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I sent DNA into space!! Kerbal Space Program!

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07.07.2021

As an engineer I never thought biology would be inspiring my builds, but here we are, sending DNA into space in Kerbal Space Program (KSP). Even though it could have been more successful, I was quite pleased with how this turned out- plus I beat my Simon in space record of building the longest rocket in ksp. Don't forget the strongest rocket shape ever created too, it actually got to space! As always, if you enjoy the video please give it a LIKE and subscribe to the Real Civil Engineer channel and enable notifications so you can be the first to know when I post future videos! Thanks!! LINKS! PATREON: 🤍 MERCH: 🤍 MEMBERSHIP: 🤍 DISCORD: 🤍 TIP ME: 🤍 🤍 REDDIT: 🤍 WATCH MORE REAL CIVIL ENGINEER! POWERWASH SIMULATOR: 🤍 DORFROMANTIK: 🤍 BECASTLED: 🤍 CITIES SKYLINES - ENGITOPIA: 🤍 TEARDOWN: 🤍 KERBAL SPACE PROGRAM: 🤍 POLY BRIDGE 2: 🤍 HYDRONEER: 🤍 HUMAN FALL FLAT: 🤍 GOLD RUSH: 🤍 VARIETY PLAYLIST: 🤍 MY OTHER CHANNELS: Paddy, the Engineer's Apprentice (My dog's channel): 🤍 Real Civil Engineer Archive (Twitch Vods): 🤍 About Kerbal Space Program: Kerbal Space Program is the iconic rocket building physics game. Engineer increasingly complicated space shuttles to complete various missions around Kerbin, the Mun (Moon), and the Solar System. Earn science points to unlock spaceship parts to "complete" career mode! #realcivilengineer #ksp #engineering

Complete Rajasthan Geography ।। राजस्थान का संपूर्ण भूगोल।। #rsmssb , #rpsc , #rssb, complete Raj gk

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09.11.2020

WELCOME TO ENGINEERS DNA YOUTUBE CHANNEL . इस वीडियो में राजस्थान की भिन्न-भिन्न प्रतियोगी परीक्षाओं को ध्यान में रखते हुए संपूर्ण राजस्थान भूगोल का अध्ययन Er. A. K. Choudhary sir द्वारा करवाया गया है। Er. A. K. Choudhary sir के नोट्स के लिए टेलीग्राम पर engineersdna telegram channel ज्वाइन करें। Telegram channel पर संपूर्ण राजस्थान के नोट्स दे रखे हैं। राजस्थान जीके Playlist link RAJASTHAN GK: 🤍 NOTE - ALL study material (NOTES PDF's , BOOKS PDF's , QUIZZES ) related to CIVIL ENGINEERING SUBJECTS , General Studies subjects , Current affairs and Rajasthan GK is updated/provided at our TELEGRAM CHANNEL LINK GIVEN BELOW - ENGINEERS DNA For Govt. Jobs Updates and Study Material . 🤍 Contact us - Email ID - civilwarrior007🤍gmail.com Telegram channel -🤍 or Search engineersdna THANKS FOR WATCHING !! #ENGINEERS DNA #engineersdna Rajasthan Geography #complete Rajasthan Geography #complete Rajasthan gk #civil engineering #civil engineering notes #ssc je civil engineering #ssc je #rsmssb je #rajasthan je #railway je #civil engineering for ssc je #civil engineering for rajasthan je #civil engineering for rsmssb je #rajasthan gk #rajasthan gk for rajasthan je #rajasthan gk for rsmssb je #rajasthan gk for rsmssb #rajasthan gk for rpsc #rajasthan gk notes for rajasthan je #rajasthan gk notes for rsmssb je #rajasthan bhugol #rajasthan geography marathon #rajasthan bhugol marathon #rajasthan gk for patwar #patwar gk #reet gk

