The endoplasmic reticulum (ER) sends proteins and lipids in membranous vesicles to the Golgi body (also known as the Golgi apparatus or the Golgi complex). The Golgi body looks like a stack of pita breads; it resembles the ER. There, the membranous vesicles containing proteins or lipids will fuse with one side of the Golgi body known as the cis face.
Inside the Golgi body, proteins and lipids will have carbohydrate molecules added to them, forming glycoproteins (proteins with carbohydrates attached) and glycolipids (lipids with carbohydrates attached). After being modified, the glycoproteins and glycolipids will exit the Golgi body in membranous vesicles through the trans face (the side opposite the cisface).
The ER sends proteins and lipids it makes to the gleekenshma to be modified.
The brain sends messages through your body, which makes your nervous system work.
Because it sends messages to the cell and tells the cell what to do.
a good example of electioneering is when a political canidate sends you a flyer in the mail
It sends an electric signal to the valve to tell it to turn on or off.
This question is a little broad, but I'll do my best. DNA is found in the chromosomes and is composed of millions of base pairs held together by two sugar-phosphate backbones. The base pairs can be A-T, T-A, C-G, or G-C. DNA holds the instructions that are needed to create proteins; certain lengths of base pairs on the chromosomes, called genes, hold the code that the cell uses to create proteins. Cells in different places in the body need different proteins, but they all have the same DNA, so certain genes are activated or deactivated based on signals that come from nearby cells, leading to cell specialization. When a cell makes a protein, an activated gene in DNA sends a message in the form of mRNA to the ribosomes, which translate the message into an amino acid sequence, or polypeptide. Many polypeptides are put together in order to create the proteins that the body needs. As you can see, the order of base pairs in DNA essentially determines the proteins that will be created. Between two individuals, the DNA is not exactly the same, so there is a slight alteration in the way all the proteins in their bodies are put together, and their defining physical and mental characteristics become evident. OR -- DNA encodes molecules. Molecules have different functions under different stresses. Traits are macro characteristics of the individual. For example, when some molecule encounters a low pH (a stressor) (for example) it binds with whatever resulting in hair that doesn't diffuse light -- that is, the individual is seen with dark hair. So we say the DNA encodes the trait of dark hair. I assure you, however, that the DNA never heard of dark hair.
The ribosome covered organelle that modifies and sends out proteins is the rough endoplasmic reticulum. The ribosome is a cellular structure on which proteins are made. The rough endoplasmic reticulum synthesizes and packages proteins.
No. In a cell, the Golgi Body acts as the "Mail Room." It receives materials an sends them off to other parts of the cell.
as in plant cells it is the "brain" of the cell
Well tissues are made up of proteins, so what makes proteins? The answer is Ribosomes. The DNA stays at the nucleus of a cell and RNA are the ones that sends out the information to Ribosomes that make the proteins.
gentics
The Golgi Apparatus modifies proteins chemically then repackages them. Proteins are modified both in the Endoplasmic Reticulum and the Golgi Apparatus, and proteins are packaged in both locations into vesicles. However, judging by the word "repackage", the Golgi Apparatus is the likely answer (ER sends its vesicles to Golgi for further processing).
On the cellular level, it is the endoplasmic reticulum which processes and transports proteins.
sends proteins where they are needed
Nucleus because it sends out RNA to the Ribosomes to make proteins.
Sends and recieves proteins for the cell.
Rough Endoplasmic Reticulum synthesizes proteins and sends them to the Golgi Apparatus for modification and packaging.
Golgi apparatus