Molecular Biology Videos

探索我们涵盖从实验构建到技术综述等不同主题的分子生物学视频以及相关的配乐短片。选择以下任一类别,开始观看我们内容丰富兼具娱乐性的视频。

克隆

How to achieve faster, simpler, more efficient cloning
Learn about the speed, simplicity, and quality offered by Invitrogen Anza Restriction Enzyme Cloning System.
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        Up NextHow to achieve faster, simpler, more efficient cloning

        Learn about the speed, simplicity, and quality offered by Invitrogen Anza Restriction Enzyme Cloning System.

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        Up NextInvitrogen TOPO PCR Cloning Technology

        This video explains how Invitrogen™ TOPO™ PCR Cloning technology works. Learn how simple it is to get 95% recovery of your clone in just 5 minutes - including how to set up the cloning reaction, how the topoisomerase enzyme functions, and what kits

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        Up NextGateway Cloning Technology

        Gateway® recombination cloning technology circumvents traditional restriction enzyme based cloning limitations, enabling you to access virtually any expression system in just a few simple steps.

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        Up NextCompetent Cell Transformation

        This video will walk you through the basics of chemical transformation. Transformation is the process by which bacterial cells take up foreign DNA from their environment

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        Up NextInvitrogen MultiShot high-throughput chemically competent E. coli product overview

        Invitrogen MultiShot is a flexible, high-throughput transformation product line designed fit multiple cloning applications.

    核酸电泳

    How to achieve faster, simpler, more efficient nucleic acid electrophoresis
    Learn about the speed, simplicity, and quality offered by Invitrogen E-Gel precast gel system and Invitrogen SYBR stains for nucleic acid electrophoresis.
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          Up NextHow to achieve faster, simpler, more efficient nucleic acid electrophoresis

          Learn about the speed, simplicity, and quality offered by Invitrogen E-Gel precast gel system and Invitrogen SYBR stains for nucleic acid electrophoresis.

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          Up NextInvitrogen E-Gel Power Snap System

          Simplify electrophoresis with the only integrated gel running and imaging platform. The E-Gel Power Snap System combines rapid, real-time nucleic acid analysis with high-resolution image capture to reduce workflow time and accelerate discovery.

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          Up NextHow To Quickly Purify DNA with E-Gel CloneWell II Gels

          Learn how to perform gel purification using the E-Gel Power Snap System and E-Gel CloneWell II gel. Load your sample, run the gel, then simply pipet out your purified DNA band and you’re done. No additional purification kits or steps are required.

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          Up NextHow-To Perform Rapid Electrophoresis Analysis Using an E-Gel Power Snap System and E-Gel EX Cassette

          Learn about the E-Gel Power Snap System powerful features and how the integrated design combines the convenience of rapid, real-time nucleic acid analysis with high-resolution image capture to reduce workflow time and accelerate discovery.

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          Up NextInvitrogen E-Gel Power Snap Camera Features

          Learn about the E-Gel Power Snap System powerful camera features and how the integrated design combines the convenience of rapid, real-time nucleic acid analysis with high-resolution image capture to reduce workflow time and accelerate discovery.

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          Up NextInvitrogen E-Gel Power Snap System Features

          Learn about the E-Gel Power Snap System powerful features and how the integrated design combines the convenience of rapid, real-time nucleic acid analysis with high-resolution image capture to reduce workflow time and accelerate discovery.

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          Up NextElectrophoresis reagents optimized for success

          When pouring your own agarose gels, choosing high-quality agarose, smarter-sized DNA ladders, and high-sensitivity DNA stains can help you achieve optimal electrophoresis results.

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          Up NextFaster, safer electrophoresis with E-Gel precast agarose cassettes

          Watch the benefits of Invitrogen E-Gel precast system, including safer workflows, real-time analysis, and fast, consistent results to help accelerate your discovery.

