation #LearnScience
In every muscle contraction, an electrical signal triggers Ca²⁺ release, activates troponin C, enables actin–myosin interaction, and produces contraction. SERCA then pumps Ca²⁺ back into the sarcoplasmic reticulum, allowing the muscle to relax. 🧬💪 A fascinating microscopic process that powers every movement! 🔬✨ 💡 What part of muscle contraction surprised you most? Share your thoughts below! ⭐ Support more science education with Facebook Stars. Your support helps create more high-quality scientific animations! 📚 Sources: Standard biology and life science references. #Science #Biology #MuscleContraction #Calcium #STEM #Education #ScientificAnimation #LearnScience
In every muscle contraction, an electrical signal triggers Ca²⁺ release, activates troponin C, enables actin–myosin interaction, and produces contraction. SERCA then pumps Ca²⁺ back into the sarcoplasmic reticulum, allowing the muscle to relax. 🧬💪 A fascinating microscopic process that powers every movement! 🔬✨ 💡 What part of muscle contraction surprised you most? Share your thoughts below! ⭐ Support more science education with Facebook Stars. Your support helps create more high-quality scientific animations! 📚 Sources: Standard biology and life science references. #Science #Biology #MuscleContraction #Calcium #STEM #Education #ScientificAnimation #LearnScience
A human embryo... and a dolphin embryo... look surprisingly similar. At least in the beginning. This isn't a coincidence. Humans and dolphins are both mammals, meaning they inherited much of the same developmental program from a common ancestor. During early embryonic development, many vertebrates follow a similar body plan before species-specific genes begin directing them along different paths. (nature.com) At first, both embryos develop structures such as a tail and pharyngeal arches. Despite often being called "gill slits," these arches do not become gills in mammals. Instead, they develop into parts of the jaw, ears, throat, and neck. (embryology.med.unsw.edu.au) As development continues, the similarities disappear. In humans, the hind limbs develop into legs and the brain undergoes rapid expansion. In dolphins, the hind limb buds regress, the forelimbs become flippers, and the nostrils migrate to the top of the head, eventually forming the blowhole. Embryonic development is a reminder that evolution doesn't build every species from scratch. It modifies an existing blueprint. Sources: • Nature Education – Developmental Genetics and Evolution • UNSW Embryology – Pharyngeal Arches • UC Berkeley – Understanding Evolution #Embryology #Evolution #Biology #Dolphins #HumanBody Science Genetics Development Mammals EvolutionaryBiology Curiosity ScienceFacts BrainSnacks KyuriousKartikk Keywords: human embryo, dolphin embryo, embryology, evolution, developmental biology, mammals, pharyngeal arches, gill slits myth, common ancestor, genetics, biology, evolutionary biology, embryonic development, blowhole evolution, flippers, human development, science facts, educational reel, curiosity, brain snacks, comparative anatomy, developmental genetics, vertebrate embryos, kyurious kartikk, evolution explained, biology facts, natural selection, life science, embryo development, comparative embryology
A human embryo... and a dolphin embryo... look surprisingly similar. At least in the beginning. This isn't a coincidence. Humans and dolphins are both mammals, meaning they inherited much of the same developmental program from a common ancestor. During early embryonic development, many vertebrates follow a similar body plan before species-specific genes begin directing them along different paths. (nature.com) At first, both embryos develop structures such as a tail and pharyngeal arches. Despite often being called "gill slits," these arches do not become gills in mammals. Instead, they develop into parts of the jaw, ears, throat, and neck. (embryology.med.unsw.edu.au) As development continues, the similarities disappear. In humans, the hind limbs develop into legs and the brain undergoes rapid expansion. In dolphins, the hind limb buds regress, the forelimbs become flippers, and the nostrils migrate to the top of the head, eventually forming the blowhole. Embryonic development is a reminder that evolution doesn't build every species from scratch. It modifies an existing blueprint. Sources: • Nature Education – Developmental Genetics and Evolution • UNSW Embryology – Pharyngeal Arches • UC Berkeley – Understanding Evolution #Embryology #Evolution #Biology #Dolphins #HumanBody Science Genetics Development Mammals EvolutionaryBiology Curiosity ScienceFacts BrainSnacks KyuriousKartikk Keywords: human embryo, dolphin embryo, embryology, evolution, developmental biology, mammals, pharyngeal arches, gill slits myth, common ancestor, genetics, biology, evolutionary biology, embryonic development, blowhole evolution, flippers, human development, science facts, educational reel, curiosity, brain snacks, comparative anatomy, developmental genetics, vertebrate embryos, kyurious kartikk, evolution explained, biology facts, natural selection, life science, embryo development, comparative embryology
Topic wise priority in CSIR NET Life Science.. #csirnet2026 #csirnetjrf
Topic wise priority in CSIR NET Life Science.. #csirnet2026 #csirnetjrf
🌿 One Page. One Concept. One Step Closer to Success. Today's Topic: Microbial growth curve🦠 Follow for more Life Science handwritten notes and exam-focused content. 💙 #science #Microbiology #fyp #viral #reels
🌿 One Page. One Concept. One Step Closer to Success. Today's Topic: Microbial growth curve🦠 Follow for more Life Science handwritten notes and exam-focused content. 💙 #science #Microbiology #fyp #viral #reels
🚨 7 Regrets Biotechnology Graduates Wish They Could Fix A plain college degree is no longer enough. In 2026, the job market rewards strategic planning, not just textbook grades. Avoid these 7 massive graduate traps before it’s too late: 1️⃣ Degree Trap: Thinking a B.Sc/M.Sc alone guarantees a job without extra upskilling. 2️⃣ Theory Heavy: Skipping hands-on lab training (HPLC, CRISPR) for book reading. 3️⃣ Late Searching: Waiting until the final semester to look for elite internships. 4️⃣ No Networking: Missing the hidden job market by ignoring LinkedIn. 5️⃣ Skipping Tech: Ignoring computational skills like basic Bioinformatics. 6️⃣ Generic CVs: Sending unoptimized resumes that get filtered out by corporate ATS. 7️⃣ Blind Choices: Picking a master’s branch just because friends are doing it. Learn from their mistakes and build a smart roadmap early! 👇 GET THE COMPLETE BIO-CAREER ROADMAP & OFF-CAMPUS JOB MATRIX: 👇 1️⃣ Make sure you are following @_biobuddy for daily premium biotech career strategies! 2️⃣ Join my Broadcast Channel (link pinned in bio!) where I just dropped the ultimate guide to overcoming these graduate traps. 👉 Comment “JOIN” below once you have followed and joined [biotechnology career mistakes, life science graduate jobs 2026, how to get biotech job, career guide after bsc biotech, freshers biotech resume tips] #biotechcareers #biotechnologystudents #lifesciences #reelkarofeelkaro #biobuddy
🚨 7 Regrets Biotechnology Graduates Wish They Could Fix A plain college degree is no longer enough. In 2026, the job market rewards strategic planning, not just textbook grades. Avoid these 7 massive graduate traps before it’s too late: 1️⃣ Degree Trap: Thinking a B.Sc/M.Sc alone guarantees a job without extra upskilling. 2️⃣ Theory Heavy: Skipping hands-on lab training (HPLC, CRISPR) for book reading. 3️⃣ Late Searching: Waiting until the final semester to look for elite internships. 4️⃣ No Networking: Missing the hidden job market by ignoring LinkedIn. 5️⃣ Skipping Tech: Ignoring computational skills like basic Bioinformatics. 6️⃣ Generic CVs: Sending unoptimized resumes that get filtered out by corporate ATS. 7️⃣ Blind Choices: Picking a master’s branch just because friends are doing it. Learn from their mistakes and build a smart roadmap early! 👇 GET THE COMPLETE BIO-CAREER ROADMAP & OFF-CAMPUS JOB MATRIX: 👇 1️⃣ Make sure you are following @_biobuddy for daily premium biotech career strategies! 2️⃣ Join my Broadcast Channel (link pinned in bio!) where I just dropped the ultimate guide to overcoming these graduate traps. 👉 Comment “JOIN” below once you have followed and joined [biotechnology career mistakes, life science graduate jobs 2026, how to get biotech job, career guide after bsc biotech, freshers biotech resume tips] #biotechcareers #biotechnologystudents #lifesciences #reelkarofeelkaro #biobuddy
Want to enter India’s top research institutes or pursue a Ph.D. with a fellowship? 🧬 Then you need to know these important Research Entrance Exams after M.Sc. in Microbiology/Life Sciences 📌 Save this reel for your future research career! 📤 Share it with a Life Science student who needs to know this.
