ICYMI: 2018 blog posts
2018 has been a big year in science, with the first identification of human skeletal stem cells, a successful maiden launch of the SpaceX Falcon Heavy rocket, the kickoff of the Earth BioGenome Project, an Emmy award to NASA, the Nobel Prize in Physiology or Medicine awarded jointly to James P. Allison and Tasuku Honjo "for their discovery of cancer therapy by inhibition of negative immune regulation" and, on a somber note, the death of Stephen Hawking.
It has also been an exciting year for Takara Bio, with events ranging from the launch of our ICELL8 cx instrument for single-cell analysis to services to speed and ease stem cell research. We also launched a new website and a new blog! Below, we have listed a few of our favorite blog posts that you may have missed this year:
Are you having difficulty with gene transfer into cells that resist transfection and transduction? You're not alone. Our scientists have compiled best practices for gene transfer into a wide variety of generally-challenging immune cell types using RetroNectin reagent.
Many of our employees started out as biology researchers in academia, but decided to go the industry route. In fact, one of our employees with a research background found her calling as a technical writer, and you can guess what she did next...she wrote about it!
FFPE samples are invaluable for large, retroactive gene expression studies. However, the nucleic acids in FFPE samples are severely degraded, presenting serious challenges for RNA-seq. An ABRF 2018 study compared three RNA-seq kits for this purpose.
A successful knockout experiment involves careful design and planning to achieve the highest on-target activity while also minimizing off-target effects. In This two-part blog series, we discuss setting up your knockout experiment (and the information you need to gather before starting), CRISPR-Cas9 delivery options, and how to characterize edited cell lines. Follow these simple steps and knockout like a pro!
And if you're interested in longer-form general-interest science writing (or know someone who is...hey, it's the gift-giving season!) check out selections from The New York Times, Smithsonian, Science Friday, and of course...Google. Happy reading!
Back to Blog Front
- Big problems from small bugs
- Using the power of RNA-seq to characterize brain cell types
- Choosing a his-tagged purification resin
- When your his-tagged constructs don't bind
- Taking the SMARTer approach to RNA-seq of FFPE tissues
- Advancing cancer research with plasma-seq
- Efficient nonviral T-cell engineering: CRISPR takes a giant step towards the clinic
- Amplifying our understanding of breast cancer metastases
- How to choose the right tools for iPSC-derived disease model development
- Cardiac transcription heirarchies
- ICYMI: 2018 blog posts
- Bringing epigenomic profiling to the single-cell biology stage
- Accelerating chromatin mapping with single-cell ATAC-seq
- Top 5 considerations when automating single-cell sequencing
- What's inside automated single-cell RNA-seq platforms?
- Women in science at TBUSA
- Career spotlight: technical writer
- Career spotlight: field applications scientist
- Career spotlight: technical support scientist
- Career spotlight: associate director of R&D
- 5 tips to make your single-cell RNA-seq experiments a success
- Maximize transduction efficiency in hematopoietic cells
- Cancer immunotherapy
- Customer spotlight: profiling transcription factors with CUT&RUN sequencing
- Web and mobile apps
- Successful knockout experiments part I
- Successful knockout experiments part II
- Using UMTs in NGS experiments
- One-step vs. two-step RT-qPCR
- Avoiding DNA contamination in PCR
- Choosing a CMO partner for stem cell therapy manufacturing
- 20 years of human stem cell research
- Better biobanking with high-throughput qPCR
- Accurate detection of SNVs and CNVs in a single, low-pass sequencing run
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