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Liquid Biopsies: Miracle Diagnostic or Next New Fad?
Thanks to the development of highly specific gene-amplification and sequencing technologies liquid biopsies access more biomarkers relevant to more cancers than ever before.
Discovered Through ‘Big Data’ Analysis
Researchers at the SBP have identified over 100 new genetic regions that affect the immune response to cancer.
New Therapeutic Targets For Small Cell Lung Cancer Identified
Researchers at UTSW Medical Center have identified a protein termed ASCL1 that is essential to the development of small cell lung cancer and that, when deleted in the lungs of mice, prevents the cancer from forming.
Deciphering Inactive X Chromosomes
Untangling the Barr body of inactive X chromosomes valuable for understanding chromosome structure and gene expression.
Micro Disease-Detecting Senor Created
Researchers at McMaster University have created a microscopic disease-detecting sensor that can turn on to detect trace amounts of substances.
Liquid Biopsies Treating Ovarian Cancer
Researchers have discovered a promising monitor and treat recurrence of ovarian cancer. Detecting cancer long before tumours reappear.
Uncovering a New Principle in Chemotherapy Resistance in Breast Cancer
The NIH study has revealed an entirely unexpected process for acquiring drug resistance that bypasses the need to re-establish DNA damage repair in breast cancers that have mutant BRCA1 or BRCA2 genes.
Understanding Treatment Resistant Melanoma
Researchers have determined how advanced melanoma becomes resistant; a development toward developing treatments.
Investigating ‘Black Box’ of Human Genetics
Investigations into inactive X chromosomes have shown unusual DNA repeat elements are essential for maintaining 3D structure.
Liquid Biopsies: DNA Size Matters
Study finds circulating tumour DNA can be distinguished from healthy DNA through fragment size identification.
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Indirect UV Analysis of Amino Acids using by Capillary Zone Electrophoresis with LFII™ Detection
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A mixture of amino acids was successfully analysed using deltaDOT’s Peregrine HPCE at high pH to fully ionize each of the amino acid residues. Indirect UV detection was employed to visualise the 9 amino acids. Excellent resolution has been demonstrated between all 9 amino acid residues, with high reproducibility for migration time (<0.5% R.S.D.) and peak area (<2% R.S.D.). deltaDOT’s core technology of Label Free Intrinsic Imaging, (LFII™) may be applied to indirect UV measurements for the analysis of substances including carbohydrates, lipids and sugars, which typically absorb little in the 200-300nm spectral range.

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deltaDOT Announces Manufacturer for 1D Protein/Nucleic Acid Analysis System
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