Stock photography picture of Alga Algae Allow Anatomical Anatomy Animal Anatomy Animal Become Beneath Biological Biology Body C...

ATKT05 - Licenced Description Alga Algae Allow Anatomical Anatomy Animal Anatomy Animal Become Beneath Biological Biology Body Cell Cell Fiber Cell Extension Cell Structure Cellular Change Changing Chemical Chemistry Chloroplast Compound Concept Containment Contain Cytology Cytoplasm Cytoplasmic Cytoskeleton Dark Darkness Electron Micrograph EM Energy Production Of Organisms Engulf Euglena Euglenales Euglenid Euglenida Euglenoid Euglenophyta Euglenozoa Eukaryotae Eukaryote Flagella Flagellum Form Freshwater Golgi Golgi Apparatus Golgi Complex Green Alga Green Algae Gullet Heterotroph Heterotrophic Internal Invertebrate Life Science Lipid Membrane Membranous Metabolic Metabolism Micrograph Micrography Microtubule Microtubular Microscopy Mitochondria Mitochondrial Mitochondrion Normal Normally Organelle Organic Organism Pellicle Photosynthesis Photosynthetic Physiological Physiology Plastid Process Protozoa Protozoan Properties Protist Protista Protoplasm Prolong Prolonged Pyrenoids Ribosome Science Shape Shaped Small TEM Transmission Electron Transformation Transform EM of the euglenoid Euglena gracilis mag 1835x at 24 x 36 mm with cell pellicle chloroplasts Golgi body mitochondria lipid and pyrenoid bodies ribosomes gullet and flagella Photosynthetic Euglena sp can become heterotrophic in prolonged darkness and engulf small organisms Microtubules under the cell pellicle allow cell shape to change readily