Cell nucleus

Nucleus: The nucleus controls the cell. like the cork of a baseball controls the trajectory and the direction. Mitochondria: The mitochondria makes energy for the cell. The mitochondria is inside the yarn making energy for the ball to move and change speeds. Vacuole:The vacuole holds water or fluids. The vacuole is like the rubber casing because the rubber holds the baseball together. Lysosome:The helps break down food. Like the black rubber casing would break down the impact before it damaged the

lived with Mack the mRNA in the nucleus of Cell York, they were brothers, after all. Danny was always a stay-at-home molecule, while Mack was always interacting with others, especially his coworkers Tony the tRNA and Rick the rRNA. Even though Danny looked lazy, he always was the center of attention within the nucleic brothers. Everyone made up stories of how he did all the work in the nucleus, while Mack apparently did little to nothing and, before the evolution of Cell York, this was true. The main

Nucleus The nucleus conducts all the activities occurring in the cell and consists of hereditary substances that is constructed of proteins and DNA. The function of the nucleus is to allow materials to properly enter and exit among the several openings in the membrane. In addition, the nucleus encloses various instructions for everything and in which is found on long, threadlike, genetic components made of DNA. B. Nucleolus The nucleolus is a sphere body containing protein in a cell nucleus

Nucleus: The nucleus is based in the centre of the cell, and functions as the control organelle. Nucleolus: The Nucleus is located next to the Nucleus and holds majority of the DNA. Plasma membrane: The plasma membrane is the outline of the cell. It functions as a 'gate', and allows molecules in and out of the Cell. Cell membrane: The function of the Cell membrane is to protect the cell by only allowing certain molecules in and out of the cell. Mitochondria: The mitochondria functions as

The nucleus is crucial to the function of the cell because it holds instructions on building proteins and that is vital for the function of every part in the cell, but not only that the nucleus uses sends particular information out so that it can be made into protein. The reason that the nucleus has to send out the information out is because the DNA never leaves the nucleus ... say that the cell needs a particular protein for a certain reason, the nucleus will transcrip that information using a molecule

Prokaryotic and eukaryotic cells are different in regards to structure and size. Prokaryotic cells are not as complex as eukaryotic cells. To begin with, prokaryotic cells do not have a nucleus. The DNA is enclosed in the capsule of the prokaryotic cell. In contrast, the eukaryotic cell has a nucleus which contains the DNA. The eukaryotic cell is much larger than the prokaryotic cell. The eukaryotic cell is roughly a thousand times the size of a prokaryotic cell (Singh-Cundy, A., & Shin, G

eukaryotes and the prokaryotes, after size, is the fact that eukaryotes have a nucleus. All the genetic material is found in the nucleus of the more complex structure that is of a eukaryotic cell. This is often referred to as the “true” nucleus, which is bound by a double-membrane. Eukaryotic cells tend to be in compartments, as they tend to be larger and more complex, so their functions take place in specific parts of the cell. These compartments are made up of membrane-bound organelles. Having the DNA

Eukaryotic cells have structural advantages over Prokaryotic cells, due to the presence of specific internal organelles, such as a nucleus; where DNA (Deoxyribonucleic Acid) and genetic codes are found, as well as the presence of other organelles which are bigger in eukaryotes, such as mitochondria. Also, eukaryotes can be considered structurally advanced as its organelles are enclosed by a membrane, making it larger in size and stronger compared to a prokaryote. Both prokaryotes and eukaryotes have

unclear, it is hard to classify them belonging to a group of their own or belonging to either prokaryotes or eukaryotes. In 1977, Woese suggested dividing cells into three new domains; archaea, eukaryotes and prokaryotes. (x) Before this cells were divided into two main groups: prokaryotic cells, and eukaryotic cells. Prokaryotic cells have no nucleus or

581 TurnItIn Score: Click & type Attempt #: 1 Comments from previous RWC: Title: Tetrahymena Mating Tetrahymena are often found in fresh water ponds, lakes, and streams. The cells are quite large and their complexity rivals that of a human cell. This makes them a good alternative to things like human tissues. The cells do not cost much to grow and require little resources to culture effectively (Ciliate Genomics, nd). They are ciliate protozoa. Like humans, they mate, but for different reasons