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Martin Kisha Kræmer
Martin Kisha Kræmer
Chemistry
systemic toxicity
antitumor activity
Biophysics
Fluorescence
4
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Abstract B66: Deep TLR PrimedTM T cells induce potent antitumor activity without systemic toxicity
2020
Nathan Westcott
Austin Boesch
Vasily Rybakin
Ji-Young Hwang
Kira Jorgensen
Rasmus Lassen
Martin Kisha Kræmer
Martin Bak
Gael Clergeaud Veiga
Jonas Bruun
Carlos Tassa
Harrison Rodts
Manny Sequeira
Karsten Sauer
Thomas Andresen
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Lipid-conjugated cargo can desorb from lipid-based particles in biological environment: Controlling the degree of desorption through particle design
2019
Dennis Pedersbæk
Rasmus Münter
Kasper Kristensen
Martin Kisha Kræmer
Jannik Larsen
Jon Ashley
Sten Braesch-Andersen
Thomas Lars Andresen
Jens B. Simonsen
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Delivery of TLR7 agonists by Deep-Primed (TM) T cells induces immune activation and improves anti-tumor activity in mice while circumventing systemic toxicity
2019
Journal for ImmunoTherapy of Cancer
Austin Boesch
Vasily Rybakin
Nathan Westcott
Ji-Young Hwang
K Jorgensen
Rasmus Lassen
Martin Kisha Kræmer
Martin Bak
Gael Clergeaud Veiga
Jonas Bruun
Carlos Tassa
Harrison Rodts
Manny Sequeira
Glenn Leary
Santina Caruso
Becker Hewes
Jonathan Basil Fitzgerald
Karsten Sauer
Thomas Lars Andresen
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The inherent dynamics of HDL lipids challenge the interpretation of rHDL-based uptake studies that rely on the fluorescence from lipid-anchored fluorophores
2018
Dennis Pedersbæk
Martin Kisha Kræmer
Thomas Lars Andresen
Jens B. Simonsen
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