How CRISPR Changes Human DNA Forever

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11.02.2019

A Chinese scientist claims to have created the world’s first genetically-engineered babies. He used CRISPR, a revolutionary gene-editing technology, to deactivate a gene in their DNA linked to HIV infection. Editing human DNA in this way could save lives, but many researchers fear unintended consequences. Following is a transcript of the video: In 2011, scientists created glow-in-the-dark cats. The researchers took a gene from a glowing jellyfish and inserted it into the unfertilized eggs of house cats. It was a neat trick, but they had a bigger goal in mind. They also made the cats more likely to be resistant to a feline form of AIDS by, again, manipulating their DNA. And cats aren’t that different than humans. In fact, we share around 90 percent of our DNA with them.  So why can’t we engineer humans in the same way? Well, we can – engineer ourselves to be resistant to life-threatening illnesses, that is. In fact, one scientist claims that he’s genetically engineered two babies using a revolutionary tool called CRISPR. But what exactly is a CRISPR baby, anyway? Would you like to be six feet tall? Or never bald? The secret to traits like these lies in the six billion letters of your genetic code. But there can be something else in there as well. Mutations. Genetic mutations are linked to at least 6,000 medical conditions, from sickle cell anemia to Huntington’s disease. But what if you could make those mutations simply disappear? That’s where the gene-editing tool CRISPR comes in. CRISPR is made from specialized proteins and other compounds found in certain bacteria. Normally, these proteins protect the bacteria by destroying enemy invaders like viruses, but the inventors of CRISPR figured out how to turn those proteins against genetic mutations and other genes linked to disease.   First, they give the proteins coordinates of the wanted gene. Then, CRISPR runs a seek-and-destroy function. After that, other molecules are dispatched to repair the gene with new, healthy DNA. And just like that, you can edit the human genome. But while edits may be quick, their changes can last for centuries. Especially if you’re editing the DNA in an embryo. Embryos start out with a single cell that eventually replicates into millions and then trillions more. So, if you alter that initial cell first, you’re manipulating the ingredients for every cell that follows later in life, and those same altered cells can be passed on from generation to generation. That’s one reason why most experiments on human embryos haven’t left the lab. That is, except for the work of Dr. He Jiankui. He claims to have used CRISPR to target and knock out the CCR5 gene in human embryos, which is linked to HIV infection. And then he did something that shocked the scientific community. He implanted the embryos into several women, one of whom gave birth to genetically modified twins. Resistance to HIV aside, most scientists say that the procedure was too risky.  At least two studies suggest that edited cells might actually trigger cancer. And another found that CRISPR can accidentally take aim at healthy DNA. So, while CRISPR could make us immune to disease, who knows what else we might get on the side? MORE SCIENCE CONTENT: What Happens To Your Brain When You Get Blackout Drunk 🤍 What Cursing Does To Your Body And Brain 🤍 How Many Children Can A Human Have In A Lifetime? 🤍 #Genetics #Baby #ScienceInsider Science Insider tells you all you need to know about science: space, medicine, biotech, physiology, and more. Subscribe to our channel and visit us at: 🤍 Science Insider on Facebook: 🤍 Science Insider on Instagram: 🤍 Business Insider on Twitter: 🤍 Tech Insider on Twitter: 🤍 How CRISPR Changes Human DNA Forever

Engineering DNA -Company Introduction

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Welcome to the wonderful world of 3D Modelling, Analysis and Rendering. With the advanced features of the software and our technical skills, we convert your vision into reality! We are a dedicated team of expert professional engineers who provide services of 3D Modelling, Analysis, Drafting, Rendering and Simulation. Our Team can handle complex multi-industrial projects. You can finally rely on an experienced design solution firm in India which can turn your ideas into reality.

Playing God: Should anyone be allowed edit their DNA using CRISPR technology?

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12.09.2018

CRISPR technology is making genetic editing available to more people than ever before. But how wide should that door be opened? Subscribe to the "CBSN" Channel HERE: 🤍 Watch "CBSN" live HERE: 🤍 Follow "CBSN" on Instagram HERE: 🤍 Like "CBSN" on Facebook HERE: 🤍 Follow "CBSN" on Twitter HERE: 🤍 Get the latest news and best in original reporting from CBS News delivered to your inbox. Subscribe to newsletters HERE: 🤍 Get your news on the go! Download CBS News mobile apps HERE: 🤍 Get new episodes of shows you love across devices the next day, stream local news live, and watch full seasons of CBS fan favorites anytime, anywhere with CBS All Access. Try it free! 🤍 - CBSN is the first digital streaming news network that will allow Internet-connected consumers to watch live, anchored news coverage on their connected TV and other devices. At launch, the network is available 24/7 and makes all of the resources of CBS News available directly on digital platforms with live, anchored coverage 15 hours each weekday. CBSN. Always On.

How CRISPR lets you edit DNA - Andrea M. Henle

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24.01.2019

Explore the science of the groundbreaking technology for editing genes, called CRISPR- Cas9, and how the tool could be used to cure diseases. From the smallest single-celled organism to the largest creatures on Earth, every living thing is defined by its genes. With recent advancements, scientists can change an organism’s fundamental features in record time using gene editing tools such as CRISPR. But where did this medical marvel come from and how does it work? Andrea M. Henle examines the science behind this new technology. Lesson by Andrea M. Henle, directed by Adam Wells. Sign up for our newsletter: 🤍 Support us on Patreon: 🤍 Follow us on Facebook: 🤍 Find us on Twitter: 🤍 Peep us on Instagram: 🤍 View full lesson: 🤍 Thank you so much to our patrons for your support! Without you this video would not be possible! Felipe Hoff, Kyanta Yap, Lewis Westbury, Ojas Kapoor, Mirzat Turap, Jaime Arriola, Emilia Alvarado, Javid Gozalov, Paul Beard, Deepak Iyer, Markus Goldhacker, Mihai Sandu, Keven Webb, Maurice Castonguay, Kristiyan Bonev, Maryam Dadkhah, Joshua Wasniewski, Michał Friedrich, Arlene Spiegelman, Doug Henry, denison martins fernandes, Hashem Al, Daniel Nester, Richard A Berkley, Benjamin Chan, Dee Wei, Abdallah Absi, Denise A Pitts, Pi Guanghui, Doris, Kurt Almendras, Raymond Lee, Nicolas Silva, Tsz Hin Edmund Chan, Melvin Williams, Tirath Singh Pandher, Athena Grace Franco, Terry Minion, Mauricio Basso, Kelvin Lam, jj5252, Karlee Finch, Chumi Ogbonna, Barthélémy Michalon, Lefty McGoo, Lucas Pincerato, Mohamed Elsayed, Amin Shahril, Mihail Radu Pantilimon and Chris Thompson.

