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Displaying 10 results.

  1. Influence of a neutralizing antibody on herpesvirus binding properties : an atomic force microscopy investigation
    By : Cotin, Florian[UCL] Directed by : Alsteens, David[UCL] (2019) Faculté des bioingénieurs

  2. Deciphering the individual role of integrins in reovirus infection using Atomic Force Microscopy (AFM)
    By : Petitjean, Simon[UCL] Directed by : Alsteens, David[UCL] Melanie Köhler[UCL] (2019) Faculté des bioingénieurs

  3. Probing the influence of the PRDX5 redox state on TLR4 binding using AFM
    By : Van Meerbeeck, Pierre[UCL] Directed by : Alsteens, David[UCL] Poncin, Mégane[UCL] (2019) Faculté des bioingénieurs

  4. Deciphering the individual role of JAM-A in T1L reovirus attachment using atomic force microscopy
    By : de Lhoneux, Juliette[UCL] Directed by : Alsteens, David[UCL] (2020) Faculté des bioingénieurs

  5. Probing the mechanoreceptor protein Piezo1 on red blood cell membrane using atomic force microscopy
    By : Leclercqz, Arnaud[UCL] Directed by : Alsteens, David[UCL] (2020) Faculté des bioingénieurs

  6. Delving into the interaction between the Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2) and heparin using atomic force microscopy: a single-molecule approach
    By : Eeckhout, Savannah[UCL] Directed by : Alsteens, David[UCL] (2021) Faculté des bioingénieurs

  7. Deciphering the significance of blood group in SARS-CoV-2 infection using atomic force microscopy
    By : Bauwens, Marion[UCL] Directed by : Alsteens, David[UCL] (2022) Faculté des bioingénieurs

  8. Study of the adhesive properties of Chimay’s brewer yeast using AFM
    By : Macq, Edouard[UCL] Directed by : Alsteens, David[UCL] (2022) Faculté des bioingénieurs

  9. Deciphering the single molecule interaction between the DC-/L-SIGN and the Severe Acute Respiratory Syndrome Coronavirus 2 (SARS-CoV-2) S1 protein using Atomic Force Microscopy (AFM)
    By : Marcon, Claire[UCL] Directed by : Alsteens, David[UCL] Köhler, Melanie[UCL] (2022) Faculté des bioingénieurs

  10. Inhibition of binding by SARS-CoV-2: study of the kinetic and thermodynamic properties of blocking peptides by biophysical approaches
    By : Mannaert, Sarah[UCL] Directed by : Alsteens, David[UCL] (2023) Faculté des bioingénieurs