The endoplasmic reticulum is responsible for the manufacturing of membranes. It also creates ribosomes that make proteins for the cell.
The organelle that synthesises ribosomes and is found in the nucleus is the nucleolus.
The organelle is the E.R.'s (Endoplasmic Reticulum) Its membrane of the E.R. is involved in membrane biogenesis. As the R.E.R (Rough Endoplasmic Reticulum) is involved in protein synthesis and the S.E.R (Smooth Endoplasmic Reticulum) is involved in lipid formation. Lipids and proteins are used to make the plasma membrane of the cell. Hence E.R. is involved in membrane biogenesis. Hope this helped you. :D
Yes, during cytokinesis in plant cells, a cell plate forms between the two daughter cells, which eventually becomes the new cell wall. The cell plate is made up of vesicles carrying cell wall material that fuse together to form a continuous wall dividing the two daughter cells. The cell membrane surrounds each daughter cell before the cell plate completes its formation.
The nucleus controls the whole of the plant cell, including leaf cells. The leaf turns brown and falls off because the cells inside it eventually die. A new leaf grows, controlled by the nucleus, when new cells are formed.
No, animal cells do not have cell walls. Instead, they are surrounded by a flexible membrane called the plasma membrane. Cell walls are found in plant cells, fungi, algae, and some bacteria, where they provide structural support and protection.
The endoplasmic reticulum (ER) is responsible for the synthesis of new membrane material in a cell. Lipids and proteins are produced by the ER and incorporated into the cell membrane to help with growth and repair.
The organelle that synthesises ribosomes and is found in the nucleus is the nucleolus.
The organelle is the E.R.'s (Endoplasmic Reticulum) Its membrane of the E.R. is involved in membrane biogenesis. As the R.E.R (Rough Endoplasmic Reticulum) is involved in protein synthesis and the S.E.R (Smooth Endoplasmic Reticulum) is involved in lipid formation. Lipids and proteins are used to make the plasma membrane of the cell. Hence E.R. is involved in membrane biogenesis. Hope this helped you. :D
Both the ER and the Golgi App make the membrane bound transport vescivles.
smooth endoplasmic reticulum
Yes, all organelles within the cell are bound by membranes that are all made up of the same basic structure but have different kinds of proteins within them that allow them to have a distinct cellular function. These membranes are always in exchange with one another as well, things called vesicles will bud off from one membrane and fuse with another to deliver things from one organelle to another. So for example the nucleus is bound by the nuclear membrane and the cell is bound by the plasma membrane. Parts of the plasma membrane can bud off to form a vesicle, basically like a bubble and can travel to the nucleus (or any other organelle) where it will fuse with the nuclear membrane (or the membrane of the particular organelle) and deliver its contents into the interior of the organelle or simply deliver new membrane to that organelle. There is an entire branch of scientific research that is concerned with understanding how this whole process works and how membranes bud and form vesicles and fuse, and what is contained within the different membranes of the different organelles, its called membrane trafficking. Hope that helps!
Yes.
Centrioles
Yes, during cytokinesis in plant cells, a cell plate forms between the two daughter cells, which eventually becomes the new cell wall. The cell plate is made up of vesicles carrying cell wall material that fuse together to form a continuous wall dividing the two daughter cells. The cell membrane surrounds each daughter cell before the cell plate completes its formation.
cell plate
I have never heard of a furrow but furrowing is the process during cell replication when an animal cell splits into 2 new cells by "pinching" the 2 halves of the cell apart down the center of the cytoplasm.
The Golgi Apparatus.