Research Explorer

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Ana Lores Padín

Publicaties & datasets

Prijzen & Erkenningen

21 Resultaten

2026

From pitfalls to progress in quantitative single-cell elemental analysis by time-of-flight ICP-mass spectrometry

Rinus DejongheAna Lores PadínEduardo Bolea FernandezThibaut Van AckerOlivier De WeverFrank Vanhaecke

A1 Artikel in een tijdschrift in SPECTROCHIMICA ACTA PART B-ATOMIC SPECTROSCOPY

Improving transport efficiency for large human cells for enabling accurate determination of cellular nanoparticle uptake via SC-ICP-TOF-MS

Mina NikolićAna Lores PadínThibaut Van AckerTina SmetsIlia GoemaereAmin AhmadKevin BraeckmansEduardo Bolea FernandezFrank Vanhaecke

A1 Artikel in een tijdschrift in TALANTA

Quantitative mapping of gold nanoparticles and essential elements in plant tissue using Laser Ablation-Single-Particle Inductively Coupled Plasma-Time of Flight Mass Spectrometry

Aline Pereira de OliveiraAna Lores PadínThibaut Van AckerIker Basabe MendizabalHelton Pereira NogueiraJuliana NaozukaCassiana Seimi NomuraFrank Vanhaecke

A1 Artikel in een tijdschrift in SPECTROCHIMICA ACTA PART B-ATOMIC SPECTROSCOPY

2025

Bidirectional scanning to boost effective pixel acquisition rate in LA-ICP-TOF-MS elemental mapping

Iker Basabe MendizabalThibaut Van AckerAna Lores PadínFrank Vanhaecke

Developing a single-cell ICP-TOF-MS method for photoporation studies : improving low transport efficiencies for large human cells

Mina NikolićAna Lores PadínThibaut Van AckerIlia GoemaereKevin BraeckmansFrank Vanhaecke

Gelatin-based microdroplet calibration approach for gold nanoparticle analysis in plant tissues by Laser Ablation−Single Particle−Inductively Coupled Plasma−Time of Flight Mass Spectrometry

Aline Pereira de OliveiraAna Lores PadínAna Justo-VegaThibaut Van AckerJuliana NaozukaCassiana Seimi NomuraFrank Vanhaecke

Gelatin-based microdroplet calibration approach for the analysis of gold nanoparticles and essential elements in plant tissues by Laser Ablation–Single Particle ICP-TOF-MS

Aline Pereira de OliveiraAna Lores PadínThibaut Van AckerJuliana NaozukaCassiana S. NomuraFrank Vanhaecke

LA-ICP-TOF-MS for quantitative mapping of biogenic carbonate samples using matrix-matched nanoparticulate pressed powder pellets

Ana Lores PadínThibaut Van AckerNiels J. de WinterMartin WiechSimon NordstadYannic HallierFrank Vanhaecke

A1 Artikel in een tijdschrift in JOURNAL OF ANALYTICAL ATOMIC SPECTROMETRY

Matrix-matched microdroplet calibration for accurate elemental analysis of mammalian cells via single-cell ICP-TOF-MS

Ana Lores PadínRinus DejongheMina NikolićEduardo Bolea FernandezFrank Vanhaecke

Online microdroplet calibration for accurate elemental analysis via single-cell ICP-TOF-MS

Ana Lores PadínRinus DejongheOlivier De WeverFrank Vanhaecke

Single cell analysis of ex vivo human samples : online microdroplet calibration for accurate elemental analysis via single-cell ICP-TOF-MS

Ana Lores PadínRinus DejongheMina NikolićEduardo Bolea FernandezFrank Vanhaecke

Single-cell ICP-MS analysis of large human cells : addressing transport efficiency and size-dependent bias

Mina NikolićAna Lores PadínThibaut Van AckerOlivier De WeverEduardo Bolea FernandezFrank Vanhaecke

2024

Advancing quantitative mapping of biogenic carbonate matrices with LA-ICP-TOF-MS

Ana Lores PadínThibaut Van AckerFrank Vanhaecke

An evaluation of the analytical and biological robustness of a method for quantifying iron in individual red blood cells via single-cell tandem ICP-mass spectrometry

Rinus DejongheEduardo Bolea FernandezAna Lores PadínThibaut Van AckerAna Maria Rua IbarzOlivier De WeverFrank Vanhaecke

A1 Artikel in een tijdschrift in MICROCHEMICAL JOURNAL

Extending the applicability of quantitative 2D LA-ICP-TOF-MS multi-elemental mapping in sclerochronology and geochemistry

Ana Lores PadínThibaut Van AckerMartin WiechNiels J. de WinterRyoga MaedaStepan M. ChernonozhkinSteven GoderisFrank Vanhaecke

High-resolution elemental mapping using laser ablation-ICP-mass spectrometry

Frank VanhaeckeIker Basabe MendizabalSimone BraeuerAna Lores PadínTom Van HeldenThibaut Van Acker

Multielemental quantitative mapping of biogenic structures with LA-ICP-TOF-MS for sclerochronological research

Ana Lores PadínThibaut Van AckerMartin WiechNiels J. de WinterFrank Vanhaecke

Quantitative element mapping in biomatrices using LA-ICP-MS

Frank VanhaeckeIker Basabe MendizabalAna Lores PadínTom Van HeldenKristina MervicMartin ŠalaJohannes T. van ElterenIvan NemetSanda RončevićThibaut Van Acker

2023

Exploring elemental distributions in otoliths for sclerochronological investigations : a quantitative 2D mapping approach with LA-ICP-TOF-MS

Ana Lores PadínLander IterbekeThibaut Van AckerFrank Vanhaecke

Matrix-matched calibration approaches for quantitative mapping of various C-based samples using LA-ICP-MS

Ana Lores PadínThibaut Van AckerBeatriz FernándezAna Maria Rua IbarzRosario PereiroFrank Vanhaecke

The road to fast elemental mapping with laser ablation-ICP-mass spectrometry

Thibaut Van AckerIker Basabe MendizabalAna Lores PadínTom Van HeldenStijn Van MalderenFrank Vanhaecke