(4) The specific capsule depolymerase of phage PMK34 sensitizes Acinetobacter baumannii to serum killingK.A.S. Abdelkader, D.G. Fernandez, A. Łątka, D. Boeckaerts, Z. Drulis-Kawa, B. Criel, H. Gerstmans, A. Safaan, A.S. Khairalla, Y. Gaber, T. Dishisha and Y. Briers(2022) ANTIOBIOTICS-BASEL. 11, 677. |
(3) Machine learning to assist in large-scale, activity-based synthetic cannabinoid receptor agonist screening of serum samplesL. Janssens, D. Boeckaerts, S. Hudson, D. Morozova, A. Cannaert, D.M. Wood, C. Wolfe, B. De Baets, M. Stock, P.I. Dargan and C.P. Stove(2022) CLINICAL CHEMISTRY. 68, 906-916. |
(2) Identification of phage receptor-binding protein sequences with hidden Markov models
and an extreme gradient boosting classifier
D. Boeckaerts, M. Stock, B. De Baets and Y. Briers(2022) VIRUSES. 14, 1329. |
(1) Digital phagograms: predicting phage infectivity through a multi-layer machine learning approachC. Lood, D. Boeckaerts, M. Stock, B. De Baets, R. Lavigne, V. Van Noort and Y. Briers(2022) CURRENT OPINION IN VIROLOGY. 52, 174-181. |