Metware Biotechnology

Innovative Metabolomics Insights for Better Health

[Metware Biotechnology @MetwareGlobal]

Plant lipids do more than store energy. 🌱

They shape membranes, contribute to signaling, and change with growth and stress.

See what lipidomics reveals beyond total oil content:
https://t.co/pKRpHmOI3Y
#PlantScience #Lipidomics

[Metware Biotechnology @MetwareGlobal]

Why are membrane proteins missing from your LC-MS/MS data?

The bottleneck may be extraction, detergent removal, or digestion—not the instrument.

Our new guide:
https://t.co/6LsJNXmWWK
#Proteomics #MembraneProteins

[Metware Biotechnology @MetwareGlobal]

Targeted or untargeted lipidomics?
🔎 Untargeted: explore unexpected lipid changes.
🎯 Targeted: measure predefined lipids.
How do you choose—and combine them?
Read our new guide:
https://t.co/l0Iri5ocpN

#Lipidomics

[Metware Biotechnology @MetwareGlobal]

Untargeted, targeted, or widely targeted metabolomics?
Each approach answers different research questions.
Learn how metabolomics strategies differ in coverage, quantification, and biological interpretation: https://t.co/1DEgVT0KWZ

[Metware Biotechnology @MetwareGlobal]

A reliable lipidomics study starts long before LC-MS/MS.

Strategy selection, sample handling, extraction, internal standards, acquisition, annotation, quantification, and statistics all shape the final result.

Explore the complete lipidomics workflow: https://t.co/0a4wBbN4T5

[Metware Biotechnology @MetwareGlobal]

Where is a nutrient actually being used inside a tissue?

Stable isotope tracing + mass spectrometry imaging can map labeled nutrient fate while preserving anatomical context.

Explore spatial metabolic flux mapping, MSI methods, and key limitations:
https://t.co/auU3Lqg8M6

[Metware Biotechnology @MetwareGlobal]

Relative, semi-quantitative, and absolute metabolomics do not mean the same thing.

Our new guide explains how LC-MS calibration, reference standards, and internal standards determine what you can actually claim from quantitative data.
https://t.co/4kmNkgrPF5

#Metabolomics #LCMS

[Metware Biotechnology @MetwareGlobal]

The pentose phosphate pathway does more than make NADPH.

It connects glucose metabolism with redox control, nucleotide synthesis, and glycolytic carbon flow.

Explore PPP function, regulation, and metabolomics analysis: https://t.co/hns9FqUu3k

#Metabolomics #CellMetabolism

[Metware Biotechnology @MetwareGlobal]

GPCRs are more than seven-transmembrane receptors.
Their signaling depends on receptor conformations, G-protein coupling, β-arrestins, trafficking, and cellular context.
Explore GPCR structure, signaling, drug discovery, and proteomics approaches: https://t.co/vobs1R1huC

[Metware Biotechnology @MetwareGlobal]

Meet MetwareBio at #HUPO2026 in Singapore, Sep 27–Oct 1. Visit Booth #402 to discuss proteomics, metabolomics, spatial omics and multi-omics strategies for your research. https://t.co/hzCfJFYRbL #Proteomics

[Metware Biotechnology @MetwareGlobal]

Serum or plasma for metabolomics?
The answer depends on your biological question, analytes, and study design.
Learn how coagulation, anticoagulants, lipid mediators, and pre-analytical factors influence blood metabolomics results.
https://t.co/JtsWtn3gT3

#Metabolomics #LCMS

[Metware Biotechnology @MetwareGlobal]

Lipids are more than energy stores.
They build membranes, regulate signaling, buffer fatty acids, and generate bioactive mediators such as ceramides, S1P, and oxylipins.
Explore how lipidomics reveals lipid functions:
https://t.co/MFKQ0zdBvY

#Lipidomics #CellBiology

[Metware Biotechnology @MetwareGlobal]

Serum or plasma for metabolomics?
The answer depends on your biological question, analytes, and study design.
Learn how coagulation, anticoagulants, lipid mediators, and pre-analytical factors influence blood metabolomics results.
https://t.co/JtsWtn2J3v

#Metabolomics #LCMS

[Metware Biotechnology @MetwareGlobal]

Lipidomics and metabolomics may use similar QC and statistical workflows—but lipid interpretation is more structurally complex.
Learn how annotation, isomers, nomenclature, chain length, and unsaturation change the analysis strategy.
https://t.co/w3nVEeInpB

[Metware Biotechnology @MetwareGlobal]

What does spatial transcriptomics add beyond bulk RNA-seq and scRNA-seq?
It connects gene expression with tissue location, morphology, and cellular neighborhoods.
Explore the technologies, workflow, applications, and limitations: https://t.co/2EJJrCPk5R

[Metware Biotechnology @MetwareGlobal]

What makes scRNA-seq different from bulk RNA-seq?
Cell barcodes and UMIs preserve cell-level expression information, revealing cell types, rare populations, and cell-state changes hidden in bulk data.

Explore our scRNA-seq guide and services: https://t.co/GPvgO8uoz8

[Metware Biotechnology @MetwareGlobal]

Should your study use targeted, untargeted, or widely targeted metabolomics?
Our new guide compares LC-MS workflows, quantification strategies, biomarker discovery, targeted verification, and project selection.
Explore the blog: https://t.co/2grxyRQBCF

[Metware Biotechnology @MetwareGlobal]

New blog: Plant Transcriptomics and Metabolomics for Trait Discovery and Crop Breeding
Learn how RNA-seq and metabolomics can help connect phenotype, gene expression, metabolites, pathways, and breeding-relevant traits.
Read more:
https://t.co/RdPLT0fCaE
#PlantScience

[Metware Biotechnology @MetwareGlobal]

How do crops fight disease? See how transcriptomics and metabolomics connect defense genes with hormones and metabolites. End-to-end plant & animal RNA-seq: $99/sample. https://t.co/JytZDYjp9i #PlantScience

[Metware Biotechnology @MetwareGlobal]

Visit us at Hall B2, Stand F250 to discuss cardiovascular multi-omics, including metabolomics, lipidomics, proteomics, and spatial omics.
https://t.co/R1Jw6SMaL6

#ESCCongress #MultiOmics