Can anyone give the detailed structure of PLANT CELL including all the cell organelles

(before 20th August)

  plant cell

Plant cellsareeukaryoticcells that differ in several key aspects from thecellsof other eukaryotic organisms. Their distinctive features include:

A large centralvacuole, a water-filled volume enclosed by a membrane known as thetonoplastthat maintains the cell'sturgor, controls movement ofmoleculesbetween thecytosolandsap, stores useful material and digests wasteproteinsandorganelles.Acell wallcomposed ofcelluloseand,,pectinand in many caseslignin, is secreted by theprotoplaston the outside of thecell membrane. This contrasts with the cell walls offungi(which are made ofchitin), and ofbacteria, which are made ofpeptidoglycan.Specialized cell-to-cell communication pathways known asplasmod,,pores in the primary cell wall through which theplasmalemmaandendoplasmic reticulumof adjacent cells are continuous.Plastids, the most notable being thechloroplast, which containschlorophyll, a green-colored pigment that absorbs sunlight, and allows the plant to make its own food in the process known asphotosynthesis. Other types of plastids are theamyloplasts, specialized forstarchstorage,elaioplastsspecialized forfatstorage, andchromoplastsspecialized for synthesis and storage ofpigments. As inmitochondria, which have a genome encoding 37 genes,plastids have their owngenomesof about 100120

Plant cellsareeukaryoticcells that differ in several key aspects from thecellsof other eukaryotic organisms. Their distinctive features include:

A large centralvacuole, a water-filled volume enclosed by a membrane known as thetonoplastthat maintains the cell'sturgor, controls movement ofmoleculesbetween thecytosolandsap, stores useful material and digests wasteproteinsandorganelles.Acell wallcomposed ofcelluloseand,,pectinand in many caseslignin, is secreted by theprotoplaston the outside of thecell membrane. This contrasts with the cell walls offungi(which are made ofchitin), and ofbacteria, which are made ofpeptidoglycan.Specialized cell-to-cell communication pathways known asplasmod,,pores in the primary cell wall through which theplasmalemmaandendoplasmic reticulumof adjacent cells are continuous.Plastids, the most notable being thechloroplast, which containschlorophyll, a green-colored pigment that absorbs sunlight, and allows the plant to make its own food in the process known asphotosynthesis. Other types of plastids are theamyloplasts, specialized forstarchstorage,elaioplastsspecialized forfatstorage, andchromoplastsspecialized for synthesis and storage ofpigments. As inmitochondria, which have a genome encoding 37 genes,plastids have their owngenomesof about 100120

Plant cellsareeukaryoticcells that differ in several key aspects from thecellsof other eukaryotic organisms. Their distinctive features include:

A large centralvacuole, a water-filled volume enclosed by a membrane known as thetonoplastthat maintains the cell'sturgor, controls movement ofmoleculesbetween thecytosolandsap, stores useful material and digests wasteproteinsandorganelles.Acell wallcomposed ofcelluloseand,,pectinand in many caseslignin, is secreted by theprotoplaston the outside of thecell membrane. This contrasts with the cell walls offungi(which are made ofchitin), and ofbacteria, which are made ofpeptidoglycan.Specialized cell-to-cell communication pathways known asplasmod,,pores in the primary cell wall through which theplasmalemmaandendoplasmic reticulumof adjacent cells are continuous.Plastids, the most notable being thechloroplast, which containschlorophyll, a green-colored pigment that absorbs sunlight, and allows the plant to make its own food in the process known asphotosynthesis. Other types of plastids are theamyloplasts, specialized forstarchstorage,elaioplastsspecialized forfatstorage, andchromoplastsspecialized for synthesis and storage ofpigments. As inmitochondria, which have a genome encoding 37 genes,plastids have their owngenomesof about 100120