trichocyst [trik-uh-sist] Word Origin noun Zoology.
an organ of offense and defense embedded in the outer cytoplasm of certain protozoans, consisting of a small elongated sac containing a fine, hairlike filament capable of being ejected.
Origin of trichocyst First recorded in 1850–55; tricho- + cyst Related formstrich·o·cyst·ic, adjective British Dictionary definitions for trichocyst trichocyst noun
any of various cavities on the surface of some ciliate protozoans, each containing a sensory thread that can be ejected
Derived Formstrichocystic, adjective
Fig. 2: body and tip of a trichocyst
source:www.biologyjunction.com structure of trichocyst
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (A D) Four stages are represented on the scheme.
22.
trichocyst. elongated, cylindrical bodies that can discharge a spinelike structure
source:www.biology resources.com structure of paramecium
Electric shock causes massive trichocyst discharge and results in a large accumulation of HRP labeled vesicles at the ectoplasmic/endoplasmic interface (at
Trichocyst of Paramecium tetraurelia, longitudinal section. Bar
Trichocyst | Wikipedia audio article
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (
Paramecium
ParaDefense
EM analysis of trichocysts in V 0 silenced cells. (a) Control cell showing a trichocyst of normal shape docked to the cell cortex; (b) cells silenced in all
Fig. 2: body and tip of a trichocyst
source:www.biologyjunction.com structure of trichocyst
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (A D) Four stages are represented on the scheme.
22.
trichocyst. elongated, cylindrical bodies that can discharge a spinelike structure
source:www.biology resources.com structure of paramecium
Electric shock causes massive trichocyst discharge and results in a large accumulation of HRP labeled vesicles at the ectoplasmic/endoplasmic interface (at
Trichocyst of Paramecium tetraurelia, longitudinal section. Bar
Trichocyst | Wikipedia audio article
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (
Paramecium
ParaDefense
Drag your Paramecium image from your portfolio and drop it here.
Fig. 2: body and tip of a trichocyst
source:www.biologyjunction.com structure of trichocyst
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (A D) Four stages are represented on the scheme.
22.
trichocyst. elongated, cylindrical bodies that can discharge a spinelike structure
source:www.biology resources.com structure of paramecium
Electric shock causes massive trichocyst discharge and results in a large accumulation of HRP labeled vesicles at the ectoplasmic/endoplasmic interface (at
Trichocyst of Paramecium tetraurelia, longitudinal section. Bar
Trichocyst | Wikipedia audio article
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (
Paramecium
ParaDefense
EM analysis of trichocysts in V 0 silenced cells. (a) Control cell showing a trichocyst of normal shape docked to the cell cortex; (b) cells silenced in all
Fig. 2: body and tip of a trichocyst
source:www.biologyjunction.com structure of trichocyst
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (A D) Four stages are represented on the scheme.
22.
trichocyst. elongated, cylindrical bodies that can discharge a spinelike structure
source:www.biology resources.com structure of paramecium
Electric shock causes massive trichocyst discharge and results in a large accumulation of HRP labeled vesicles at the ectoplasmic/endoplasmic interface (at
Trichocyst of Paramecium tetraurelia, longitudinal section. Bar
Trichocyst | Wikipedia audio article
Schematic representation of the trichocyst exocytotic pathway at the plasma membrane in Paramecium. (
Paramecium
ParaDefense
EM analysis of trichocysts in V 0 silenced cells. (a) Control cell showing a trichocyst of normal shape docked to the cell cortex; (b) cells silenced in all