Åsa Carlsson Tedgren

adjunct professor

Linköping University

Sweden

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Åsa Carlsson Tedgren is an adjunct professor at Linköping University in Sweden. Her research areas focus on medical physics technologies particularly in brachytherapy, including treatment planning and dosimetry. She has contributed to recent articles addressing topics such as dwell time shaping, calibration of brachytherapy sources, and the evaluation of novel imaging techniques. Her work aims to enhance the precision and efficacy of cancer treatments.

Åsa Carlsson Tedgren

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Articles (16)

Roadmap: medical physics technologies in brachytherapy

Dwell time shaping in inverse treatment planning for cervical brachytherapy

GEC-ESTRO survey of 106Ru eye applicator practice for ocular melanoma - Physicist survey

Validation of automated post-adjustments of HDR prostate brachytherapy treatment plans by quantitative measures and oncologist observer study

Technical note: Evaluation of a spatial optimization model for prostate high dose-rate brachytherapy in a clinical treatment planning system

GEC-ESTRO Recommendations on Calibration and Traceability of HE HDR-PDR Photon Brachytherapy Sources

Monte Carlo characterization of high atomic number inorganic scintillators for in vivo dosimetry in <SUP>192</SUP>Ir brachytherapy

Impact of the I-value of diamond on the energy deposition in different beam qualities

Emerging technologies in brachytherapy

ACCURACY OF CT NUMBERS OBTAINED BY DIRA AND MONOENERGETIC PLUS ALGORITHMS IN DUAL-ENERGY COMPUTED TOMOGRAPHY

An audit of high dose-rate prostate brachytherapy treatment planning at six Swedish clinics

ON THE POSSIBILITY TO RESOLVE GADOLINIUM- AND CERIUM-BASED CONTRAST AGENTS FROM THEIR CT NUMBERS IN DUAL-ENERGY COMPUTED TOMOGRAPHY

OPTIMAL SELECTION OF BASE MATERIALS FOR ACCURATE DUAL-ENERGY COMPUTED TOMOGRAPHY: COMPARISON BETWEEN THE ALVAREZ-MACOVSKI METHOD AND DIRA

Optimization in treatment planning of high dose-rate brachytherapy - Review and analysis of mathematical models

Experimental assessment of a phosphor model for estimating the relative extrinsic efficiency in radioluminescent detectors

Segmentation of bones in medical dual-energy computed tomography volumes using the 3D U-Net

Collaborators (4)

Torbjörn Larsson

William Song

José M. Fernández-Varea

Alexandr Malusek

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