Basic elements of the ellular structure to make them viable are Carbon,Hydrogen,Oxygen,Nitrogen,Phosphorus,Sulphur the basic component of the cellular functionality. These govern various molecular, structural and biochemical reactions in the cells and make them able to withstand the favorable and unfavorable changes.These have essential role in homeostasis.
2. Discuss the elements of cellular structure that make the cell viable and able to withstand...
Discuss the elements of cellular structure that make the cell viable and able to withstand changes.
Discuss the elements of cellular structure that make the cell viable and able to withstand changes.
For the cell to survive it must be able to take in elements and at the same time rid of some others. Discuss how the movement of substance throughout the cell happen and contribute to its maintenance/survival.
For the cell to survive it must be able to take in elements and at the same time rid of some others. Discuss how the movement of substance throughout the cell happen and contribute to its maintenance/survival.
For the cell to survive it must be able to take in elements and at the same time rid of some others. Discuss how the movement of substance throughout the cell happen and contribute to its maintenance/survival.
Discuss the principle of cellular respiration in the animal cell. Make sure you indicate the key substances and milestones by going through the 3 main steps. Also, indicate the places used in the cell to do the steps. Finally, give the energy balance obtained by indicating their origin
c) Discuss the cellular anatomy for the symhesis and translocation of proteins found in the cytoplasm, nucleus, mitochondria, ER, lysosomes, and membranes. Describe the role of endocytosis and elaborate on the function of the endosome. Describe the structure, function of the cytoskeleton elements. Compare and contrast the prokaryotic cell to the eukaryotic cell.
What cellular changes occur during the differentiation of sieve elements that make them better adapted as food-conducting structures?
discuss the interrelationship of DNA,RNA and protein in the cell. explain the specific underlying cellular mechanism of this relationship.
2.4.5 Let the disk B2 have the cellular structure with t 0-cells, t 1-cells and one 2-cell. Compute the corresponding cellular chain complex and use it to compute the cellular homology of B2. This can be done over any field of coef- ficients, but you can choose to do the computation over F2 only. [If you know some group theory, you can view the matrices as homomorphisms betweern free abelian groups. You can then try to do the computation over...