Miroslav Obornı́k

This study compares transcriptomic and lipidomic responses of two Chromera velia isolates from different thermal environments to elevated temperatures, finding that the tropical isolate shows greater thermal adaptability.

The paper characterizes starch metabolism pathways in dinoflagellates, chromerids, and apicomplexans, revealing evolutionary adaptations linked to plastid endosymbiosis.

The paper investigates guanine crystal formation in Chromera velia under varying nitrogen conditions, finding that crystals store nitrogen within vacuoles and are composed of anhydrous guanine.

The paper identifies a new MCF subfamily in diatoms, showing diverse localization and potential roles in nitrate assimilation.

The paper investigates metabolic compartmentation in chromerids by analyzing protein localization and confirms the necessity of metabolite exchange for carbon and nitrogen allocation.