Describe the key benefits of synthetic biology compared to traditional molecular biology methods?
Synthetic biology is the designing and making of novel biological entities such as enzymes and cells or redesigning of existing biological systems. It builds on the advances in cell, molecular, and also system biology. Its aim is to transform biology. The thing that distinguishes it from traditional molecular biology and cell biology is the focus on the designing and construction of core components that can be modeled and tuned to meet specific performance criteria, and the assembly of these parts and devices into larger integrated systems to solve problems.
It is quite beneficial and adventurous. The products we want can be derived directly from starting materials such as glucose, CO2 or methane. When the best enzymes are identified, they can be moved between different species; or even connect whole pathways using genome engineering technology. The toxic intermediates can be contained within the sub-cellular compartments. The end product can be exported from the cell using the secretion pathways in which no purification is required.
Synthetic biology has the potential to produce eco-friendly solutions to a lot of problems. The byproducts of this branch of biology are usually nontoxic, because most toxic compounds would kill cells that are doing the work. Harnessing natural cellular systems often results in economical processes. This branch of biology provides scientists with new tools to modify the molecular workings of cells.
Describe the key benefits of synthetic biology compared to traditional molecular biology methods?
Traditional Systems and Compared with Lean System 1. Key Concept Explanation: Define Traditional Systems and Compared with Lean System by using a source other than the textbook. Give a clear, concise overview of the essential elements relevant to understanding your key topic. In addition, explain why you are interested in this topic (e.g., academic curiosity, application to a current issue related to employment, or any other professional rationale). 2. Comparison: Compare your research with what you have studied during the...
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.
Developmental biology Describe the experiment(s) that provided the key evidence ZP2 is critical for human sperm-egg interaction.
4. (10’) Describe four key exchange methods used in TLS. Which methods do not need to send server- key-exchange message? Why not needed?
Molecular biology. Bio of the gene.
1. Describe the meaning of each of the following terms with regard to the structure of DNA. (2) a. Polymer b. Complimentary base pairing- c. Directionality - d. Hydrogen bonding- e. Antiparallel- f Major vs. minor groove - g. Genome- h. Gene - i. Chromosome- 2. What is the relationship between a molecule and a living organism?
TQ #2 - 1
Subject: Molecular Biology
1. Describe the relationship among gametes, somatic cells, spores, and zygotes. Which of these cell types is found in a sexually reproducing species? Which is found in an asexually reproducing species, such as triploid banana?
Molecular biology techniques have led to molecular systematics – creating phylogenetic tree hypotheses based on DNA. You did this yourself in class, creating a phylogenetic tree that compared some major Phyla of animals. What is the basic concept behind using DNA to create these trees – what assumptions are made? Do you think this is a reasonable way to study evolutionary history of living things? Explain.
describe in brief key application of principles of quantum mechanics in chemical bonding, spectroscopy, and molecular interactions.
Describe the process of synthetic division . When is synthetic division not useful for dividing polynomials? First, define the key terms; dividend, divisor and quotient. Then , outline the steps and give an example with details. Finally, talk about when synthetic division can and cannot be used? What happens when we divide a polynomial by x? Can we use synthetic division to do this? What about when we divide a polynomial by x × x? What about x× n where...
What do you perceive to be the main benefits and drawbacks of the key standard capital budgeting methods? Please analyze a potential capital budgeting project from the industry in which you now work or the one of interest to you. What is the project? Describe and provide an approximate value of the initial cash flow.