Engineer-it Kit & DNA Playground: Day 1

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23.10.2017

Join scientist Justin as he completes one of Amino Labs most exciting biology kits, the Engineer-it Kit. Explore 21st century biology activities using an Engineer-it Kit and a DNA Playground. This is a video of the entire Day 1 activities for creating colour changing bacteria using an Engineer-it Kit and a DNA Playground by Amino Labs. Engineer-it Kit: 🤍 DNA Playground: 🤍 Homepage: 🤍 Lots more information on our blog: 🤍 Good lab coats: 🤍 Good gloves: 🤍 Safety glasses: 🤍

DNA: Structure, Replication & Profiling Genetic Engineering - Exam Overview & Tips

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09.04.2022

This #SaturdaySession will look at the structure of DNA, DNA Replication & Profiling, as well as applications of Genetic Engineering. This Saturday Session will also look at the changes to the 2022 Leaving Cert French exam and will spend time on how to maximise your marks in the written section. To get the notes please complete this google form -🤍 Remember we have a #SaturdaySession every week on our YouTube Channel from 11-12pm! There's a 20% discount code for students who watch this #SaturdaySession today - the discount code will get you 20% of our Standard and Premium plans but the offer expires tomorrow Sunday 13th February at 11:59pm! The code is ‘BIOLOGY20’ Watch previous Leaving Cert Biology #SaturdaySessions below 👇 - Exam - Tips, Advice and Guidance - 🤍 - Leaving Cert Biology - Genetics - 🤍 #LCBiology #LeavingCert #Biology #BiologyLeavingCert #Biology #ExamRevision ExamRevision is Ireland’s leading video tutorial website for students and teachers. ExamRevision provides high quality resources which are in line with the Junior Cycle and Leaving Certificate specifications. Our expert teachers have created video tutorials, Powerpoint presentations, notes/resource packs, an exam builder, self-correcting quizzes and much more to allow students to deepen their knowledge. ExamRevision provides instant feedback through our self-correcting quizzes which facilitate teachers in motivating and further developing their students' knowledge in a fun and collaborative environment. Teachers can assign video tutorials and quizzes as homework tasks and review student engagement through their progress tracker. We offer student, teacher, class and whole school plans- log on to 🤍 to access your FREE trial now!! Use the discount code ‘YOUTUBE10’ to get 10% off at check-out! Learn 🤓 Challenge❓Success🏆 Head to 🤍 to get your free trial.

DNA: India में Engineer बनने के सपनों की Engineering किसने की? | Engineer's Day | M Visvesvaraya

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15.09.2021

Engineers Day is celebrated every year on 15 September. The day marks the birth anniversary of Indian civil engineer, Bharat Ratna Mokshagundam Visvesvaraya. Also known as Sir MV, he was awarded the Bharat Ratna for his contribution in the field of engineering. 15 September is celebrated as Engineers Day not only in India but also in Sri Lanka and Tanzania. हर साल 15 सितंबर को इंजीनियर्स डे मनाया जाता है। यह दिन भारतीय सिविल इंजीनियर, भारत रत्न मोक्षगुंडम विश्वेश्वरय्या की जयंती का प्रतीक है। सर एमवी के रूप में भी जाना जाता है, उन्हें इंजीनियरिंग के क्षेत्र में उनके योगदान के लिए भारत रत्न से सम्मानित किया गया था। 15 सितंबर को न केवल भारत में बल्कि श्रीलंका और तंजानिया में भी इंजीनियर्स दिवस के रूप में मनाया जाता है। #DNA #EngineersDay #MVisvesvaraya About Channel: ज़ी न्यूज़ देश का सबसे भरोसेमंद हिंदी न्यूज़ चैनल है। जो 24 घंटे लगातार भारत और दुनिया से जुड़ी हर ब्रेकिंग न्यूज़, नवीनतम समाचार, राजनीति, मनोरंजन और खेल से जुड़ी खबरे आपके लिए लेकर आता है। इसलिए बने रहें ज़ी न्यूज़ के साथ और सब्सक्राइब करें | Zee News is India's most trusted Hindi News Channel with 24 hour coverage. Zee News covers Breaking news, Latest news, Politics, Entertainment and Sports from India & World. - Download our mobile app: 🤍 Subscribe to our channel: 🤍 Watch Live TV : 🤍 Subscribe to our other network channels: Zee Business: 🤍 WION: 🤍 Daily News and Analysis: 🤍 Follow us on Google news- 🤍 - You can also visit our website at: 🤍 Like us on Facebook: 🤍 Follow us on Twitter: 🤍 Follow us on Google News for latest updates: Zee News:- 🤍 Zee Business:- 🤍 DNA India:- 🤍 WION: 🤍 Zee News Apps : 🤍

