#Gene Lab

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In gene tharapy muted ( detected gene) replaced by functional gene. . . .→ SOURCE - || YOUTUBE || . . . [ IGNORE TAG ] . . . #neet #study #knowledge #cell #science #botany #cytology #biology #botany #biotechnology #zoology #humanscience #anatomy #physiology #learnings #11thscience #12thscience #students #3dlearning #visulization . . . . . . . . . thanks for watching.....💓 . . . . . . Follow for more ✅

Genotype is the complete set of genetic material that an organism inherits from its parents. It is the genetic makeup of an organism, and it determines the organism's traits. Genotype can be thought of as the instructions for building an organism. It contains the information for everything from the organism's eye color to its susceptibility to disease. Genotype is often compared to phenotype, which is the observable traits of an organism. For example, eye color is a phenotype, while the genotype for eye color is the specific combination of genes that determines eye color. Genotype is inherited from parents through reproduction. When two organisms mate, they pass on half of their genetic material to their offspring. This means that each offspring has a unique genotype, which is a combination of the genotypes of its parents. Genotype is important because it determines the organism's traits. These traits can affect the organism's survival, reproduction, and overall fitness. For example, an organism with a genotype that makes it resistant to disease is more likely to survive and reproduce than an organism with a genotype that makes it susceptible to disease. Here is a simple analogy to help you understand genotype: Imagine that genotype is like a recipe for baking a cake. The recipe contains all of the instructions for making the cake, including the ingredients, the amount of each ingredient, and the steps on how to mix and bake the cake. The ingredients in the recipe are like the genes in the genotype. The amount of each ingredient is like the number of copies of each gene that an organism has. And the steps on how to mix and bake the cake are like the instructions for how to build an organism from its genetic material. Just as different recipes can produce different cakes, different genotypes can produce different organisms. For example, the genotype for eye color can produce different eye colors, such as brown, blue, or green. Voiced @kaijinruh @facts_and_stuff_by_d #biology #genetics #gene #geneticengineering

🧬 Editing life at its source — precision meets biotechnology. Watch how CRISPR rewrites DNA, opening doors to curing genetic diseases and shaping the future of medicine.#Biotechnology #CRISPR #GeneEditing #DNA #Genetics MolecularBiology BioTechRevolution ScienceReels MedicalScience FutureOfMedicine GenomeEditing LifeSciences ScienceVisuals BioInnovation Research ScienceContent STEM ReelsIndia LearnScience

🧬 Decode life: Understand how genes shape who we are and how life works at its core. 🔬 Discover the unknown: Be part of cutting-edge research and uncover new scientific breakthroughs. 🌍 Go global: Build an international career with opportunities all around the world. What other reasons would you add? Let’s meet in the comments👇🏻🥰♥️ #molecularbiology #genetics #mbg #scientistlife #sciencelovers

Unlocking the Future: What is Gene Therapy? 🧬 Discover how scientists are rewriting DNA to treat and even cure genetic disorders! #GeneTherapy #Genetics #Science #STEM

Watch full video.How gene transcription works. DNA to RNA: RNA polymerase uses one of the DNA strands as a template to make a new, complementary RNA molecule. Transcription ends in a process called termination. Credit: D. Berry, E. Uno Via- WEHImovies/YT

Students in action: experimenting and understanding the law of genetics! 🧬 #HandsOnScience #Genetics

EPIGENÉTICA: O Controle Sobre os Genes Além do DNA A epigenética é o estudo de alterações no funcionamento dos genes que não envolvem mudanças na sequência do DNA. Enquanto o DNA carrega as informações genéticas que herdamos de nossos pais, a epigenética determina como, quando e onde esses genes serão ativados ou desativados. Em outras palavras, é como se o DNA fosse o "hardware" e a epigenética o "software" que controla como ele é usado. Como a epigenética funciona? A epigenética opera por meio de mecanismos que regulam a expressão gênica. Os principais processos incluem: 1. Metilação do DNA: Pequenos grupos químicos chamados grupos metil (CH3) são adicionados ao DNA, geralmente desligando os genes. É como colocar uma marca que impede que o gene seja lido. 2. Modificação das histonas: O DNA é enrolado em proteínas chamadas histonas. Alterações químicas nessas proteínas podem tornar o DNA mais ou menos acessível para leitura pelos maquinários celulares. 3. RNA não codificante: Moléculas de RNA podem interferir na produção de proteínas, regulando a expressão de genes. Fatores que influenciam a epigenética: A epigenética é altamente sensível ao ambiente. Fatores como alimentação, estresse, exposição a toxinas, exercício físico e até o envelhecimento podem modificar o padrão epigenético. Essas alterações, em alguns casos, podem ser transmitidas para as próximas gerações. A epigenética e a saúde: Alterações epigenéticas estão associadas a diversas condições de saúde, como câncer, doenças cardíacas, diabetes e transtornos psiquiátricos. Por exemplo, padrões anormais de metilação do DNA podem desativar genes supressores de tumores, contribuindo para o desenvolvimento do câncer. Epigenética no cotidiano: Um dos conceitos mais fascinantes da epigenética é que nosso estilo de vida pode moldar nossa saúde e a de nossos descendentes. Por isso, adotar uma alimentação balanceada, evitar o estresse crônico e praticar exercícios pode impactar positivamente nossa expressão genética. Continua nos comentarios 👇🏼.

Genetic Engineering = Rewriting Life’s Code 🧬✨ Ever wondered how scientists can insert a gene into another organism? 🤯 👉 Cut → Copy → Paste DNA Sounds like coding, right? 💻 ✔ Restriction enzymes = molecular scissors ✂️ ✔ DNA ligase = molecular glue 🧩 ✔ Vectors = gene carriers 🚚 From insulin production to GM crops 🌾 👉 Biotechnology is shaping our future Small DNA changes → Big real-world impact 🌍 👉 Follow for more NEET Biology content 👉 Save this for quick revision #geneticengineering #biotechnology #neetbiology #explorepage #sahastransh

🧠 Explanation: Genetic engineering is the process of directly modifying an organism’s DNA to change its traits. Scientists can add, remove, or alter genes to treat diseases, improve crops, or study biological functions. It’s a powerful field shaping the future of medicine and biology. . . Dm for credit/Removel . . Education purpose . . #education #biology #learning #geneticengineering #biotechnology