#Polygenic Example

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#Polygenic Example Reel by @biologywithdranshika_shorts - The Genetic Material of Prokaryotic Cell is simple yet powerful. . . . #ProkaryoticCell #GeneticMaterial #Nucleoid #CircularDNA #Plasmid BacterialDNA
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@biologywithdranshika_shorts
The Genetic Material of Prokaryotic Cell is simple yet powerful. . . . #ProkaryoticCell #GeneticMaterial #Nucleoid #CircularDNA #Plasmid BacterialDNA CellBiology Microbiology NEETBiology BiologyNotes ScienceStudy MedicalAspirant BiologyLovers StudyGram LearningScience
#Polygenic Example Reel by @bio._.spark - 🧬 Salient Features of Genetic Code πŸ”Ή Genetic code is triplet - 3 nucleotides form 1 codon. πŸ”Ή It is universal - almost same in all organisms 🌍 πŸ”Ή C
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@bio._.spark
🧬 Salient Features of Genetic Code πŸ”Ή Genetic code is triplet – 3 nucleotides form 1 codon. πŸ”Ή It is universal – almost same in all organisms 🌍 πŸ”Ή Code is degenerate – one amino acid can be coded by more than one codon. πŸ”Ή It is non-overlapping – one base is read only once. πŸ”Ή Code is commaless – read continuously without breaks. πŸ”Ή It is unambiguous – one codon codes for only one amino acid. πŸ”Ή Has start codon (AUG) 🚦 and stop codons (UAA, UAG, UGA) πŸ›‘ πŸ“Œ From DNA to Protein – this is the language of life! #GeneticCode #MolecularBiology #BiologyNotes #NEETPreparation #12thBiology BioSpark LifeSciences πŸ§ͺ✨
#Polygenic Example Reel by @ecogenezap - Binary Fission in Bacteria Step 1 - DNA Replication A single bacterial cell with one circular DNA molecule. The DNA begins to copy itself. Step 2 -
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@ecogenezap
Binary Fission in Bacteria Step 1 – DNA Replication A single bacterial cell with one circular DNA molecule. The DNA begins to copy itself. Step 2 – Cell Elongation The cell becomes longer and the two DNA copies move apart. Step 3 – Septum Formation A septum (cell wall partition) starts forming in the middle of the cell. Step 4 – Two Daughter Cells The cell splits into two identical bacterial cells. #cellbiology #binaryfission #genetics #ScienceReels #LearnScience #ecogenezap
#Polygenic Example Reel by @fsicourses - Genetics 101: Independent Assortment! Genes on different chromosomes shuffle independently during meiosis. Tall plants aren't always green! Unless gen
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@fsicourses
Genetics 101: Independent Assortment! Genes on different chromosomes shuffle independently during meiosis. Tall plants aren't always green! Unless genes are linked, expect variety. #Genetics #Biology #Science #Meiosis #DNA #Inheritance #Education #ScienceFacts #LearnOnReels
#Polygenic Example Reel by @bio._.spark - βœ‚οΈ Molecular Scissors - The DNA Cutters! 🧬 Did you know bacteria have their own defense system? They use special enzymes called restriction enzymes t
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@bio._.spark
βœ‚οΈ Molecular Scissors – The DNA Cutters! 🧬 Did you know bacteria have their own defense system? They use special enzymes called restriction enzymes to cut foreign DNA! These tiny biological tools: πŸ”¬ Recognize specific DNA sequences 🧬 Cut DNA at precise sites 🧩 Create sticky or blunt ends πŸ§ͺ Help in recombinant DNA technology Example: EcoRI cuts the sequence GAATTC. This discovery revolutionized genetic engineering and made gene cloning possible! 🌍✨ Small enzyme. Big impact. β€” Bio Spark πŸ”₯ #MolecularScissors #RestrictionEnzymes #EcoRI #GeneticEngineering #RecombinantDNA Class12Biology NEETPreparation BiologyReels ScienceEducation BioSpark
#Polygenic Example Reel by @pcm_w.alle - 🧬 Ever wondered what actually builds the blueprint of life? Behind every living organism lies a powerful microscopic code - Nucleic Acids (DNA & RNA
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@pcm_w.alle
