#Base Pair

Discover how Basepair is revolutionizing the world of medicine through its innovative genomics software. 🧬 From cancer research at Harvard to doubling IVF success rates, Basepair’s no-code platform empowers scientists to make life-changing discoveries. Join us as we explore the future of healthcare! #Basepair #Genomics #AIinMedicine #HealthcareInnovation #NoCode MedicalResearch FutureOfTech

A DETAILED VIDEO REGARDING GENETIC ENGINEERING : Genetic engineering (also called genetic modification) is a process that uses laboratory-based technologies to alter the DNA makeup of an organism. This may involve changing a single base pair (A-T or C-G), deleting a region of DNA or adding a new segment of DNA. Stages of genetic engineering to include: identify section of DNA that contains required gene from source chromosome. extract required gene, insert required gene into vector/bacterial plasmid, insert plasmid into host cell, grow transformed cells to produce a GM organism. Follow : @microbiologyupdate Save it for future reference 😁 Share with your friends ☺️ Thank you so much 🙏 . . . . . . . . . #microbiologyupdate #microbiology #geneticengineering #plasmid #molecularbiology #recombinantdnatechnology #dna #molecularbiologist

DNA Length Calculation Tricks 🧬 | Must-Know Formula for CSIR NET & CUET PG ✍️ Struggling with DNA length numericals? This quick formula-based guide will help you solve questions in seconds! 🚀 Learn the exact base pair to length conversion trick (0.34 nm rule)—a concept frequently asked in CSIR NET Life Sciences and CUET PG exams. Master: ✔ DNA length calculation formula ✔ Base pair to nanometer conversion ✔ Fast-solving shortcuts for MCQs ✔ Previous year-based approach Don’t skip this—every mark counts in competitive exams! 📌 #CSIRNETLifeScience #CUETPG #BiologyNumericals #MolecularBiology #ExamTricks

Basepair is helping scientists understand complex genetic data, and the judges loved their clear vision. 🧬 See their pitch on drapertv.com! #MeetTheDrapers #Startup #VentureCapital #Entrepreneurship #Genomics #Basepair

In this model, DNA exists as a right-handed double helix, a concept explained by James Watson and Francis Crick. The structure is highly regular and follows fixed geometric parameters, which are frequently tested. Now understand the important measurements step by step: The distance between two consecutive base pairs is 3.4 Å. This is the smallest repeating unit along the length of DNA. One complete turn of the helix contains 10 base pairs. So, the total length of one full turn becomes: 3.4 Å × 10 = 34 Å This length of one complete turn is called the pitch of the helix. Other useful data to keep in mind: Diameter of the helix ≈ 20 Å Number of base pairs per turn = 10 Angle of rotation per base pair ≈ 36° Now evaluate the options clearly: A. 34 Å – Correct. This represents the pitch (length of one complete helical turn). B. 3.4 Å – Incorrect. This is only the distance between adjacent base pairs. C. 20 Å – Incorrect. This is the diameter of DNA, not the pitch. D. 3.4 nm – Although mathematically equal to 34 Å (since 10 Å = 1 nm), standard answers usually expect the value in angstrom units as given in textbooks. Therefore, the correct answer is A. 34 Å. The key idea is to clearly separate these commonly confused values: 3.4 Å → distance between base pairs 34 Å → pitch of helix 20 Å → diameter Remembering this trio makes DNA structure questions very easy to solve. #NEET2026 #CUET2026 #BiologyMCQ #Genetics #MolecularBiology #DNAstructure #BiologyConcepts #NEETPreparation #CUETPreparation #MedicalEntrance #LifeScience #BiologyStudents #StudyBiology #ConceptBasedLearning #ExamReady