The DNA of a FlexDog Manufacturing Engineer

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04.02.2016

What exactly is a FlexDog? Let Luke Clark explain... FlexDog is the most unique and rare of all manufacturing engineers. It’s a certain breed of engineer that is highly sought after by OEMs nationwide. It’s an engineer that lives and breathes technology and loves to problem solve, yet has an innate drive to help people. He or she always does their best and humbly serves others. OEMs nationwide in industries such as automotive, aerospace, food and beverage, energy, life sciences and agriculture trust Flexware Innovation Inc.’s engineering contracting and hiring program to identify FlexDog manufacturing engineers for placement in key automation engineering roles within their organizations – engineering positions focused on control systems, information systems, system integrations and software. If you're interested in becoming a FlexDog, check out our career page at 🤍 Or feel free to email Luke Clark at luke.clark🤍flexwareinnovation.com.

Scientists Have Just Successfully Recreated A Dinosaur From Chicken DNA!

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30.11.2022

For copyright contact: stienlemane2379(at)gmail.com Welcome to Futureunity, where we explore the fascinating world of science, technology, and the universe! From the inner workings of the human body to the outer reaches of space, we delve into the latest and most interesting discoveries that are shaping our world. Whether you're a science buff or just looking for some mind-blowing facts, we've got you covered. Join us as we uncover the mysteries of the world around us and discover new frontiers in the fields of science and technology. Get ready for a journey that's both educational and entertaining! Disclaimer Fair Use: 1. The videos have no negative impact on the original works. 2. The videos we make are used for educational purposes. 3. The videos are transformative in nature. 4. We use only the audio component and tiny pieces of video footage, only if it's necessary. Copyright Disclaimer under section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research. Fair use is a use permitted by copyright statutes that might otherwise be infringing. Disclaimer: Our channel is based on facts, rumors & fiction.

DNA Technology: Genetic Engineering | A-level Biology | OCR, AQA, Edexcel

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08.07.2019

DNA Technology: Genetic Engineering in a Snap! Unlock the full A-level Biology course at 🤍 created by Adam Tildesley, Biology expert at SnapRevise and graduate of Cambridge University. SnapRevise is the UK’s leading A-level and GCSE revision & exam preparation resource offering comprehensive video courses created by A* Oxbridge tutors. Our courses are designed around the OCR, AQA, SNAB, Edexcel B, WJEC, CIE and IAL exam boards, concisely covering all the important concepts required by each specification. In addition to all the content videos, our courses include hundreds of exam question videos, where we show you how to tackle questions and walk you through step by step how to score full marks. Sign up today and together, let’s make A-level Biology a walk in the park! The key points covered in this video include: 1. Introduction to Genetic Engineering 2. Overall Process Introduction to Genetic Engineering Advancement in DNA techniques have allowed scientists to develop genetically modified organisms (GMOs). Genetically modified organisms are organisms that have had their genomes altered by genetic engineering techniques. Scientists develop GMOs because these organisms have a more desirable phenotypes. GMOs can be made by taking a gene from one organism and inserting it into the genome of another organism. This specific type of GMO is called a transgenic organism. A DNA molecule that contains DNA from more than one organism is called recombinant DNA. A transgenic organism is an organism that contains recombinant DNA. Transgenic organisms are able to successfully express a gene from a different organism as the genetic code is universal. Overall Process Transgenic organisms are created using the following stages: 1) The gene of interest must be isolated from the original organism. 2) This gene must be placed inside a vector. A vector is something that is capable of carrying and inserting a gene into a host organism. Vectors are often plasmids, viruses or bacteria. The vector then inserts the gene into host cells. A vector is something that is capable of carrying and inserting a gene into a host organism. Vectors are often plasmids, viruses or bacteria. 3) The vector then inserts the gene into host cells. 4) The host cells that have successfully taken up the vector must then be identified. 5) These cells that express the gene of interest are then grown or cloned. Each of these stages can be achieved by using a variety of different methods. Summary Genetically modified organisms are organisms that have had their genomes altered by genetic engineering techniques This can involve inserting, deleting or changing genes Genetically modified organisms are designed for a more desirable phenotype DNA from two different organisms that is joined together is known as recombinant DNA Organisms with recombinant DNA are called transgenic organisms Transgenic organisms are made in five stages: 1) Isolation of the desired gene 2) insertion of the gene into a vector 3) insertion of the gene into the host cell by the vector 4) identification of the transgenic host cells 5) Growth or cloning of the transgenic host cells

