BioTechniques(@MyBioTechniques) 's Twitter Profileg
BioTechniques

@MyBioTechniques

BioTechniques, part of Taylor and Francis, is an #OpenAccess journal and website, providing the latest news and #research in #LifeScience methods | Est. 1983

ID:21155592

linkhttp://www.biotechniques.com calendar_today18-02-2009 01:23:29

29,3K Tweets

13,5K Followers

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Researchers Stanford University have designed an in vitro model for intestinal mucus, leading to more accurate investigations of its function and avoiding the use of animal models hubs.ly/Q02ww6D60

Researchers @Stanford have designed an in vitro model for intestinal mucus, leading to more accurate investigations of its function and avoiding the use of animal models hubs.ly/Q02ww6D60
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What causes the rare neurological disease SCA4? Researchers have used a new sequencing technique to find out >>> hubs.ly/Q02vvJJn0

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Don't miss this comprehensive Application Note from Roche on high-resolution RNA analysis using RNA-seq. Read now to learn more about the leading library preparation kits for tumor profiling.

Elevate your research today >>> hubs.ly/Q02v8DJN0

Don't miss this comprehensive Application Note from @Roche on high-resolution RNA analysis using RNA-seq. Read now to learn more about the leading library preparation kits for tumor profiling. Elevate your research today >>> hubs.ly/Q02v8DJN0
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Researchers The Rihel lab Anya Suppermpool have found that while we sleep, we lose synaptic connections that have been forged while awake, shedding some light on the mystery of why we sleep 😴 biotechniques.com/neuroscience/t…

Researchers @realRihellab @SuppAnya have found that while we sleep, we lose synaptic connections that have been forged while awake, shedding some light on the mystery of why we sleep 😴 biotechniques.com/neuroscience/t…
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.Rodrigo Ibarra Chavez presenting ESCMID on how CRISPR-Cas and phage satellites can potentially be used to tackle antimicrobial resistance >>> bit.ly/3Un5VAz

.@RhoyStarkiller presenting @ESCMID on how CRISPR-Cas and phage satellites can potentially be used to tackle antimicrobial resistance >>> bit.ly/3Un5VAz
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After a 25-year-long search, researchers have discovered the genetic cause of , a rare neurological disorder >>> hubs.ly/Q02vvMCk0

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In this interview from , Shawn Levy from Element Biosciences talks about , their new multiomics platform that can provide deeper insights into cancer biology.
biotechniques.com/molecular-biol…

In this interview from #AACR24, Shawn Levy from @ElemBio talks about #AVITI24, their new multiomics platform that can provide deeper insights into cancer biology. biotechniques.com/molecular-biol…
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Researchers from U-M Rogel Cancer Center have developed a test that can detect from head and neck cancer in urine, opening the door to more accessible cancer screens >>> hubs.ly/Q02tLzYt0
Michigan Medicine

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Discover the power of high-resolution RNA analysis in cancer research with this Roche Application Note! 🧬 Unlock insights into gene expression and tumor profiling with RNA-seq.

Read now >>> hubs.ly/Q02v0lkc0

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Discover how multiomic nanopore sequencing on a single platform can be used to maximize the data generated from your valuable research samples in Oxford Nanopore’s latest Brochure.

Download now to learn more >>> hubs.ly/Q02tT-pt0

Discover how multiomic nanopore sequencing on a single platform can be used to maximize the data generated from your valuable research samples in @nanopore’s latest Brochure. Download now to learn more >>> hubs.ly/Q02tT-pt0
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Why can zebrafish regenerate heart tissue following simulated cardiac arrest but medaka can’t? Seems like something to do with the immune system… hubs.ly/Q02tCXTd0

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Discover the new RNA sequencing technique from BCMHouston revealing key mechanisms behind COVID-19 variant generation: biotechniques.com/pcr-sequencing…

Discover the new RNA sequencing technique from @bcmhouston revealing key mechanisms behind COVID-19 variant generation: biotechniques.com/pcr-sequencing…
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Understanding the cell-surface proteome is essential for interpreting its role in disease. In this infographic, we review current technologies for analyzing the spatial organization of cell-surface proteins and reveal an alternative solution >>> hubs.ly/Q02qq-Pz0

Understanding the cell-surface proteome is essential for interpreting its role in disease. In this infographic, we review current technologies for analyzing the spatial organization of cell-surface proteins and reveal an alternative solution >>> hubs.ly/Q02qq-Pz0
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