| Protozoa | Helminths |
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1. Unicellular eukaryotes. 2. Protozoa have been ranked as a kingdom. 3. Clasiffication( According to special characteristics):
4. Respiration and excretion through body surface. |
1. Multicellular eukaryotes. 2. Helminths are the group which includes some phyla. 3. Classification (According to body structure):
4. Respiration through general body surfaces. No specialized blood vascular system or excretory organ. Platyhelminthes: The body is bilaterally symmetrical. Triploblastic i.e there are three layers of cells from which differentiated tissues are made. No true internal body cavity or coelom. The body is flattened dorsiventrally, meaning from top to bottom, this is why these animals are called flatworms. Either free- living or parasitic. NEMATODA: |
compare protozoans and helminths in terms of their size and structural complexity
Compare LDPC with turbo code, in terms of 1) Complexity. 2) Delay. 3) Performance
There are more antimicrobial agents that target bacteria than there are antimicrobial agents that target protozoans, helminths and and fungi because a. bacteria are more infectious b. there are more bacterial cellular targets for antimicrobials c. parasites share many characteristics with human cells and selective drug toxicity is difficult to achieve d. parasites are only found inside human cells e. none of the above
Using sorting as an algorithm solving specific problem and compare their method of solving it and performances’ tradeoffs in terms of its time complexity. compare its performance using different approaches (three approaches) such as (divide and conquer, dynamic programming, brute force, greedy approach ). show which approach solve the problem best. Use sorting as an example and compare .
(Please no hand writing, thank you.) 1. List the characteristics about microbes ( Bacteria, Fungi, Protozoans, Helminths, Viruses ), and make sure include which organisms are decomposers. 2. Describe helpful applications of microbes. 3. How are bacteria classified or identified? 4. Explain Virulence factors and Virulence activity/ ability. Look up Haemophilus influenzae, provide an example of a virulence factor from this bacterium and the ability/activity of this factor.
Question: A very general trend in animal evolution has been toward increasing structural complexity. What are two reasons behind this? Select the two that apply. Options: A. There is an evolutionary 'drive' toward greater structural complexity. B. Natural selection tends to favor more structurally complex organisms over less structurally complex ones. C. Structurally complex organisms are necessarily derived from structurally simpler ancestors. D. Evolution can only modify or build on what already exists.
Question: A very general trend in animal evolution has been toward increasing structural complexity. What are two reasons behind this? Select the two that apply. Options: A. There is an evolutionary 'drive' toward greater structural complexity B. natural selection tends to favor more structurally complex organisms over less structurally complex ones C. Structurally complex organisms are necessarily detived from structurally simpler ancestors D. Evolution can only modify or build on what already exists B & C is not a combination...
Adding interaction terms: Decreases model complexity Leads to underfitting Increases model complexity Always makes the independent variable insignificant Always increases the Goodness of fit of the model
Using a course concept of your choice (e.g. complexity science, critical perspectives on the SDH, structural determinants of health, Gaventa’s Power Cube) concisely describe how racism as a determinants of health
Which of the following sorting algorithms is the most efficient in terms of time complexity AND space complexity? A) bubble sort B) quick sort C) merge sort D) heap sort
algorithm’s complexity is measured on input size instead of input values. Please indicate the input size for an algorithm that solves the following problem: Given: a number n and two primes p, q, Question: is it the case that n = p · q? So I want a help Determining the input size.