16. Recombinant DNA, Cloning, & Editing

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12.05.2020

MIT 7.016 Introductory Biology, Fall 2018 Instructor: Adam Martin View the complete course: 🤍 YouTube Playlist: 🤍 In today's lecture, the focus shifts from pure genetics to molecular genetics, beginning with cloning, followed by polymerase chain reaction (PCR), and finally genome editing. License: Creative Commons BY-NC-SA More information at 🤍 More courses at 🤍

Can we cure genetic diseases by rewriting DNA? | David R. Liu

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21.05.2019

In a story of scientific discovery, chemical biologist David R. Liu shares a breakthrough: his lab's development of base editors that can rewrite DNA. This crucial step in genome editing takes the promise of CRISPR to the next level: if CRISPR proteins are molecular scissors, programmed to cut specific DNA sequences, then base editors are pencils, capable of directly rewriting one DNA letter into another. Learn more about how these molecular machines work and their potential to treat or even cure genetic diseases. Get TED Talks recommended just for you! Learn more at 🤍 The TED Talks channel features the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design plus science, business, global issues, the arts and more. Follow TED on Twitter: 🤍 Like TED on Facebook: 🤍 Subscribe to our channel: 🤍

Betül Kaçar: Origin of Life, Ancient DNA, Panspermia, and Aliens | Lex Fridman Podcast #350

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29.12.2022

Betül Kaçar is an astrobiologist at University of Wisconsin. Please support this podcast by checking out our sponsors: - House of Macadamias: 🤍 and use code LEX to get 20% off your first order - Mizzen+Main: 🤍 and use code LEX to get $35 off - Eight Sleep: 🤍 to get special savings - ExpressVPN: 🤍 to get 3 months free - GiveDirectly: 🤍 to get gift matched up to $1000 - Blinkist: 🤍 to get 25% off premium EPISODE LINKS: Betül's Twitter: 🤍 Betül's Instagram: 🤍 Kacar Lab: 🤍 Betül's TED Talk: 🤍 PODCAST INFO: Podcast website: 🤍 Apple Podcasts: 🤍 Spotify: 🤍 RSS: 🤍 Full episodes playlist: 🤍 Clips playlist: 🤍 OUTLINE: 0:00 - Introduction 0:56 - History of life on Earth 9:00 - Origin of life 31:47 - Genetic language of life 44:43 - Life and energy 55:26 - Ancient DNA 1:14:24 - Evolution 1:25:55 - Alien life 1:53:55 - Panspermia 2:00:17 - Restarting life on Earth 2:12:58 - Where ideas come from 2:20:30 - Science and language 2:29:07 - Love 2:30:30 - Advice to young people 2:35:04 - Meaning of life SOCIAL: - Twitter: 🤍 - LinkedIn: 🤍 - Facebook: 🤍 - Instagram: 🤍 - Medium: 🤍 - Reddit: 🤍 - Support on Patreon: 🤍

Hacking Your DNA

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04.12.2017

Boonsri Srinivasan and Minna Kane visit biohacker, Josiah Zayner, the first person to genetically engineer his DNA using CRISPR. He shows them around his $2000 home lab, where he carries out his experiments and runs his company, The ODIN. Music credit: "Cylinder Three" and "Is That You or Are You You?" by Chris Zabriskie

Lecture: DNA Technology and Genetic Engineering - Part 1

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01.04.2020

This video lecture is on the basics of DNA Technology and Genetic Engineering. The discussion is for high school level. The lecture comes in two parts. This first part will include discussion on DNA Sequencing, Polymerase Chain Reaction, Gel Electrophoresis and DNA Fingerprinting. Feel free to learn at your own pace! :) For more detailed study, please read biology/molecular biology textbooks. Subscribe for more Biology Lecture Videos. Thank you very much! Happy studying! xx Science is power xx

How CRISPR lets us edit our DNA | Jennifer Doudna

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12.11.2015

Geneticist Jennifer Doudna co-invented a groundbreaking new technology for editing genes, called CRISPR-Cas9. The tool allows scientists to make precise edits to DNA strands, which could lead to treatments for genetic diseases … but could also be used to create so-called "designer babies." Doudna reviews how CRISPR-Cas9 works — and asks the scientific community to pause and discuss the ethics of this new tool. TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design plus science, business, global issues, the arts and much more. Find closed captions and translated subtitles in many languages at 🤍 Follow TED news on Twitter: 🤍 Like TED on Facebook: 🤍 Subscribe to our channel: 🤍

