the endoplasmic reticulum
its the highway of the cell
copies the genetic code from the DNA molecule and carries it to the ribosome
DNA is transcribed into mRNA so the mRNA can travel out of the nucleus and bind to ribosomes to form proteins through translation. The DNA molecule cannot travel outside of the nucleus because it's too big to fit through the membrane surrounding the nucleus
Any nucleic acid (any one of the nucleotides) carry information in triplet form i.e. AAT, ACG, etc. This information is transcribed from the DNA inside the nucleus to RNA, which can travel outside the nucleus, which then goes to the ribosome for translation where its associated amino acids string together to form the particular protein.
Newly made proteins are either released into the cytoplasm or transported into the rough endoplasmic reticulum. Those released into the cytoplasm may make their way into the nucleus if they have the nuclear localisation signal. Proteins that contain an N terminal signal sequence in their amino acid sequence will be transported into the rough endoplasmic reticulum or the RER membrane, where they will undergo further processing (mainly glycosylation) before vesicular transport to an organelle or the cell membrane.
Electrons travel in orbitals around the nucleus of the atom
Ribosomes are transported into the nucleus via the nuclear pores. From there the ribosomes leave the nucleus and travel to the cytoplasm.
mRNA (messenger Ribo-Nucleic Acid) carries the information to the ribosomes.
Prokaryotic cells typically have a single molecule of DNA in a closed loop floating free in a region of the cytoplasm called the nucleoid. Many species of prokaryotes also contain DNA in tiny ringlets known as plasmids in the cytoplasm. Eukaryotic cells are typically about ten times larger than prokaryotic cells and have a nucleus containing numerous strands of DNA. DNA: nucleus RNA:cytoplasm
ribosomes travel through the endoplasmic reticulm
copies the genetic code from the DNA molecule and carries it to the ribosome
Ribosomes are created inside the nucleolus, which is inside the nucleus, in an animal cell. They frequently move through the endoplasmic reticulum, attaching to its walls, to get to their destinations. They are often found in the Golgi apparatus and floating freely in the cell's cytoplasm as well.
Messenger RNA (mRNA) is synthesized in the nucleus and then enters the cytoplasm. In the cytoplasm ribosomes attach to it and travel along it, each ribosome forming a polypeptide chain as it proceeds.man u should know the answer
They were transported in slave ships.
In 1914, most cargo and passengers were transported by railways.
DNA is transcribed into mRNA so the mRNA can travel out of the nucleus and bind to ribosomes to form proteins through translation. The DNA molecule cannot travel outside of the nucleus because it's too big to fit through the membrane surrounding the nucleus
Any nucleic acid (any one of the nucleotides) carry information in triplet form i.e. AAT, ACG, etc. This information is transcribed from the DNA inside the nucleus to RNA, which can travel outside the nucleus, which then goes to the ribosome for translation where its associated amino acids string together to form the particular protein.
Yes. The nucleus contains protons and neutrons and is electrially charged. The electrons are in a "cloud" outside the nucleus.