      核酸分离

      How to do an Endo-free Maxi Prep
      Watch a 4-minute video on how to purify Plasmid DNA. It will show you how to get fast, high quality, endotoxin-free Plasmid DNA yields.
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            Up NextHow to do an Endo-free Maxi Prep

            Watch a 4-minute video on how to purify Plasmid DNA. It will show you how to get fast, high quality, endotoxin-free Plasmid DNA yields.

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            Up NextHow to analyze gene expression from cultured cells

            Learn how to prepare RNA for gene expression analysis from cultured cells in 7 minutes. The Cells-to-CT 1-Step TaqMan Kit is a simple, quick alternative to traditional RNA extraction.

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            Up NextHow to isolate RNA from tissue or cells

            Learn how to isolate ultrapure total RNA within an hour, even from difficult samples with the TRIzol Plus RNA Purification Kit. The isolated total RNA may be used for RNA sequencing, RT-PCR, and microarrays.

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            Up NextHow to stabilize RNA in fresh specimens

            Learn how to quickly and easily stabilize and protect RNA in fresh specimens. RNAlater Stabilization Solution eliminates the need to immediately process samples, freeze them in liquid nitrogen, or rush them to the freezer.

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            Up NextHow to purify transfection-grade plasmid DNA

            Learn how to purify transfection grade plasmid DNA with the Invitrogen PureLink HiPure Plasmid Filter Maxiprep Kit. Transfection grade plasmid DNA is suitable for all molecular-grade applications, as well as in vitro transcription and transfection.

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            Up NextHow to isolate total RNA using magnetic bead–based technology

            Learn how to achieve rapid, quantitative isolation of total RNA in both manual and automated workflows with the MagMAX MirVana Total RNA Isolation Kit. Bead-based isolation is very similar to filter-based isolation. Both follow the same principles.

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            Up NextHow to purify microbial and host DNA from stool samples

            Learn how to isolate microbial DNA that accurately reflects the diverse microbes in the community sampled. This video will provide an outline of stool microbial DNA isolation, plus some tips and tricks. In addition to stool, the PureLink Microbiome.

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            Up NextHow to Purify Molecular Grade Plasmid DNA

            Learn how to purify molecular grade plasmid DNA in 15 minutes with the Thermo Scientific GeneJET Plasmid Miniprep Kit. Molecular grade plasmid DNA is suitable for cloning, nucleic acid labeling, PCR, sequencing and transformation.

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            Up NextHow to do a megaprep plasmid DNA purification

            Isolate transfection-grade plasmid DNA in as little as 90 minutes with the PureLink HiPure Expi Plasmid Megaprep Kit. The novel, proprietary anion-exchange resin in these kits combines large capacity with fast flow rate, high resolution, and efficien

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            Up NextHow to purify circulating cell-free DNA

            Learn how to perform manual and automated purification of circulating cell-free DNA from plasma samples. Throughout the process, magnets are utilized to isolate the DNA, making the protocol simple and scalable.

        核酸定量和分析

        Quantitation: Comparing Qubit fluorometer to the Nanodrop One UV/Vis absorbance
        See how both fluorescence and UV-Vis technologies can be used for DNA, RNA or protein quantification for all your downstream experiments.
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              Up NextQuantitation: Comparing Qubit fluorometer to the Nanodrop One UV/Vis absorbance

              See how both fluorescence and UV-Vis technologies can be used for DNA, RNA or protein quantification for all your downstream experiments.

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              Up Next Thermo Scientific NanoDrop One How-to Animation Series: 1. What is a Purity Ratio?

              Thermo Scientific NanoDrop One How-to Animation Series: 1. What is a Purity Ratio?

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              Up NextThermo Scientific NanoDrop One How-to Animation Series: 2. What is a Blank?

              Thermo Scientific NanoDrop One How-to Animation Series: 2. What is a Blank?

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              Up NextHow to use the additional features of the Qubit 3.0 Fluorometer

              Learn how you can customize and personalize the Qubit 3 Fluorometer to make your quantitation easier and more efficient.