DNA

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26.07.2018

Provided to YouTube by Universal Music Group DNA · Lia Marie Johnson DNA ℗ 2016 Awesomeness Music Partners, LLC Released on: 2016-10-07 Producer, Studio Personnel, Mixer, Associated Performer, Keyboards: Howard Benson Producer, Co- Producer, Associated Performer, Keyboards, Programming: Lenny Skolnik Studio Personnel, Recording Engineer: Hatsukazu "Hatch" Inagaki Studio Personnel, Recording Engineer: Mike Plotnikoff Studio Personnel, Asst. Recording Engineer: Shaun Ezrol Studio Personnel, Asst. Recording Engineer: Carl Stoodt Associated Performer, Vocals: Lia Johnson Associated Performer, Programming: Jonny Litten Associated Performer, Guitar: Tim Pierce Associated Performer, Piano: Joel Taylor Associated Performer, Trumpet: Ludovic Louis Composer Lyricist: Sidnie Tipton Composer Lyricist: Howard Benson Composer Lyricist: Lia Marie Johnson Composer Lyricist: Lenard Skolnik Auto-generated by YouTube.

Project Veritas NEW VIDEO: Alleged Pfizer Scientist CAUGHT Describing Mutating Viruses For PROFIT

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26.01.2023

Briahna Joy Gray and Robby Soave react to a new clip from Project Veritas reportedly involving a Pfizer executive. #ProjectVeritas #Pfizer #Covid According to the CDC, all COVID-19 vaccines currently available in the United States are effective at preventing COVID-19. Getting sick with COVID-19 can offer some protection from future illness, sometimes called “natural immunity,” but the level of protection people get from having COVID-19 may vary depending on how mild or severe their illness was, the time since their infection, and their age. Getting a COVID-19 vaccination is also a safer way to build protection than getting sick with COVID-19. COVID-19 vaccination helps protect you by creating an antibody response without you having to experience sickness. Getting vaccinated yourself may also protect people around you, particularly people at increased risk for severe illness from COVID-19. Getting sick with COVID-19 can cause severe illness or death, and we can’t reliably predict who will have mild or severe illness. If you get sick, you can spread COVID-19 to others. You can also continue to have long-term health issues after COVID-19 infection. While COVID-19 vaccines are effective, studies have shown some declines in vaccine effectiveness against infections over time, especially when the Delta variant was circulating widely. The mRNA vaccines do not contain any live virus. Instead, they work by teaching our cells to make a harmless piece of a “spike protein,” which is found on the surface of the virus that causes COVID-19. After making the protein piece, cells display it on their surface. Our immune system then recognizes that it does not belong there and responds to get rid of it. When an immune response begins, antibodies are produced, creating the same response that happens in a natural infection. In contrast to mRNA vaccines, many other vaccines use a piece of, or weakened version of, the germ that the vaccine protects against. This is how the measles and flu vaccines work. When a weakened or small part of the virus is introduced to your body, you make antibodies to help protect against future infection. Everyone ages 18 and older should get a booster shot either 6 months after their initial Pfizer or Moderna series, or 2 months after their initial Johnson & Johnson’s Janssen vaccine. People ages 16–17 may get a booster dose of Pfizer at least 6 months after their initial series of vaccines. The CDC says A person is fully vaccinated two weeks after receiving all recommended doses in the primary series of their COVID-19 vaccination. A person is up to date with their COVID-19 vaccination if they have received all recommended doses in the primary series and one booster when eligible. Getting a second booster is not necessary to be considered up to date at this time. A study by The Cleveland Clinic found that both previous infection and vaccination provide substantial protection against COVID-19. Vaccination of previously infected individuals does not provide additional protection against COVID-19 for several months, but after that provides significant protection at least against symptomatic COVID-19. About Rising: Rising is a weekday morning show with bipartisan hosts that breaks the mold of morning TV by taking viewers inside the halls of Washington power like never before. The show leans into the day's political cycle with cutting edge analysis from DC insiders who can predict what is going to happen. It also sets the day's political agenda by breaking exclusive news with a team of scoop-driven reporters and demanding answers during interviews with the country's most important political newsmakers. Follow Rising on social media: Website: Hill.TV Facebook: facebook.com/HillTVLive/ Instagram: 🤍HillTVLive Twitter: 🤍HillTVLive

Scientists Found Proof of GOD in DNA Code - Evidence of God - The God Code - God DNA