Learn DNA in a fun, interactive way using music 🎶 This AI-created educational video helps you understand DNA structure, base pairing, and function with rhythm and repetition—great for all ages. Think genetics is hard? 🤔 Try this musical, interactive approach and remember DNA concepts faster. STEM learning made engaging: biology + music + AI 🧠🎵 Watch, sing along, and master the basics of DNA. Comment your favorite base pair ⬇️ Sing along and try the memory challenge 🎤 Share with a friend studying biology 🧬 #DNA #LearnDNA #GeneticsBasics #BiologyEducation #STEMLearning BiologySong EducationalMusic AIEducation MemoryChallenge FunLearning ScienceForStudents GlobalLearning

PAM NATRIUM KALIUM SODIUM POTASSIUM PUMP Pam Na+/K+ adalah salah satu contoh pengangkutan aktif dalam sel. Tapi student selalu konfius ion mana masuk, ion mana keluar 😂 Na+/K+ pump is one of the example of active transport in cells. But students always mixed up which ion goes in or out 😂 First time buat Reels ala-ala Tiktok. Cringe tak cringe, belakang cerita! Janji student senang hafal 🤣 . Hashtags 📌: #BioTingkatan4 #BioForm4 #Biology #Biologi #KSSM #SPM2021 #DNA #basepair #SPM #BiologiTingkatan4 #BiologyForm4 #bio #tutor #hometutor #onlinetutor #sodiumpotassiumpump #activetransport #bravegirlsrollin #bravegirls #rollin #plasmamembrane

Base Pair in Human DNA #neet #neetpreparation #neetaspirants #nta #neetexam #shorts #insta #neetug #neetug #neetmotivation

Which DNA base pair has 3 hydrogen bonds? Comment your answer below!👇 #mcat #premed #mcatprep

The best way to learn and remember new concepts is through visuals. This is why I love whiteboard drawings. It’s an easy way to explain a concept and hopefully students will remember the drawing in a test. If your students need more help with retaining new concepts, give them my guided video notes about DNA and RNA. They are packed with helpful visuals Link in my profile Follow @msbioartteacher for more bio resources . . #teacherspayteachers #tpt #tptteachers #iteachscience #scienceteacher #biologyteacher #teachersofinstagram #teachersfollowteachers #teachers #teachersofig #instateacher #biologyresources #studytips #highschoolartteacher #biologyteaching #iteachbiology #midleschoolscienceteacher #scienceteachersofinstagram #highschoolteacher #middleschoolscience #teacheradvice #basepair #genetics #biologyexplained

Udah pernah belajar materi Elektroforesis belum nih? Ini juga salah satu materi yang sering banget muncul di OSN (Olimpiade Sains Nasional) bidang Biologi. Dan banyak banget yang bingung kalo udh muncul gambar kotak dan garis-garis khasnya. Jadi elektroforesis itu untuk memisahkan DNA berdasarkan ukurannya ya ges. Ukuran DNA itu pake satuan Base Pair (pasang basa) ya. Ikutin terus ya untuk materi elektroforesis selanjutnya. Semangat persiapan OSN nya semuaa… #biology #biologyclass #biologi #olimpiadesains #olimpiadesainsnasional #kelasbiologi #biologystudent #olimpiade #science #sains #kelastiktok #edutok #fyp #fypシ゚ #OSN #scienceexperiments #electrophoresis #biotechnology #bioteknologi #puspresnas

Researchers have investigated the influence of DNA repair contexts on Cas9-generated mutations by analyzing over 236,000 distinct mutational outcomes across 2,800 target sequences in 18 DNA repair-deficient mouse embryonic stem cell lines. The research identifies specific roles of genes such as Prkdc and Polm in creating single base pair insertions and explores how knockouts of various repair genes alter mutational profiles. Notably, it establishes predictive models for mutagenic outcomes that surpass current standards, enhancing understanding of DNA repair mechanisms. The findings reveal complex interactions between target sequences and repair pathways, with implications for improving genome editing precision. The study emphasizes the heterogeneity of repair outcomes and the necessity for further exploration of gene interactions in the context of DNA repair. 🌐 Source: Ananth Pallaseni et al. | Nature Communications 📷 Image credit: Tom Ellenberger | Washington University School of Medicine in St. Louis