eukaruotic cells
As a general rule, practically all the internal organelles of a cell are covered by a protective membrane, except for one type, which couldn't even be called a real organelle, and those are the Ribosomes. More a macromolecular assemble than a cell organelle, the reason because they aren't membrane-bound is because they can directly interact with the membrane in order to exchange proteins, so, having their own membrane would actually act as a barrier for them to do their job correctly.
Having a membrane bound nucleus and many membrane bound organelles would not apply to a prokaryotic cell.
Eukaryotic. Animalia is a kingdom under the domain Eukarya.
A cell wall without a nucleus is characteristic of prokaryotic cells, such as bacteria. These cells have a rigid cell wall that provides structural support and protection, but they lack a membrane-bound nucleus, instead having their genetic material dispersed in the cytoplasm. This classification differentiates them from eukaryotic cells, which contain a defined nucleus and various membrane-bound organelles.
Having organelles enclosed by a membrane allows for compartmentalization and separation of specific cellular processes, increasing efficiency and reducing interference between different cellular activities. It also provides protection for delicate organelle contents and helps maintain specific internal environments necessary for their functions.
As a general rule, practically all the internal organelles of a cell are covered by a protective membrane, except for one type, which couldn't even be called a real organelle, and those are the Ribosomes. More a macromolecular assemble than a cell organelle, the reason because they aren't membrane-bound is because they can directly interact with the membrane in order to exchange proteins, so, having their own membrane would actually act as a barrier for them to do their job correctly.
to protect
the organelles are enclosed in membranes
All plant life is eukaryote. Having a membrane bound nucleus and many membrane bound organelles.
The components of the cells which have outer membrane are called membrane bound or membrane enclosed organelles. Example: Nucleus, mitochondria and chloroplast are bound by two membranes. Lysosomes, Endoplasmic reticulum and Golgi-apparatus are bound by single membrane. On contrast ribosomes are not having any protective membrane. Sreekala.K.P
As a general rule, practically all the internal organelles of a cell are covered by a protective membrane, except for one type, which couldn't even be called a real organelle, and those are the Ribosomes. More a macromolecular assemble than a cell organelle, the reason because they aren't membrane-bound is because they can directly interact with the membrane in order to exchange proteins, so, having their own membrane would actually act as a barrier for them to do their job correctly.
Prokaryotes, such as the genus Gemmata, have been found to possess membranous organelles called nucleoids that resemble a eukaryotic nucleus. These nucleoids are enclosed by a double-membrane structure and can separate genetic material from the cytoplasm.
Having a membrane bound nucleus and many membrane bound organelles would not apply to a prokaryotic cell.
Organelles such as mitochondria, endoplasmic reticulum, and Golgi apparatus. These organelles are commonly found in eukaryotic cells, which are characterized by having a membrane-bound nucleus. Cells lacking a nucleus, like prokaryotic cells, typically do not contain these membrane-bound organelles.
Lysosome ,Centriole, and VesicleActually, animal cells do not have any different organelles than plant cells, other than plant cells having a membrane. animal cells do not have a membrane, they have a cell wall.
Instead of having it's genetic material in a membrane bound nucleus and having neatly compartmentalized membrane bound organelles the prokaryotic cell is one big sprawl.
Organisms with cells that have a nucleus and membrane-bound organelles are called eukaryotes. Eukaryotic cells are found in plants, animals, fungi, and protists. The presence of a nucleus separates them from prokaryotic cells, which do not have a nucleus.