RNA-seq is widely used to analyse the transcriptome of a cell and its changes with higher resolution & reproducibility vs. microarrays. It's powerful, but not without challenges. Curious about the pros & cons? ▶️ Learn more at: https://t.co/F2y0vMdQ2N #bioinformatics

1/2.Genotyping chips are laboratory instruments used to examine genetic differences across numerous individuals or samples. They are often referred to as DNA microarrays or SNP (Single Nucleotide Polymorphism) arrays. They consist of thousands to millions of small probes affixed

🧵 PLANdemic 2.0 is Imminent (pt. 2) The term "synbody" itself refers to a class of synthetic affinity agents generated by screening peptide microarrays to identify low-affinity peptides that are then joined on a scaffold to create high-affinity, highly specific binding agents.

Proteomics, a critical field in the study of the proteome, has emerged as an invaluable tool in the discovery and validation of cancer biomarkers. Through advanced techniques like mass spectrometry and protein microarrays, researchers can identify and quantify thousands of

Learning these days about glycan arrayanes, memories came to my mind from when in 2006 I was in the @uminn learning about DNA and ARN microarrays. I guess with the arriving of NGS these Lasts are discontinued...but the printing process is such a cute experiment ...

We partner in flow detection of viruses by graphene field-effect transistor microarrays @flufet_EIC: an automated sensor to detect viruses that may pose a threat to global #health. Funded @europeanunion, the consortium is led by @UDC_gal Results at: https://t.co/sNtRPDH7tM

Efficiency of Digital Photolithographic Synthesis of Large, High-Quality DNA Libraries and Microarrays using a Guanine O6 Dephosphitylation Strategy https://t.co/BjsnfeW6D0

#Seromics is the advanced study of the complete antibody repertoire in serum and other bodily fluids. It has demonstrated the unique and complex nature of every individual's serome, which can now be examined using cutting-edge tools like proteome microarrays and phage-display

Investigating the performance of Oxford Nanopore long-read sequencing with respect to Illumina microarrays and short-read sequencing https://t.co/5WGJMVDi61 🧬🖥️🧪 Nextflow https://t.co/rIBW6YGL9m

Inkjet printers, now a staple in homes and offices, have revolutionized printing since their inception in the 1980s. Far from just putting ink on paper, this tech has evolved into producing DNA microarrays, printed circuit boards, and even 3D-printed objects. 1/6

Array-seq developed by Nicolas Chevrier and colleagues repurposes microarrays with custom-made probes for high-sensitivity spatial transcriptomics. https://t.co/vUdZz34Lab

🧬 Exciting New #SpatialAnalysis Tool! 🧬 🚀 Introducing PRISM: A powerful Python package for the interactive and integrated analysis of multiplexed tissue microarrays! https://t.co/XfVwDxIYTC

A systems approach to fabricating and analyzing DNA microarrays

What types of studies can you conduct using the #HuProt™ microarray? The HuProt microarray and subsets of the HuProt content (Focus/custom microarrays and individual proteins) have been used successfully in a wide range of applications, which include: ▶ Serum Profiling ▶

CD BioSciences Launches Innovative Immune System Tissue Microarrays for Research Usage https://t.co/dltQkwdxQ9 #HealthMedicine #PharmaceuticalsBiotech #ProfessionalServices

PRODUCT: Discover the remarkable innovation of #VirD Functional Membrane Protein Virion Display Microarrays. This cutting-edge technology utilizes a patented viral-based system to synthesize crucial drug targets with precise folding, expressing individual G Protein Coupled

CD BioSciences Launches Endocrine System Tissue Microarrays for Research Applications https://t.co/iprr5zYcyg #HealthMedicine #PharmaceuticalsBiotech #ProfessionalServices

CD BioSciences Launches Digestive System Tissue Microarrays for Improved Disease Research https://t.co/DuUVmyN3e2 #HealthMedicine #PharmaceuticalsBiotech #ProfessionalServices

CRISPR screens and lectin microarrays demonstrate that two high mannose regulators (TM9SF3 and the CCC complex) control complex N-glycosylation via regulating Golgi morphology and function. #glycotime https://t.co/n5AqRdCcvi