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00:07:14
28.11.2019

Scientists have found proof of God in the Code of DNA. But what did they found in the DNA code that made them believe in the existence of God. Evidence of God has been found by scientists in the complexity of DNA (The God Code or God Genome). As you know that a computer program is a series of binary numbers i.e. ones and zeros. This sequence of 1s and 0s instructs the computer what to do. In the same way all the functions that are taking place inside the cell of the body are controlled by an incredibly complex and extremely long code written in the DNA which is placed inside the nucleus of all the cells of our body. But now the question arises, how this Complex code of DNA convinced scientists of the presence of God. Let's understand it with a simple example. Suppose you are walking on a beach and suddenly you see a message written on the beach sand. The message is "Michael is my best friend". Then what is the possibility that this message was just written by chance by the random waves. You will say, No, It's not possible, how these waves of the ocean can write this message. This message is an information that must have come from the intelligence. So it's not possible for us to neglect an intelligent mind behind such a simple meaningful message carrying information. So the point is, information comes from intelligence. According to Dr. Francis Collins, director of the Human Genome Project, one can "think of DNA as an instructional script, a software program, sitting in the nucleus of the cell." Now if we see the complexity of the code written in the DNA, it will boggle your mind. The letters of the programming language written in the DNA are A,T,G and C just like the letters of computer programming language one and zeros. As, what the computer will do is decided by the program placed inside its memory that may be hundreds to thousands of letters long. In the same way whole functions of the body are decided by the DNA code having its copy placed inside each cell of the body. This DNA code is nearly 3 billion letters long and its instructions are written by different sequences and arrangements of the four letters A,T,G and C. A unique combination of these letters instructs the cell how to carry our extremely complex body functions. These 4 letters of DNA code A, T, G, C are actually names of four chemicals. These are Adenine, Thymine, Guanine and Cytosine that respectively stand for A, T, G and C letters. As 1100010101101 is an example of a computer program instruction in the binary language with letters 1s and 0s. Similarly AGAGTGGCTCACTCCTGAA is an example of an instruction in the DNA code written by using four letters A, T, G and C. Now remember the example of message written on the beach again. It needs an intelligent mind conveying a piece of information. How is it possible to neglect an infinitely intelligent super intelligence who has written that incredibly long, dense and complex code of 3 billion letters inside the nucleus of each cell. Who placed that code there. Is it just by chance? Do you know how much complex this DNA code is? The DNA code contains all the information that makes up an organism. All the features that makes you, every quality and trait that you possess, every chemical reaction taking place inside your body and lot more. This code is transferred to the next generations. That is the reason why a child has many characteristics similar to his or her parents. Its interesting to note that A child shares 99.5% of the DNA with his parents. Every thing that is happening inside the cell is instructed by the DNA code written in the language of 4 letters A,T, G and C. Not only this, this code has instructions also for auto repairing itself. This 3 billion lettered code is copied to new cells before a cell dies, So the information is not lost after the death of the cell. These all unbelievably complex functions are performed by the DNA code at extremely high speed without you even noticing. So it's obvious that job to write this program is beyond the limits of a human mind. No program has ever been written by chance. If you are a computer programmer than you can understand how much intelligence, concentration, creativity, pain and time it takes to write a simple code of just few hundred words if we want to get a task done by instructing a machine. Can that computer program be written without an intelligent programmer by itself by chance. No... So how can we think that this incredibly long code of 3 billion letters that is unbelievably complex and the densest storage of information in the universe can be written without any super intelligence behind it. Who is that programmer? Visit My blog: 🤍 Science World !!! (MUST WATCH) 🤍 Source and Credits: 🤍 🤍

The FUTURE of Information Security Engineers - Cisco Security Automation (DNA CENTER)

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1999
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00:15:34
17.08.2018

This video was sponsored by Cisco. Learn more about network programmability with Intent-Based Networking: 🤍 Check out the Cisco DNA Center: 🤍 Start developing today with Cisco DNA center: 🤍 Are you interested in becoming a Network Security Engineer? Information Security Engineer? Cyber Security Engineer? Or are you currently in this role? Things are CHANGING!!! We've been hearing about this whole "Network Programmability" thing for a while now but it seemed to only be about the Route and Switch guys. But I'm here to tell you that automation and programmability is alive and kicking in the Information Security field!! In this video I talk about this amazing demo I saw at CiscoLive that utilized Cisco DNA Center and Cisco Stealthwatch to AUTOMATE SECURITY!! What does this mean for you? Well, getting your CCNA Security, CCNP Security…CCNA CyberOps…is GREAT…but you may want to learn some Python to get ahead of the curve!

DNA Strand slow motion. Medical research, genetic engineering, biology. 3D rendering in Blender

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00:00:12
02.05.2022

Rotation of a DNA molecule Medical research. Concept animation of digital DNA, human genome. Futuristic animation of DNA molecule. #shorts

Engineer-it Kit and DNA Playground: Day 2

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00:28:41
23.10.2017

Making with biology is easy using an Engineer-it Kit and a DNA Playground. This is a video of the entire Day 2 activities for creating colour changing bacteria using an Engineer-it Kit and a DNA Playground by Amino Labs.

Einaudi: DNA

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2011
2
00:03:41
15.09.2018

Provided to YouTube by Universal Music Group Einaudi: DNA · Ludovico Einaudi · Marco Decimo Una Mattina ℗ 2004 Ludovico Einaudi Released on: 2004-01-01 Producer, Recording Producer: Ludovico Einaudi Studio Personnel, Recording Engineer, Mix Engineer: Michael Seberich Studio Personnel, Mastering Engineer: Stefano Barzan Composer: Ludovico Einaudi Arranger, Work Arranger: Marco Decimo Auto-generated by YouTube.

