#Geneticmutation

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#Geneticmutation Reel by @science_with_sagarji - Day 19/30 🧬 Spermatogenesis - Meiosis Insight Q: After Meiosis-I, how many chromosomes and chromatids are present in a secondary spermatocyte? ---
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@science_with_sagarji
Day 19/30 🧬 Spermatogenesis – Meiosis Insight Q: After Meiosis-I, how many chromosomes and chromatids are present in a secondary spermatocyte? --- 🔍 Core concept: 👉 Meiosis-I is reductional division 👉 Homologous chromosomes separate 👉 Each chromosome still has 2 sister chromatids --- 🧠 Key calculation: ✔ Diploid (2n = 46) → after Meiosis-I → haploid (n = 23) ✔ Each chromosome = 2 chromatids 👉 Chromosomes = 23 👉 Chromatids = 23 × 2 = 46 --- 🔍 Option analysis: A) 23 & 23 → ❌ Chromatids wrong B) 23 & 46 → ✅ Correct C) 46 & 46 → ❌ Not haploid D) 46 & 92 → ❌ Before division logic --- ✅ Final Answer: B) 23 chromosomes and 46 chromatids 💡 Trick: “After Meiosis-I → n but DNA still doubled” #Biology #Genetics #Spermatogenesis #NEETPrep #Day19
#Geneticmutation Reel by @scoolam24 - Chromosome Anatomy and DNA Packaging Chromosomes are highly organized structures that store and protect the cell's genetic material. Each chromosome c
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@scoolam24
Chromosome Anatomy and DNA Packaging Chromosomes are highly organized structures that store and protect the cell’s genetic material. Each chromosome contains a long DNA molecule tightly coiled around proteins called histones, forming units known as nucleosomes. This arrangement allows nearly two meters of DNA to fit inside the microscopic nucleus of a cell. The chromosome has distinct regions, including chromatids, the centromere, and telomeres. The centromere holds sister chromatids together and plays a role during cell division, while telomeres protect the ends of chromosomes from damage. Through multiple levels of folding and compaction, DNA is efficiently packaged while still allowing access for gene expression and replication. #Chromosome #DNAPackaging #Genetics #CellBiology
#Geneticmutation Reel by @science_explainations - Abnormal cell division occurs when cells do not divide in the usual, controlled manner. Normally, cell division is regulated to replace old or damaged
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@science_explainations
Abnormal cell division occurs when cells do not divide in the usual, controlled manner. Normally, cell division is regulated to replace old or damaged cells and maintain healthy tissue. However, if this regulation is disrupted, cells may divide uncontrollably or unevenly. Key Points: 1. Causes: • Genetic mutations • Damage to DNA (due to radiation, chemicals, or viruses) • Faulty cell cycle control mechanisms 2. Types of Abnormalities: • Uncontrolled cell division: Leads to tumors and cancers. • Unequal division: Produces cells with too many or too few chromosomes (e.g., Down syndrome due to trisomy 21). 3. Consequences: • Cancer formation • Genetic disorders • Tissue damage or malfunction
#Geneticmutation Reel by @microfunwithteju - GENETIC MUTATION #microfunwithteju #genetics #mutation #biologynotes #learnoninstagram
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@microfunwithteju
GENETIC MUTATION #microfunwithteju #genetics #mutation #biologynotes #learnoninstagram
#Geneticmutation Reel by @the_medexplainer - Chromosomes separate during the anaphase stage of mitosis. The sister chromatids of each replicated chromosome are pulled apart by the mitotic spindl
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@the_medexplainer
Chromosomes separate during the anaphase stage of mitosis. The sister chromatids of each replicated chromosome are pulled apart by the mitotic spindle to opposite poles of the cell. This ensures that each of the two new daughter cells receives a complete and identical set of chromosomes. Credit to respected owner DM for content removal #cellbiology #cellcycle #science #reelsindia #biology
#Geneticmutation Reel by @codons.64 - Mitochondria: 🧬 Structure Keywords Double membrane Outer membrane (smooth) Inner membrane (cristae) Intermembrane space Matrix Own DNA (mtDNA) Riboso
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@codons.64
Mitochondria: 🧬 Structure Keywords Double membrane Outer membrane (smooth) Inner membrane (cristae) Intermembrane space Matrix Own DNA (mtDNA) Ribosomes (70S) ⚡ Function Keywords Powerhouse of cell ATP production Cellular respiration Krebs cycle (matrix) Electron Transport Chain (inner membrane) Oxidative phosphorylation Heat production Apoptosis 📌 Special Features Semi-autonomous Maternal inheritance Endosymbiotic origin Self-replication
#Geneticmutation Reel by @explained_science - Abnormal cell division occurs when cells do not divide in the usual, controlled manner. Normally, cell division is regulated to replace old or damaged
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@explained_science
Abnormal cell division occurs when cells do not divide in the usual, controlled manner. Normally, cell division is regulated to replace old or damaged cells and maintain healthy tissue. However, if this regulation is disrupted, cells may divide uncontrollably or unevenly. Key Points: 1. Causes: • Genetic mutations • Damage to DNA (due to radiation, chemicals, or viruses) • Faulty cell cycle control mechanisms 2. Types of Abnormalities: • Uncontrolled cell division: Leads to tumors and cancers. • Unequal division: Produces cells with too many or too few chromosomes (e.g., Down syndrome due to trisomy 21). 3. Consequences: • Cancer formation • Genetic disorders • Tissue damage or malfunction
#Geneticmutation Reel by @acepathshala - Chromosomal Disorders: Concepts, Types & Key Syndromes These notes provide a comprehensive and exam-oriented overview of chromosomal disorders, coveri
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@acepathshala
Chromosomal Disorders: Concepts, Types & Key Syndromes These notes provide a comprehensive and exam-oriented overview of chromosomal disorders, covering all essential concepts required for competitive exams like NEET, CSIR-NET, and university-level biology. #ChromosomalDisorders #GeneticsNotes #HumanGenetics #Aneuploidy #csirnet

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