Want to enter India’s top research institutes or pursue a Ph.D. with a fellowship? 🧬 Then you need to know these important Research Entrance Exams after M.Sc. in Microbiology/Life Sciences 📌 Save this reel for your future research career! 📤 Share it with a Life Science student who needs to know this.
Memory from a previous batch❤️ DNA replication - part 1 . . #genetics #innovativeteaching #science #classfun #biotechnology [Life science, Biology, Central University of Haryana, Teaching, Learning, Teaching activity, pedagogy]
Memory from a previous batch❤️ DNA replication - part 1 . . #genetics #innovativeteaching #science #classfun #biotechnology [Life science, Biology, Central University of Haryana, Teaching, Learning, Teaching activity, pedagogy]
📤Send me this reel, I'll send you a FREE Medical Coding Starter Guide. Think Medical Coding means Computer Programming? 🤔 That's one of the biggest myths stopping thousands of B.Pharm, M.Pharm, Pharm.D, and Life Science students from exploring a growing healthcare career. In this reel, you'll learn: ✅ Why Medical Coding is NOT Computer Programming ✅ What Medical Coders actually do ✅ Why pharmacy students already have an advantage. 📤 Share this with your pharmacy friends—they might be missing a career opportunity because of this one misconception. 📌 Save this reel for future career planning. Follow @MoliQLabs for more hidden pharmacy careers, industry skills, and placement tips.
📤Send me this reel, I'll send you a FREE Medical Coding Starter Guide. Think Medical Coding means Computer Programming? 🤔 That's one of the biggest myths stopping thousands of B.Pharm, M.Pharm, Pharm.D, and Life Science students from exploring a growing healthcare career. In this reel, you'll learn: ✅ Why Medical Coding is NOT Computer Programming ✅ What Medical Coders actually do ✅ Why pharmacy students already have an advantage. 📤 Share this with your pharmacy friends—they might be missing a career opportunity because of this one misconception. 📌 Save this reel for future career planning. Follow @MoliQLabs for more hidden pharmacy careers, industry skills, and placement tips.
Ever wondered why you lurch forward when a car suddenly brakes? 🚗💨 This simple balloon 🎈 and coin 🪙 experiment demonstrates the **inertia of motion**—an object in motion continues moving unless acted upon by an external force. When the balloon stops, the coin keeps moving, just like your body keeps moving forward when a car comes to a sudden stop. Science isn't just in textbooks—it's happening around us every day! ⚡ Follow for more fun physics experiments and real-life science explanations! 🔬✨ #Physics #ScienceReels #LearnOnInstagram #STEM #ViralReels
Ever wondered why you lurch forward when a car suddenly brakes? 🚗💨 This simple balloon 🎈 and coin 🪙 experiment demonstrates the **inertia of motion**—an object in motion continues moving unless acted upon by an external force. When the balloon stops, the coin keeps moving, just like your body keeps moving forward when a car comes to a sudden stop. Science isn't just in textbooks—it's happening around us every day! ⚡ Follow for more fun physics experiments and real-life science explanations! 🔬✨ #Physics #ScienceReels #LearnOnInstagram #STEM #ViralReels
Life science graduate —> Amazon Web services❤️ #resignation #corporate #minivlog #career
Life science graduate —> Amazon Web services❤️ #resignation #corporate #minivlog #career
