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A cell contains thousands of lipids. Lipidomics reports the precise lipid composition of a sample to fuel research and progress in all biology related fields.
Endoplasmic reticulum stress is a process that is involved in the development of many diseases.
Plasma lipidomics analysis is a promising tool for a differential diagnosis of various atherosclerosis-related vascular diseases.
Modifying dietary fatty acids composition may protect the kidney in patients with diabetes.
Failure of regeneration capacity limits the restoration of nervous system functionality in demyelinating diseases.
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Application of a moisturizing body lotion to dry skin improves barrier properties and alters ceramide profile and skin microbiome.
The plasma membrane is the interface between a cell and its environment. Its processing tasks must be tightly regulated.
Remyelination requires orchestrated lipid droplets formation and cholesterol esterification by microglia.
Activation of LXR in T helper cells alters lipid metabolism, reduces membrane order, and modifies the immune response.
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Dysmetabolism is rapidly spreading worldwide, giving rise to obesity and other diseases. Yet, there is no diagnostic test.
Multiomics analyses of well-studied diseases can reveal molecular pathways, identify biomarkers, and improve predictive models.
Direct analysis of tissue biopsies could be in a better position to elucidate pathophysiological mechanisms than liquid biopsies.
LDLR expression influences ovarian cancer cells’ sensitivity to platinum-based chemotherapy.
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Yeast is a powerful model system for cell and molecular biology research. What should be considered when conducting yeast lipidomics?
The mtUPR in yeast exhibits an initial increase in protein import, which is accompanied by cardiolipin synthesis and remodeling.
Yeast adapts to the absence of phosphatidylcholine by changing lipid composition to restore membrane fluidity.
The amount and complexity of lipidomics data sets can be intimidating initially – but this does not need to be the case.
Lipotype Lipidomics requires only minimal sample amounts per analysis.
The plasma lipidome in anorexia patients before and after refeeding therapy exhibits dysregulated lipid metabolism.
The plasma lipid profile depends on meal timing and composition and is associated with insulin sensitivity.
Cohort studies frequently rely on omics technologies but benefit only if the data are of high quality and reproducible.
The enzyme PTPMT1, which synthesizes the mitochondrial lipid cardiolipin, helps cancer cells adapt to hypoxia.
Lipotype Lipidomics is offered in 60+ countries.
The detailed mouse lipidomics atlas facilitates experimental design and interpretation in mouse studies.
Multiomics analyses with lipidomics reveal molecular pathways in Alzheimer’s disease to improve predictive power.
Metabolic indicators in the plasma lipidome can classify obesity status more accurately than standard metrics.
The obesity pandemic threatens lipid metabolism homeostasis which is vital for health. The return of lipids can combat this.
Lipotype Lipidomics is robust, reproducible, and GMP certified.
Skin lipid composition impacts skin health and can be studied via lipidomics but sex, age and, sample depth affect the data.
Heart failure changes lipid metabolism in cardiac tissue of mice. The altered lipid profile can be confirmed in human plasma.
Combined transcriptomic, proteomic, lipidomic, & metabolomic analyses can characterize the molecular basis of diabetes.
Exosomes may be useful for targeted drug delivery. Proteomic & lipidomic characterization are required for this goal.
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Breast cancer phospholipid metabolism is a powerful target for new therapies, especially against triple-negative breast cancer.
The brain of mammals is the second-most lipid-rich organ. Lipid analysis of neural cells helps understand its complex structure.
Diagnosing multiple sclerosis is difficult. Lipid markers can support diagnosis and treatment of the neuroinflammatory disease.
A population health study examined the relationships between genotypes, the plasma lipidome, and cardiovascular diseases.
Skin biology is central to develop reliable moisturizers, but molecular analysis of the skin has been lacking.
The development of new antibiotics alone is not believed to stop multi resistant bacteria. A new strategy is emerging.
Adjuvants are added to vaccines to boost their efficiency, but the underlying molecular mechanisms used to be poorly understood.
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