🧬 Ever wondered what actually builds the blueprint of life? Behind every living organism lies a powerful microscopic code β€” Nucleic Acids (DNA & RNA). But here’s the real twist πŸ‘‡ It’s not just about what they are… It’s about how they are arranged. Every nucleotide β€” the basic unit of nucleic acid β€” follows a specific structural sequence that forms the foundation of genetic information. Think of it like building a sentence. If the order of letters is wrong β€” the meaning changes. If the order of components in nucleic acid is wrong β€” life itself can't function properly. Each nucleotide is made of three parts: πŸ”Ή Nitrogenous Base πŸ”Ή Pentose Sugar πŸ”Ή Phosphate Group But the question is β€” what’s the correct sequence? This is where conceptual clarity separates memorization from understanding πŸ’‘ Because nucleic acids are not random structures β€” they follow a precise molecular architecture that helps: βœ” Store genetic information βœ” Transfer hereditary traits βœ” Control protein synthesis βœ” Drive evolution Understanding this sequence is not just exam-important πŸ“š It’s LIFE-important 🌍 From your eye color to your metabolism… From plant growth to human immunity… Everything begins with this tiny yet powerful arrangement. So next time when you study DNA or RNA β€” Don’t just remember it. Visualize it. Understand it. Own the concept. Because toppers don’t just read science β€” They decode it πŸ”₯ Drop your answer in the comments πŸ‘‡ Let’s see who truly understands the structure of life! #BiologyConcepts #NucleicAcid #DNA #ScienceReel #StudySmart NEETPrep BoardExams ConceptIsKing LearnWithLogic FutureDoctor
#Polygenic Example Reel by @tibrbiotech - π’π“π€π‘π“πˆππ† π“πŽπŒπŽπ‘π‘πŽπ–. πƒπŽππ“ πŒπˆπ’π’ πˆπ“. π‰πŽπˆπ ππŽπ–.. πŸ”¬ 𝐏𝐫𝐨𝐀𝐚𝐫𝐲𝐨𝐭𝐒𝐜 π†πžπ§π¨π¦π’πœπ¬: πƒπšπ­πš π€π§πšπ₯𝐲𝐬𝐒𝐬 & οΏ½
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@tibrbiotech
π’π“π€π‘π“πˆππ† π“πŽπŒπŽπ‘π‘πŽπ–. πƒπŽππ“ πŒπˆπ’π’ πˆπ“. π‰πŽπˆπ ππŽπ–.. πŸ”¬ 𝐏𝐫𝐨𝐀𝐚𝐫𝐲𝐨𝐭𝐒𝐜 π†πžπ§π¨π¦π’πœπ¬: πƒπšπ­πš π€π§πšπ₯𝐲𝐬𝐒𝐬 & 𝐁𝐞𝐬𝐭 𝐏𝐫𝐚𝐜𝐭𝐒𝐜𝐞𝐬 Register nowβ€”limited seats! https://lnkd.in/gjgpq4Zh #ProkaryoticGenomics #WholeGenomeSequencing #WGS #Bioinformatics #TIBRBiotech
#Polygenic Example Reel by @examstash - Basic Genomics Quiz: Test Your Understanding of Fundamental Principles - examstash.com Genomics foundational concepts, including DNA replication, tra
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@examstash
Basic Genomics Quiz: Test Your Understanding of Fundamental Principles - examstash.com Genomics foundational concepts, including DNA replication, transcription, translation, gene regulation, genetic code, mutations, Mendelian inheritance, epigenetics, and recombinant DNA technology. Molecular biology techniques such as Polymerase Chain Reaction (PCR), gel electrophoresis, and next-generation sequencing are covered. Entities include genes, chromosomes, alleles, proteins, enzymes, personalized medicine, and ethical considerations in genomics. This resource addresses the basic principles of molecular genetics and their applications through a question-and-answer format. ⭐️ β€œIt's alright. It definitely serves as a decent refresher for intro material, but I was hoping for a bit more advanced application or case scenarios. Good, but not spectacular.” Ian K., Verified Buyer ✨ 100s of Expert Crafted Digital Guides βœ… Syllabus Aligned & Updated Monthly βœ… Instant PDF Download πŸ“₯ βœ… Trusted by 12,000+ Students πŸŽ“ βœ… Money-back or replacement Guarantee πŸ’― 🎁 50% OFF Promo Code : VRA74W014EQMN πŸ” Find your exam β†’ Master it β†’ Pass it. All in one legit, student loved library. πŸ‘‡ Tap the link in bio to browse the full catalog! Don’t just study study smarter. https://www.examstash.com/item/43385/basic-genomics-quiz-test-your-understanding-of-fundamental-principles #exampreparation #exams #examprep #examstash #digitalbooks #studysmart #passyourexam #ebooksforstudents #testprep #onlinelearning #studyguide #examsuccess #trustedbystudents
