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Bradley Jones

Bradley Jones

Verified

Journalist, CKCV (Creston, BC)

Canada

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Total articles 788

  • Multi-laser-power calibration for quantitative determination of N and P in fertilizers by Raman spectroscopy

    By Edilene Cristina Ferreira, George Donati, Bradley Jones| Royal Society of Chemistry Verified Multi-laser-power calibration for quantitative determination of N and P in fertilizers by Raman spectroscopy A new method called multi-laser-power calibration (MLPC) is described for quantitative analysis by Raman spectroscopy. MLPC is based on the premise that, under controlled operating conditions, the intensity of Raman spectroscopy signals for a given analyte is directly proportional to the laser applied power used to generate that signal.

    By Edilene Cristina Ferreira, George Donati, Bradley Jones · Royal Society of Chemistry

    Mar. 27, 2025

  • The loss of the PDIM/PGL virulence lipids causes differential secretion of ESX-1 substrates in Mycobacterium marinum

    By Bradley Jones, Daniel Hu, Kathleen Nicholson, Rachel Cronin| bioRxiv@ AbstractThe mycobacterial cell envelope is a major virulence determinant in pathogenic mycobacteria. Specific outer lipids play roles in pathogenesis, modulating the immune system and promoting the secretion of virulence factors. ESX-1 (ESAT-6 system-1) is a conserved protein secretion system required for mycobacterial pathogenesis (1, 2). Previous studies revealed that mycobacterial strains lacking the outer lipid PDIM have impaired ESX-1 function during laboratory growth and infection (3-5).

    By Bradley Jones, Daniel Hu, Kathleen Nicholson, Rachel Cronin · bioRxiv

    Jan. 10, 2024

  • Multi-laser-power calibration for quantitative determination of N and P in fertilizers by Raman spectroscopy

    By Edilene Cristina Ferreira, George Donati, Bradley Jones| Royal Society of Chemistry Verified Multi-laser-power calibration for quantitative determination of N and P in fertilizers by Raman spectroscopy A new method called multi-laser-power calibration (MLPC) is described for quantitative analysis by Raman spectroscopy. MLPC is based on the premise that, under controlled operating conditions, the intensity of Raman spectroscopy signals for a given analyte is directly proportional to the laser applied power used to generate that signal.

    By Edilene Cristina Ferreira, George Donati, Bradley Jones · Royal Society of Chemistry

    Mar. 27, 2025

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Company Info

CKCV (Creston, BC)