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              Up NextHow to manage sample data with Qubit 3.0 Fluorometer

              Learn how easy it is to manage and export data using the Qubit 3 Fluorometer.

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              Up NextHow to quantitate samples with the Qubit 3.0 Fluorometer

              Learn how easy the Qubit 3 Fluorometer is to use right out of the box to quantitate your DNA, RNA or protein samples.

          PCR

          How to achieve faster, simpler, more efficient PCR
          Learn about the speed, simplicity, and quality offered by Invitrogen Platinum SuperFi DNA Polymerase for PCR
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                Up NextHow to achieve faster, simpler, more efficient PCR

                Learn about the speed, simplicity, and quality offered by Invitrogen Platinum SuperFi DNA Polymerase for PCR

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                Up NextIntroduction to PCR

                PCR is a powerful technique in molecular biology. This video covers PCR overview, historical significance, and implications.

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                Up NextBasics of PCR

                What are the essential components of PCR?

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                Up NextPrinciples of PCR

                What are the key steps of PCR?

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                Up NextDNA polymerase properties for PCR

                What characteristics of DNA polymerases are important for PCR?

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                Up NextBenefits of a universal annealing temperature for PCR

                Learn the importance of the annealing step in PCR, how to circumvent optimization steps using a specially formulated PCR buffer, and the benefits of universal primer annealing enabled by the buffer.

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                Up NextGo straight from sample to PCR

                Learn about secrets to the direct PCR method: What is direct PCR? How does direct PCR work? What are key benefits of direct PCR?

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                Up NextWhat is hot-start PCR?

                Learn about common issues in PCR amplification and how you can resolve them with hot-start PCR. Also discover different types of hot-start modifications and how to choose an appropriate hot-start DNA polymerase for your PCR.

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                Up NextWhat is high-fidelity PCR?

                Learn about fidelity of a DNA polymerase, methods for measuring enzyme fidelity, and benefits of using a high-fidelity DNA polymerase in your PCR.

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                Up NextPCR reaction types and applications

                What are the different methods of PCR and their applications?

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                Up NextEndpoint PCR, quantitative PCR and digital PCR

                What are the differences between endpoint PCR, quantitative PCR, and digital PCR? What are their typical applications?

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                Up NextFaster PCR with Platinum II Taq DNA Polymerase

                Efficient, convenient, fast: Benefits of Invitrogen Platinum II Taq Hot-Start DNA Polymerase

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                Up NextPowerful PCR with Platinum II Taq DNA Polymerase

                Robust, versatile, powerful: Benefits of Invitrogen Platinum II Taq Hot-Start DNA Polymerase.

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                Up NextSmarter PCR with Platinum II Taq DNA Polymerase

                Simpler, cleaner, smarter: Benefits of Invitrogen Platinum II Taq Hot-Start DNA Polymerase

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                Up NextHow to Set Up the PCR Reaction.mp4

                This video is the second part of a 3-part Getting started with PCR series that shows how to set up and run a PCR experiment. The success and failure of any PCR experiment is dependent on preparation. This particular video shows the different compo

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                Up NextTips for design PCR primers

                This video provides some simple yet useful tips on how to design good primers for PCR reactions.

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                Up NextProofreading PCR enzyme with ultrahigh fidelity, long-range amplification, and ease of use

                Watch the benefits of Invitrogen Platinum SuperFi II DNA polymerase, including ultrahigh fidelity, long-range amplification, and universal annealing protocol, for your PCR.

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                Up NextPCR enzymes for specificity, robustness, and versatility

                Watch the benefits of innovative enzyme technology offered by Invitrogen Platinum DNA polymerases.

            PCR耗材

            Precision manufacturing - OEM PCR Plastics
            Thermo Fisher Scientific OEM PCR plastics manufacturing facility in Ashford, UK, employs the latest technologies and industry expertise to ensure the highest quality control production of life science plastics.
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                  Up NextPrecision manufacturing - OEM PCR Plastics

                  Thermo Fisher Scientific OEM PCR plastics manufacturing facility in Ashford, UK, employs the latest technologies and industry expertise to ensure the highest quality control production of life science plastics.