How To Extract DNA From Banana At Home

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23.04.2019

What do you have in common with a banana? Even though we might not look alike, all living things—bananas and people included—are made up of the same basic material. Just like us, banana plants have DNA genes in their cells, and just like us, their DNA determines their traits. Today, in this science experiment video we are going to extract DNA from a Banana at home. All you are going to need for this experiment is: 1- Banana 2- Alcohol 3- Salt 4- Liquid dish soap 5- Mesh Strainer Extracting DNA from a banana DNA extraction from banana #DNA #ExtractDNA Subscribe Here because amazing videos will come soon: 🤍 Visit DIY Projects Channel for more Cool Videos 🤍

Wenjie Zhou on Colloidal Crystal Engineering with DNA

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00:04:43
31.05.2022

Wenjie Zhou, a PhD candidate in Chemistry at Northwestern University, describes “colloidal crystal engineering with DNA.” This work is opening new fields in materials science and redefining how we think about constructing matter.

Genome Editing or Genome engineering short video || #genome #dna

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00:00:49
09.09.2022

#genome #editing Genome editing (also called gene editing) is a group of technologies that give scientists the ability to change an organism's DNA. These technologies allow genetic material to be added, removed, or altered at particular locations in the genome. Several approaches to genome editing have been developed. Genome editing, or genome engineering, or gene editing, is a type of genetic engineering in which DNA is inserted, deleted, modified or replaced in the genome of a living organism. Unlike early genetic engineering techniques that randomly inserts genetic material into a host genome, genome editing targets the insertions to site specific locations. #medical #shorts #video #biology #shortvideo #3danimation #animation #gene #genetic #genome #engineering #dna #dnavideo

Engineer-it Kit & DNA Playground: Day 3

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00:03:55
23.10.2017

Making with biology is easy using an Engineer-it Kit and a DNA Playground. This is a video of the entire Day 3 activities for creating colour changing bacteria using an Engineer-it Kit and a DNA Playground by Amino Labs. For the next steps look for the Keep-it Kit and BioExplorer videos!

Torry Harris DNA – engineering excellence

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0
00:04:35
01.10.2019

What sets us apart, you ask? Our Business Unit Head Joffey Chandy talks about the “Torry Harris DNA” and how it is scaled within the organization through different employee initiatives, to engineer excellence and growth.

DNA

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00:02:56
28.07.2022

Provided to YouTube by Universal Music Group DNA · AB · DA DNA ℗ 2022 36TL Released on: 2022-07-28 Producer: Ghosty Composer Lyricist: DA Auto-generated by YouTube.

Zero to Genetic Engineering Hero: DNA Extraction

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00:07:13
28.07.2021

Join Fidan as she guides you with tips and tricks of our introductory biology kit, the DNA Extraction Kit. The DNA Extraction Kit correlates to Chapter 1 of the book, Zero to Genetic Engineering Hero. DNA Extraction Kit: 🤍 Our website: 🤍 Link to the book: 🤍 Link to Zero to Genetic Engineering Hero Home Pack: 🤍 Genetic engineering and life sciences are safe activities when you follow simple guidelines. Follow along with these simple lab safety rules when working on your experiments! These rules are specified for Amino Lab products that contain only non-pathogenic ingredients. However, Amino products are part of the biosafety Risk Group 1 (RG1) (Biosafety Level 1). This is the most benign level and therefore the safest: with these kits, no special containment or training is required in North America. But you must follow these safety guidelines for your safety and the success of your experiment(s)! We recommend the system and kits for ages 12+, under adult supervision, and 14+ with or without supervision. We recommend that an adult empties the discard container. The cleaning instructions must be strictly followed for safety and experiment success. Make sure to store the kit per the instructions found in this booklet. Learn more about Practicing Safe Science: 🤍 Follow us on social media: Instagram → 🤍 Twitter → 🤍 TikTok → 🤍

Gould's Bio, DNA Technology Pt 1: How Genetic Engineering Is Done

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00:14:10
05.11.2020

Prof Gould explains what genetic engineering is and the basic process for inserting genes from one source into a bacterial cell. For an introductory, non-majors Biology course for first- and second-year college students.

Systems Engineering as an Automotive DNA

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0
0
02:01:25
14.09.2022

The masterclass will be a lively session peppered with stories based upon valuable real life lessons and case studies. It will also encourage the participants to share insights about their past and ongoing pain points where a system engineering approach would have successfully eliminated them. The key learning outcomes from the webinar could be summarized as below: Significance of the System engineering considerations for automotive field System Engineering work flow supported by case studies Insights into “requirement engineering” and is role in system architecture System architecture design and subsystem-based system implementation System engineering journey from subsystem to component level design Verification and validation and design iterations/refinement The masterclass will inspire participants to build a system engineering action plan towards their ongoing and upcoming assignments. Rather than a passive listening, the audience will be encouraged to contribute through their views and insights to this knowledge sharing session. The masterclass will mark a kick-off to our collective journey towards a bright future powered by system engineering insights.

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