Skylar_MetwareBio
@Skylar_omics
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Why analyze just individual proteins? Discover how protein complexes provide deeper insights into disease mechanisms, biomarkers, and drug targets. Learn more in our latest blog. #Proteomics #Biomarkers #PrecisionMedicine 👉 https://t.co/cfG0T036uP
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Are batch effects skewing your RNA-seq results? Discover how to detect and correct them effectively using tools like Combat, SVA & Harmony. Improve your transcriptomic data now. 🧬 👉 https://t.co/MPRXCMlFSN
#DataAnalysis #MultiOmics
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Reproducibility isn’t optional in proteomics. This guide shows an end-to-end QC workflow—sample prep, LC-MS, and data—with practical metrics and tools. Read: https://t.co/1TB8XRWYHN
#proteomics #massspec #QC
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High-throughput #proteomics breaks when sample prep drifts. Fix it. Our end-to-end LC–MS/MS guide covers design, lysis, digestion, TMT vs LFQ, desalting, automation, QC & pitfalls—so ratios reflect biology, not artifacts. Read: https://t.co/U9VJscYDBw
#LCMS #Omics #SamplePrep
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From lipid rafts to the ceramide–S1P rheostat, #sphingomyelin shapes membranes, signaling, and disease risk. Structure, synthesis, species—and what to measure in #lipidomics. A comprehensive read on this #metabolite: https://t.co/GIUiMznDBU
#sphingolipids #MetaboliteSeries
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Explore how MetwareBio’s metabolomics & proteomics are advancing plant research. 🎉 Plus: 15% OFF summer promotion! 🔗 https://t.co/EkLc6IpOAH
#Omics #PlantResearch #MetwareBio #PlantBiology2025
metwarebio.com
Boost your grant proposal with high-impact proteomics and metabolomics data. Explore MetwareBio’s full-service omics solutions—now 15% OFF this summer, July 1 to August 31, 2025.
We're headed to #PlantBiology2025 in Milwaukee! Booth #302 | 🗓 July 26–30 Let’s talk plant metabolomics, proteomics & more! 15% OFF summer special: https://t.co/j1PuMv1PPu
#PlantScience #Omics #Metabolomics #Proteomics
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Blood proteomics 15% off this summer, don't miss out!
Choosing whether to enrich low-abundance proteins before MS is a precision decision, not a checkbox. Our 4D DIA + magnetic-bead workflow resolves thousands of proteins without depletion—achieving depth and reproducibility in plasma proteomics. https://t.co/xWiPsI9tIV
#Proteomics
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#Ceramides are more than just skin lipids. Dive into their role in lipid signaling, apoptosis, and metabolic disease. Discover how ceramide metabolism links obesity, cancer, and neurodegeneration. 🔬 Read more: https://t.co/h41KhTJ2S1
#metablites #lipidomics
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One week in. Hundreds of researchers already joined. Want your omics data ready for September deadlines? 🧪 Bulk #proteomics & #metabolomics 🎯 15% OFF till Aug 31 Join now → https://t.co/FC8ddZ7Sn7
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#DIA #proteomics that delivers. ✔️ 9,000+ proteins/sample ✔️ Plants, animals, microbes, tissues, cells Power your discovery with depth & precision👇 https://t.co/mAumODtSgL
#MassSpec #Omics
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How do you profile 6,000+ proteins from just 1 μg of input? 🧬 MetwareBio’s low-input DIA proteomics makes it possible. Ideal for rare samples, spatial proteomics, & single-cell studies. 🌐 Explore the possibilities: https://t.co/CHnjyJHrbD
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🔬Looking to quantify proteins or #metabolites with unmatched precision? Discover how Parallel Reaction Monitoring (#PRM) outperforms SRM/MRM in selectivity, flexibility, and accuracy. Read more 👇 🔗 https://t.co/RPyHaOhQEB
#MassSpec #Proteomics #Metabolomics
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🎯 Confused about DDA, DIA, MRM, or PRM in your mass spec workflow? This in-depth guide breaks down how each acquisition mode works—and when to use it. Essential read for any omics scientist. 👇 https://t.co/DRRX0ZTkql
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Inquiry now and save on your proteomics and metabolomics projects
metwarebio.com
Metware Biotechnology provides cutting-edge proteomics, metabolomics, lipidomics, and multi-omics services, delivering high-quality detection, analysis, and research solutions for life science and...
🧬 The wait is over – our 15% OFF #omics Summer Promotion is live! Power your grant proposals with high-impact #proteomics & #metabolomics. ✅ Fast turnaround ✅ Publication-ready reports 🔗 https://t.co/FC8ddZ7Sn7
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Choosing the right MSI resolution is critical. Our latest blog compares 5–100μm using rapeseed samples to reveal when high-res matters (and when it doesn't). Dive in → https://t.co/WVpUvmiRIw
#MassSpectrometry #Metabolomics #SpatialBiology #PlantTissueImaging #MSI
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From decoding cell types to mapping tissue architecture—spatial multi-omics is redefining our view of biology. Explore how this powerful tech merges transcriptomics, #proteomics & #metabolomics in one spatial map. 👉 https://t.co/X6OUZ3tfLl
#SpatialOmics
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What do garlic, antioxidants, and skunk spray have in common? Thiols. These sulfur-based compounds are as essential as they are smelly. Discover their role in chemistry, biology, and beyond. 👉 https://t.co/aNX60Bvkme
#Metabolites #Metabolomics
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Spatial metabolomics is reshaping cancer research. Discover how it unveils tumor heterogeneity, guides targeted therapies, and enables early diagnosis. A must-read for anyone in #oncology or #precisionmedicine 👉 https://t.co/ozYNACdX4H
#CancerResearch #Metabolomics
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Want to explore the power of spatial metabolomics? 🔬 Learn how to analyze and visualize MSI data using the Cardinal R package in our step-by-step guide. 🔗🔗 https://t.co/wCPfGMhH1Y
#Bioinformatics #RStats #Metabolomics
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