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                  Up NextLearn How to Choose a PCR Plate

                  Find the right plastics based on format for your PCR and qPCR instrument.

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                  Up NextHow to Select the Best Consumables for High Throughput PCR/qPCR Reactions

                  Select the right plastics for your automated and high thorughput PCR

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                  Up NextLearn how to seal an Applied Biosystems PCR plate

                  Learn how to seal a PCR plate using adhesive film or cap strips.

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                  Up NextLearn How Use the Tools in the Thermal Cycler Starter Kit

                  Learn How Use the Tools in the Thermal Cycler Starter Kit

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                  Up NextMicroAmp 8-Tube Strip with attached caps

                  Introducing the new Applied Biosystems MicroAmp 8-Tube Strips with attached caps!

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                  Up NextHigh performance PCR plastics for optimal PCR results

                  See the details of MicroAmp PCR and qPCR plastics that reduce cross-contamination and allow optimal heat transfer.

              逆转录

              How to get high specificity one-step RT-PCR results
              The new Invitrogen™ SuperScript™ IV One-Step RT-PCR System utilizes an innovative two-phase, hot-start mechanism which allows temporal separation of the RT and PCR enzymes’ activity and delivers the highest one-step RT-PCR specificity.
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                      Up NextHow to get high specificity one-step RT-PCR results

                      The new Invitrogen™ SuperScript™ IV One-Step RT-PCR System utilizes an innovative two-phase, hot-start mechanism which allows temporal separation of the RT and PCR enzymes’ activity and delivers the highest one-step RT-PCR specificity.

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                      Up NextHow to achieve faster, simpler, more efficient cDNA synthesis

                      Learn about the speed, simplicity, and quality offered by Invitrogen SuperScript IV Reverse Transcriptase for cDNA synthesis.

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                      Up Next1-step vs. 2-step RT-PCR—which one is right for your application?

                      The one-step RT-PCR approach is faster, requires less pipetting and minimizes possible contamination. With the new Invitrogen™ SuperScript™ IV One-Step RT-PCR System you can get superior one-step RT-PCR results even with challenging RNA samples.

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                      Up NextOvercoming RT-qPCR Challenges

                      Sensitivity and dynamic range in reverse transcription are important for accurate quantitation in RT-qPCR. In this video, you will learn the top 5 reasons for low sensitivity and how to overcome these mistakes and challenges.

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                      Up NextUnderstanding Reverse Transcriptase — Effects on Ct value

                      The reverse transcription step is one of the greatest sources of variation in RT-qPCR. With SuperScript IV reverse transcriptase, the Ct value can be reduced by as much as 8. This enzyme outperforms wild type reverse transcriptases with better sens

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                      Up NextReverse Transcriptase Reaction in 10 minutes — Enzyme Processivity

                      SuperScript IV reverse transcriptase is the most robust reverse transcriptase with increased processivity and more resistant to reaction inhibitors such as guanidinum, heparin and salt as compared to wild type reverse transcriptases.

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                      Up NextInhibitors in Reverse Transcriptase Reaction

                      SuperScript IV reverse transcriptase is the most robust reverse transcriptase with increased processivity and more resistant to reaction inhibitors such as guanidinum and salt as compared to wild type reverse transcriptases.

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                      Up NextFast, superior cDNA synthesis with SuperScript IV Reverse Transcriptase

                      Discover the benefits of Invitrogen SuperScript IV Reverse Transcriptases, which offers super fast and super efficient cDNA synthesis performance with even the most challenging samples.

                  PCR仪

                  PCR Thermal Cycler Selection – Which instrument fits your needs?
                  Which PCR Thermal Cycler fits your needs? Applied Biosystems thermal cyclers are known for reliability, accuracy, and user-friendly interfaces. Our PCR thermal cyclers enable precise, consistent results for every challenge, application, and budget.
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                          Up NextPCR Thermal Cycler Selection – Which instrument fits your needs?

