| Cell Biology | Molecular Biology |
| The field of science that studies the processes and behaviour of living cells in terms of their physiological, morphological and anatomical characteristics. | the field of science that involves the understanding and relationship of macromolecules like proteins, DNA and RNA. |
| Deals with the structure, function and history of living cells (both eukaryotic and prokaryotic cells). | Deals with the study of the central dogma of life and genetic makeup. |
| Studies mostly require to keep the cells intact and alive, since the behaviour of the cell contents are to be observed and examined. | Studies mostly require in breaking open the cells in order to obtain the molecule of interest (could be protein, RNA or DNA) for further processing. |
| The types of techniques used could be immunofluorescence, hybridization techniques (in situ), microscopy, scanning, etc. | The types of techniques used are PCR (Polymerase Chain Reaction), cloning techniques, gene expression techniques, gel electrophoresis, etc. |
| Studies structure like mitochondria, nucleus, membrane, filaments etc. | Studies macromolecules like DNA, RNA, protein. |
| Focuses on cellular mechanisms. | Focuses on cellular molecules. |
| Important to identify effects and responses of cells to different kinds environmental, chemical and metabolic exposure. | Important to identify and confirm morphological, metabolic or pathological conditions and biomarkers. |
| Not too relevant in disease diagnostics. | A signicant tool in disease diagnostics |
| Study done at cellular level | Study done at molecular level |
| Does not involve study at genetic level. | Involves study at the genetic level. |
compare and contrast molecular biology and cell biology classes 10 bullets each
Compare and contrast the molecular events of the action potential in the pacemaker cells of the SA node to those in a ventricular (contractile) cardiomyocyte. Be sure to point out how these molecular events underlie the differences in the shapes of the two types of potentials and how these differences serve the difference in functions for these cell types.
Compare and contrast using RNAi technology to trigger gene knockdown in mice, C. elegans, and Drosophila. Emphasize how the biology of each species guides different design principles. This is an essay question for molecular biology.
Compare and contrast chemical, molecular, and biological evolution.
The Central Dogma of Molecular Biology describes the flow of information in a cell. Briefly name and describe the two key processes that the cell performs in order to transmit and utilize genetic information. A full answer should specify the template and the end product of each process, and the location of each process inside a eukaryotic cell.
Yes its biology related. Its cell/Molecular biology.
8) Based on your knowledge of the De Novo nucleotide metabolism pathway and our discussions of it, define 2 molecular targets that could be used to treat cancer. In your answer, not only define the molecule but give the rational for it being a target. Also, pick one of your targets and completely define the mechanism by which it functions and the effect that a chemotherapy agent would have on them (10)
please need help with Biology.
1) compare a eukaryotic cell to a house. What would each of the
following components be analogous to in a house?
house.
a)outer walls
b)walls inside that divide rooms
c)nails,screws
d)wooden support beams
e)the brick in the outer walls
f)doors and windows
g)rooms inside of house
h)the architectural blue print for the house
i)furniture
cell
a)
b)
c)
d)
e)
f)
g
h)
i)
j)
Proparatory workaneet-au 1. Compare a eukaryotic cell to a house....
Model Students in the Molecular and Cell Biology classroom and laboratory can substantively improve the overall learning environment. True or false? Support your answer.
Compare and contrast the components of primary and secondary cell walls and how they relate to cell types
BIOL 3020 Name Molecular Biology of Cell 7. Write the type or types of DNA alterations that are repaired by each of the following DNA repair mechanisms and how each repairs the alteration. a. Photoreactivation b. Base excision repair c. Nucleotide Excision repair: d. Mismatch repair: e. Homologous recombination
Molecular Cell Biology What question is a complementation test (analysis) designed to answer? How does it answer the question (include expected results)?