#Polygenic Example Reel by @zhtutorials (verified account) - Clones aren't always 100% genetically identical… and mitochondria are the reason why 🧬 For OCR A A-level biology, you need to understand the differe
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@zhtutorials
Clones aren’t always 100% genetically identical… and mitochondria are the reason why 🧬 For OCR A A-level biology, you need to understand the difference between artificial embryo twinning and somatic cell nuclear transfer (SCNT) - and why the outcomes aren’t quite the same. In artificial embryo twinning, a fertilised egg divides to form an early embryo, which is then split into separate cells. Each develops into a genetically identical individual because they all came from the same original zygote (although remember random mutations could occur). But SCNT works differently. The nucleus from a somatic cell fused with an enucleated egg cell. That means the nuclear DNA comes from the donor animal… but the mitochondrial DNA comes from the egg cell donor. For a similar reason, mitochondria are always inherited via the maternal line! Save this for upcoming revision πŸ“š #alevelbiology #biologyalevel #alevelbiologynotes #alevelstudents #biologystudents #biologymemes #biologystudent #alevels #alevels2026 #biologyrevision #studybiology #studytok #biologytutor #animalcloning #mitochondria
#Polygenic Example Reel by @biology_tutor72 - The "End Replication Problem" explained in 2 minutes. πŸ§¬βœ… πŸ‘©β€πŸ”¬βœ¨#endreplicationproblem #molecularbiology #neetbiology #ncertbiology #genetics
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@biology_tutor72
The β€œEnd Replication Problem” explained in 2 minutes. πŸ§¬βœ… πŸ‘©β€πŸ”¬βœ¨#endreplicationproblem #molecularbiology #neetbiology #ncertbiology #genetics
#Polygenic Example Reel by @19_years_olds - Genes can move independently of reproduction. Evolution can occur through genetic sharing. This process accelerates adaptation dramatically. It transf
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@19_years_olds
Genes can move independently of reproduction. Evolution can occur through genetic sharing. This process accelerates adaptation dramatically. It transforms how inheritance is understood. Hashtags: #19yearsolds #AdvancedBiology #Genetics #EvolutionaryBiology #LifeSciences
#Polygenic Example Reel by @science_with_sagarji - E. coli with heavy DNA (¹⁡N) is transferred to a medium containing normal nitrogen (¹⁴N). What will be the percentage of hybrid DNA after 40 minutes (
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@science_with_sagarji
E. coli with heavy DNA (¹⁡N) is transferred to a medium containing normal nitrogen (¹⁴N). What will be the percentage of hybrid DNA after 40 minutes (2 generations)? Step 1: Understanding the experiment (Meselson–Stahl concept) This question is based on the Meselson–Stahl experiment, which proved that DNA replication is semi-conservative. In semi-conservative replication, each new DNA molecule contains one old (parental) strand and one newly synthesized strand. Initially, E. coli cells are grown in ¹⁡N medium, so their DNA is completely heavy (¹⁡N–¹⁡N). Step 2: First generation after transfer to ¹⁴N medium When the bacteria are shifted to ¹⁴N medium and allowed to divide once (1 generation): Each heavy DNA molecule replicates One strand remains ¹⁡N (old) and the new strand becomes ¹⁴N So after 1 generation: 100% DNA is hybrid (¹⁡N–¹⁴N) No fully heavy DNA remains Step 3: Second generation (40 minutes = 2 generations) During the second round of replication: Each hybrid DNA (¹⁡N–¹⁴N) replicates The ¹⁡N strand produces another hybrid DNA The ¹⁴N strand produces a light DNA (¹⁴N–¹⁴N) So after 2 generations, DNA distribution becomes: 50% hybrid DNA (¹⁡N–¹⁴N) 50% light DNA (¹⁴N–¹⁴N) Step 4: Calculating the required percentage The question asks specifically for the percentage of hybrid DNA after 2 generations. From the analysis: Hybrid DNA = 50% Light DNA = 50% Heavy DNA = 0% Final Answer βœ… Correct Answer: C) 50%

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