支持 TALEN 和 CRISPR 应用的工具和资源
在人类追求更深入地了解人类健康和疾病的道路上，基因组编辑已成为最强大的技术之一。新一代基因编辑工具价格更低且相对简单，研究人员现已能够以高度特异性和可靠的方式靶向几乎任何基因，以进行修饰。
在此教育网络中心中，您可以找到多种工具和资源来充分支持了解基因编辑技术和方法。无论是 TALEN 还是 CRISPR 应用，您都能够学习您需要了解的所有内容，以便克服现有的障碍并设计成功的基因编辑实验。
探索免费下载，观看操作教程，了解专家访谈和科学文章中的见解，观看基因编辑视频和网络讲座等。
了解有关基因编辑技术的更多信息，您可下载有关 TALEN 和 CRISPR 基础知识以及 CRISPR 信息图等内容的基因编辑手册 手册
消除基因编辑中反复试错的分步指南，助您快速轻松地找到答案。
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应用电子书
探索基于 CRISPR 的创新编辑工具套件，该工具旨在支持基础和应用研究应用。
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信息图
此信息图将作为您的指南，提供有关 CRISPR-Cas9 的最佳实践、专业提示和故障排除建议。
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信息图
了解您的 CRISPR 基因编辑实验如何通过 Cas9 蛋白受益。
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信息图
了解 CRISPR-Cas9 为基于细胞的治疗推动新一代细胞工程，以及选择 Cas9 试剂和供应商的关键考虑因素。
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观看 TALEN 和 CRISPR Cas9 教程：基因编辑方法、分步 CRISPR 培训和更多内容
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视频
贴壁细胞系中敲除实验的分步工作流程 在本教程视频中，我们展示了在 HEK293 贴壁细胞系中进行 HPRT 基因敲除实验的过程。
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视频
贴壁细胞系中敲入实验的分步工作流程 在本教程视频中，我们展示了在 HEK293 贴壁细胞系中进行 β 肌动蛋白基因敲入的过程。
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视频
iPSC 敲除实验的分步工作流程 在本教程视频中，我们演示了在诱导性多能干细胞中进行基因敲除实验的过程。
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视频
T 细胞敲除实验的分步工作流程 在本教程视频中，我们演示了在 T 细胞中进行 PDCD1 基因敲除的过程。
获取行业领导者有关基因编辑技术的见解
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视频
CRISPR-Cas9：治疗衰竭性基因疾病的变革工具 Evangelos Kiskinis 博士，西北大学神经病学和神经科学助理教授
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视频
CRISPR 如何为创建罕见疾病模型创造独特机会 Sergio Casas- Tintó 博士，罕见疾病研究所 (IIER) 人类疾病部门果蝇模型负责人
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Panos Zalmas 博士，威康桑格研究所开放靶标验证实验室负责人
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Krishanu Saha 博士，威斯康星大学麦迪逊分校副教授
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阿拉巴马大学助理教授 Yu Holly Chen 博士和 Baylor College 助理教授 Rinki Ratntriya 博士
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Sergio Casas- Tintó 博士，罕见疾病研究所 (IIER) 人类疾病部门果蝇模型负责人
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Jason Potter 博士，赛默飞世尔科技公司研发总监
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Robert Horton，赛默飞世尔科技高级产品经理
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观看 TALEN 和 CRISPR 网络讲座
网络讲座
主讲：Grazia Iannello、Jos é Inacio、Pia Johansson 和 Kailash Mangalhara
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网络讲座
Meisam Naeimi Kararoudi，俄亥俄州州立大学 CRISPR/基因编辑核心主任
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网络讲座
Justin Quinn，Colossal Biosciences 产品研究总监
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网络讲座
Hemanta Sarmah，哥伦比亚干细胞研究的博士后研究学者
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网络讲座
Kevin Pridham，赛默飞世尔科技的现场应用科学家
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网络讲座
Pandhita Pochanard，赛默飞世尔科技的产品经理
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网络讲座
Thermo Fisher Scientific
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网络讲座
Pandhita Pochanard，赛默飞世尔科技的产品经理
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网络讲座
Thermo Fisher Scientific
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网络讲座
Thermo Fisher Scientific
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网络讲座
Thermo Fisher Scientific
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特色基因编辑视频
A Brief History of CRISPR - Part One
Watch this narration by Yasmin Dickinson, University of Oxford, to learn more about the history of CRISPR and gene editing.
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Now Playing Up Next A Brief History of CRISPR - Part One Watch this narration by Yasmin Dickinson, University of Oxford, to learn more about the history of CRISPR and gene editing.
2:56 Now Playing Up Next A Brief History of CRISPR - Part Two Watch this narration by Yasmin Dickinson, University of Oxford, to learn more about the history of CRISPR and gene editing.
3:40 Now Playing Up Next LABTalks: CRISPR/Cas9: Simple & versatile genome editing tool Dr. Namritha Ravinder discusses the powerful new CRISPR/ Cas9 technology for genome editing as part of our LABTalks series.
13:44 Now Playing Up Next The Power of CRISPR Genome Editing It’s your time to change the world. And it’s our promise to empower you with cell engineering tools and solutions that help you get results even faster. Increasing your chances of success at every step.
1:16 Now Playing Up Next Next level CRISPR editing—Cas9 RNP Cas9 protein and gRNA form a very stable RNP complex that provides the next level of cleavage efficiency over CRISPR-Cas9 vector and mRNA-based systems when paired with Invitrogen™ Lipofectamine™ CRISPRMAX™ Cas 9 Transfection Reagent.
1:26 Now Playing Up Next CRISPR-Cas9 editing made easy We offer our state-of-the-art online Invitrogen™ CRISPR Search and Design Tool along with Invitrogen™ CRISPR-Cas9 editing products in four formats: an all-in-one expression vector, Cas9 mRNA, Cas9 protein, and CRISPR library services.
1:40 Now Playing Up Next Genome editing with GeneArt Precision TALs New and powerful way to edit genomes and control gene function based on a talk about the TAL effector proteins that were first identified as bacterial plant pathogens.
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支持基因编辑方法和应用的特色产品
A Brief History of CRISPR - Part One
A Brief History of CRISPR - Part Two
LABTalks: CRISPR/Cas9: Simple & versatile genome editing tool
The Power of CRISPR Genome Editing
Next level CRISPR editing—Cas9 RNP
CRISPR-Cas9 editing made easy
Genome editing with GeneArt Precision TALs
