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Labroots Genetics

@Genetics_LR

The Official @Labroots Genetics Page! We review the science of genes, heredity, and the study of genomes. Please join our community! 🧬

labroots.com/trending/genetics-and-genomics
Joined January 2014
  • Tweets7.5K
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We wish to thank Dr. Xingyu Jiang, who is a Chair Professor at the Southern University of Science and Technology in China, for his incredible talk discussing recent advancements in microfluidic technologies for nucleic acid detection. #LRCrispr
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HAPPENING SOON! #LRCrispr Register here: buff.ly/ShhPoAK
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We wish to thank Dr. Valeria Annibaldi, who is an R&D Manager at Lonza, for her incredible talk discussing non-viral gene editing technologies. During her Live Q&A, Dr. Annibaldi answered questions regarding...(1/2) #LRCrispr Register here: buff.ly/ShhPoAK
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...non-viral methods for cell engineering, CD34+ workflows and cell isolation, pros and cons of CRISPR knock-in versus transposon integration, establishing optimal conditions for transposon-based integration, and advantages of single-stranded vs double-stranded DNA. (2/2)
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HAPPENING NOW! #LRCrispr Register here: buff.ly/ShhPoAK
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HAPPENING SOON! #LRCrispr Register here: buff.ly/ShhPoAK
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We wish to thank Dr. Piyush K. Jain, who is a Shah Rising Star Professor & Associate Professor at the University of Florida, for his incredible talk discussing his research into developing ΨDNA. (1/2) #LRCripsr Register here: buff.ly/ShhPoAK
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During his Live Q&A, Dr. Jain answered questions regarding using DNA guides, whether ΨDNA can trigger cellular toxicity, and other aspects of his research. (2/2)
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HAPPENING NOW! #LRCrispr Register here: buff.ly/ShhPoAK
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HAPPENING SOON! #LRCrispr Register here: buff.ly/ShhPoAK
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We wish to thank Dr. Chase L. Beisel, who is a Professor and Scientist at the Helmholtz Institute for RNA-based Infection Research, for his incredible talk discussing CRISPR-Cas systems. (1/2) #LRCrispr Register here: buff.ly/ShhPoAK
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During his Live Q&A, Dr. Beisel answered questions regarding cell lines and culture lines, clinical applications in rare blood diseases, nuclei behaviors and functions, CRISPR tech preventing aging, and developing Cas12a2 therapies. (2/2)
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HAPPENING NOW! #LRCripsr Register here: buff.ly/ShhPoAK
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From pathogen detection to wastewater surveillance, explore sequencing applications advancing infectious disease research, microbiology, and public health. buff.ly/zl3edES
Accelerate Microbial Insights with the MiSeq™ i100 Series | Ebooks

Accelerate Microbial Insights with the MiSeq™ i100 Series | Ebooks

Explore MiSeq i100 Series sequencing applications for infectious disease research, microbial characterization, and public health surveillance. | Ebooks

labroots.com
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📣 We’re live today! Join Labroots’ 9th Annual CRISPR Virtual Event Series now for expert insights and interactive sessions. 👉 Register and join now: buff.ly/t1xCGpq #LRcrispr
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Could a genetic profile become part of every patient’s healthcare journey? Learn how comprehensive pharmacogenomics research is helping scientists better understand drug response, reduce risk, and move closer to truly personalized medicine. buff.ly/vahiXcZ
PGx Profiling for Researching Drug Response and Safety | Ebooks

PGx Profiling for Researching Drug Response and Safety | Ebooks

Pharmacogenomics (PGx) explores how genetic differences influence the way individuals respond to medications. This application note showcases a comprehensi | Ebooks

labroots.com
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Is your qPCR data ready for peer review? Explore MIQE 2.0 guidance for stronger, reproducible, publication-ready qPCR results with this free guide: buff.ly/b6SG3Fu
Is Your qPCR Data Ready for Peer Review? Practical Guide to MIQE 2.0 | Ebooks

Is Your qPCR Data Ready for Peer Review? Practical Guide to MIQE 2.0 | Ebooks

Is your qPCR data ready for peer review? This practical guide provides a concise overview of MIQE 2.0 guidelines and how they can be applied throughout the | Ebooks

labroots.com
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Gene‑modified CAR T cell therapies are transforming cancer treatment, but variability and manufacturing challenges remain. Discover high‑throughput strategies to characterize CAR T cells—activation, memory, exhaustion, cytokines, and killing. buff.ly/UvjkAwK
Phenotypic and Functional Characterization of CAR-T Cells to Support Robust Cell Therapy Research |...

Phenotypic and Functional Characterization of CAR-T Cells to Support Robust Cell Therapy Research |...

Gene‑modified cell therapies, with chimeric antigen receptor (CAR) T cells leading the field, have transformed treatment options for certain hematologic | Ebooks

labroots.com
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Dr Jean Kok, a postdoctoral researcher in the Robling Lab at Indiana University School of Medicine is investigating the molecular mechanisms underpinning muscle–bone crosstalk using mouse models using liquid handling pipettes from INTEGRA Biosciences. buff.ly/HXpYkN9
Streamlining genotyping workflows for muscle-bone research | Cell And Molecular Biology

Streamlining genotyping workflows for muscle-bone research | Cell And Molecular Biology

Understanding how muscles and bones communicate is important for investigating human development and the underlying mechanisms behind musculoskeletal disor | Cell And Molecular Biology

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🧬 Discover the latest research shaping CRISPR technology. Join our live poster hall on October 28 and connect with leading experts during Labroots’ CRISPR Virtual Event Series. 👉 Register for free: buff.ly/t1xCGpq #LRcrispr
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