Entries

Ryderheim, Fredrik. 2021. Opening the black box on predator-induced phytoplankton defenses: mechanisms, traits, and trade-offs. PhD Thesis, Technical University of Denmark, Kongens Lyngby, Denmark, 138 p. [contains a chapter “Costs and benefits of grazer-induced defense in a toxic diatom” that discusses domoic acid produced by Pseudo-nitzschia seriata]

Castagna, A., H. Dierssen, E. Organelli, M. Bogorad, J. Mortelmans, W. Vyverman, and K. Sabbe. 2021. Optical detection of harmful algal blooms in the Belgian coastal zone: a cautionary tale of chlorophyll c₃. Front. Mar. Sci. 8: 770340. [includes Pseudo-nitzschia delicatissima, P. pungens; it also mentions Pseudo-nitzschia azenyensis, which is a typo - it should be P. arenysensis]

Kvrgić, K., T. Lešić, N. Džafić, and J. Pleadin. 2022. Occurrence and seasonal monitoring of domoic acid in three shellfish species from the northern Adriatic Sea. Toxins 14: 33.

Marable, C.A., C.L. Frank, R.F. Seim, S. Hester,  W.M. Henderson, B. Chorley, and T.J. Shafer. 2021. Integrated omic analyses identify pathways and transcriptomic regulators associated with chemical alterations of in vitro neural network formation. Technol. Sci. 186: 118–133. [includes domoic acid]

Zinchenko, V.P., A.M. Kosenkov, S.G. Gaidin, A.I. Sergeev, L.P. Dolgacheva, and S.T. Tuleukhanov. 2021. Properties of GABAergic neurons containing calcium-permeable kainate and AMPA-receptors. Life 11: 1309. [includes domoic acid]

Blanco, J., Á. Moroño, F. Arévalo, J. Correa, C. Salgado, A.E. Rossignoli, and J.P. Lamas. 2021. Twenty-five years of domoic acid monitoring in Galicia (NW Spain): Spatial, temporal and interspecific variations. Toxins 13: 756.

Guillotin, S. and N. Delcourt. 2022. Marine neurotoxins’ effects on environmental and human health: an OMICS overview. Mar. Drugs 20: 18. [includes domoic acid]

Annunziata, R., B.H. Mele, P. Marotta, M. Volpe, L. Entrambasaguas, S. Mager, K. Stec, M.R. d’Alcalà, R. Sanges, G. Finazzi, D. Iudicone, M. Montresor, and M.I. Ferrante. 2022. Trade-off between sex and growth in diatoms: molecular mechanisms and demographic implications. Sci. Adv. 8: eabj9466. [discusses Pseudo-nitzschia multistriata]

Chasapis, C.T., M. Peana, and V. Bekiari. 2022. Structural identification of metalloproteomes in marine diatoms, an efficient algae model in toxic metals bioremediation. Molecules 27: 378. [includes Pseudo-nitzschia multistriata]

Dermastia, T.T., S. Dall’Ara, J. Dolenc, and P. Mozeti. 2022. Toxicity of the diatom genus Pseudo-nitzschia (Bacillariophyceae): insights from toxicity tests and genetic screening in the northern Adriatic Sea. Toxins 14: 60. [discusses Pseudo-nitzschia calliantha, P. delicatissima, P. multistriata]