Want a detailed video-Watch it on YT (link in the bio) How to Get Your FIRST Bioinformatics Internship Without Industry Connections 🧬💻 You don’t necessarily need a referral to get your first Bioinformatics internship. You need the right skills, projects, visibility, networking and consistent applications. 1️⃣ Build 1–2 Strong Bioinformatics Projects • RNA-seq / Transcriptomics • NGS Data Analysis • Genomics • Variant Analysis • Microbiome Analysis • Computational Biology • Drug Discovery 2️⃣ Showcase Your Projects • GitHub • LinkedIn • Resume • Portfolio • Project documentation • Results + methodology 3️⃣ Follow Bioinformatics & Life Science Companies • Bioinformatics companies • Genomics companies • Clinical genomics companies • Biotech startups • CROs • Drug discovery companies • Research organizations 4️⃣ Apply Directly to Companies Check: • Company career pages • LinkedIn Jobs • Naukri • Startup job boards Search for roles like: • Bioinformatics Intern • Genomics Intern • NGS Intern • Computational Biology Intern • Research Intern • Clinical Genomics Intern • Bioinformatics Trainee 5️⃣ Reach Out to Professionals Connect with: • Bioinformaticians • Scientists • Recruiters • Hiring managers • Founders • Research professionals 6️⃣ Build Your LinkedIn Presence Post about: • Bioinformatics projects • Technical learnings • Data analysis • Research papers • Tools & workflows • Your learning journey 7️⃣ Stay Connected With Your Seniors in college 🤝 Your seniors can help with: • Industry insights • Internship openings • Interview preparation • Skills required • Company referrals • Career guidance 8️⃣ Apply Consistently 🎯 • Apply even if you don’t meet 100% of the requirements • Track applications • Customize your resume • Keep improving your skills • Follow up professionally Remember: Your first internship isn’t always about who you know. Give recruiters a reason to say, “Let’s interview this person.” Save this if you’re trying to break into Bioinformatics, Genomics or Computational Biology. 🧬 #Bioinformaticsinternship #bioinformaticsjobs #genomics #NGS #computationalbiology
Want a detailed video-Watch it on YT (link in the bio) How to Get Your FIRST Bioinformatics Internship Without Industry Connections 🧬💻 You don’t necessarily need a referral to get your first Bioinformatics internship. You need the right skills, projects, visibility, networking and consistent applications. 1️⃣ Build 1–2 Strong Bioinformatics Projects • RNA-seq / Transcriptomics • NGS Data Analysis • Genomics • Variant Analysis • Microbiome Analysis • Computational Biology • Drug Discovery 2️⃣ Showcase Your Projects • GitHub • LinkedIn • Resume • Portfolio • Project documentation • Results + methodology 3️⃣ Follow Bioinformatics & Life Science Companies • Bioinformatics companies • Genomics companies • Clinical genomics companies • Biotech startups • CROs • Drug discovery companies • Research organizations 4️⃣ Apply Directly to Companies Check: • Company career pages • LinkedIn Jobs • Naukri • Startup job boards Search for roles like: • Bioinformatics Intern • Genomics Intern • NGS Intern • Computational Biology Intern • Research Intern • Clinical Genomics Intern • Bioinformatics Trainee 5️⃣ Reach Out to Professionals Connect with: • Bioinformaticians • Scientists • Recruiters • Hiring managers • Founders • Research professionals 6️⃣ Build Your LinkedIn Presence Post about: • Bioinformatics projects • Technical learnings • Data analysis • Research papers • Tools & workflows • Your learning journey 7️⃣ Stay Connected With Your Seniors in college 🤝 Your seniors can help with: • Industry insights • Internship openings • Interview preparation • Skills required • Company referrals • Career guidance 8️⃣ Apply Consistently 🎯 • Apply even if you don’t meet 100% of the requirements • Track applications • Customize your resume • Keep improving your skills • Follow up professionally Remember: Your first internship isn’t always about who you know. Give recruiters a reason to say, “Let’s interview this person.” Save this if you’re trying to break into Bioinformatics, Genomics or Computational Biology. 🧬 #Bioinformaticsinternship #bioinformaticsjobs #genomics #NGS #computationalbiology
back to up