                          Which PCR Thermal Cycler fits your needs? Applied Biosystems thermal cyclers are known for reliability, accuracy, and user-friendly interfaces. Our PCR thermal cyclers enable precise, consistent results for every challenge, application, and budget.

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                          Up NextProFlex PCR System, the thermal cycler with ultimate flexibility and throughput

                          ProFlex PCR System fits how you work today and tomorrow with 5 interchangeable block formats - maximize your throughput or run three experiments at once.

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                          Up NextMiniAmp PCR Thermal Cycler

                          Introducing the MiniAmp Thermal Cyclers - Routine PCR, elevated! Watch and share with a friend the latest PCR thermal cycler for every lab bench.

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                          Up NextMiniAmp Thermal Cyclers Product Tour Video

                          See the Applied Biosystems MiniAmp Thermal Cyclers up close! The MiniAmp Thermal Cyclers were designed for routine PCR at every lab bench with a minimal footprint, cloud connectivity and VeriFlex for PCR optimization.

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                          Up NextSimpliAmp™ Made Easy

                          Amplifying can be easy—Short and easy-to-follow step-by-step guide to using the SimpliAmp™ Thermal Cycler, including instructions for creating a login, selecting and/or editing a protocol, and saving or importing a protocol.

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                          Up NextProFlex PCR System made easy

                          Learn how to run your ProFlex PCR System quickly in a few simple steps.

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                          Up NextAutomated Thermal Cycler — Customer Stories

                          Learn about the key features and benefits of easily integrating the Applied Biosystems™ Automated Thermal Cycler into your liquid handling/robotic system.

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                          Up Next5 reasons to verify your thermal cycler's accuracy

                          Measuring and verifying your thermal cycler's accuracy is critical for the reliability of your experimental data. Learn how MDTV & MDTM Services from Thermo Fisher Scientific can help ensure you get accurate results in every run.

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                          Up NextThermal cyclers that provide precise, consistent PCR results for every application and challenge

                          Discover a thermal cycler for every challenge, application, and budget.

                      配乐/一般视频

                      Ph.Diddy is on the scene - Animation of life in the biotech lab
                      Arnold Young (aka the Ph.Diddy) is a biotech Ph.D candidate and an A+ student. He soon discovers how life in the lab is filled with drive and devotion, frustrations and fulfillment, hard work, late hours, repeated experiments, peer review and a striv
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                              Up NextPh.Diddy is on the scene - Animation of life in the biotech lab

                              Arnold Young (aka the Ph.Diddy) is a biotech Ph.D candidate and an A+ student. He soon discovers how life in the lab is filled with drive and devotion, frustrations and fulfillment, hard work, late hours, repeated experiments, peer review and a striv

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                              Up NextPh.Diva and the Mystery Band - Animation of Life in the Biotech lab

                              April Brite (aka the Ph.Diva) is a biotech Postdoc. April is thrilled when her abstract is picked for an oral presentation, and starts preparing her presentation. When her PCR does not go exactly as planned, she sets off on a journey.

                            3. Now Playing
                              Up NextPh.Diddy at the Conference - Animation of Life out of the Biotech lab

                              Arnold Young (aka the Ph.Diddy) is a biotech Ph.D candidate. Arnold has adjusted to the ups and downs of life in the lab. With his poster ready, he's now headed for his first ever scientific conference. Travelling! Out of the lab! Conference Yeah!

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                              Up NextMake Every Step Count

                              Make every step count in the journey of scientific discovery, whether you're performing reverse transcription, PCR, electrophoresis, or cloning. Take advantage of speed, simplicity, and quality offered by Invitrogen molecular biology products.

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                              Up NextPCR Workflow: Reverse Transcriptases, Thermal Cyclers, PCR Plastics, DNA Polymerases, Primers

                              View premium PCR solutions available from Thermo Fisher Scientific, including reverse transcriptases, thermal cyclers, plastics, DNA polymerases, oligos

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