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23 Nov 2019

What is a vector, and what comprises an ideal vector? and why there are many vectors ?

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Sixta Kovacek
Sixta KovacekLv2
20 Aug 2019
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Related questions

The plasmid, or vector, is a circular double-stranded DNA thatcan continuously replicate and express the target protein in thecell. Plasmid comprises a series of special regions that make itwell-suited for gene amplification, gene manipulation, and proteinexpression. Please itemize 5 regions and highlight theirfunctions
1. Cell informatics involves in order?
2. There are how many DNA base pairs and Amino Acids?
3. The Internet is based on the following network protocol?
4. Which type of error would likely cause the largest impact to the resulting protein?
5. The approximate number of Human genes and the length of the DNA sequence is:
6. What is bioinformatics?
7. What are some reasons why we need bioinformatics?
8. DNA that codes for proteins comprises about what percentage of the total Human DNA?
9. The 2 components of the eukaryotic gene are? And the component that is expressed in mRNA?

This is for Biology of disease vectors.

What are the five important consequences with respect to pathogens/parasites living within a host (possibly including a vector?) Can you provide a brief description of what is meant by each?

The five consequences of vector interactions is

1. genome erosion (lose genome content),

2. metabolic streamlining

3. adaptation to different hosts,

4. molecular mimicry,

5. interdependent metabolism.

As just one example, what is remarkable about the genome of Theileria annulata? By the way,who might the genus name of this organism be named after? is T. anulata a vector-borne organism? If so, what is the vector?

Why might you expect the metabolic network of plasmodium to be less extensive than that of anopheles? Which of the two is able to make the most amino acids from scratch

Why do we need something like network theory to eventually understand what is going on in a vector infected networks to be redundant? What might be the eventual goal of applying such network algorithms to vector-pathogen relationships?

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