systems-biology-is-mainly-an-attempt-to-a-analyze-genomes-from-different-species-b-simplify-complex-

Question

Systems biology is mainly an attempt to
(A) analyze genomes from different species.
(B) simplify complex problems by reducing the system into smaller, less complex units.
(C) understand the behavior of entire biological systems by studying interactions among its component parts.
(D) build high-throughput machines for the rapid acquisition of biological data.

Michael Richmond · Accepted Answer

So this question comes from Chapter one. Question. Number two of Campos Biology Book. So thie Question Assistance Biology is mainly attempt to analyze genomes from different species simplified, complex problems by reducing the system into smaller, less complex units. I understand the behavior of entire biological systems by studying interactions among its component parts or build high throughput machines for the rapid acquisition of biological data. So here the tricky thing is that all of these things do you have to do with systems biology. But not all of not all of them are a perfect descriptor for systems biology that captures the entirety of thie essence of systems biology. So systems biology is using a reductionist approach towards biology. So be is on the strategy but one hundred deduction ism. So simplifying complex problems by reducing the system into smaller, less complex units, however, be does not taking to account biology whatsoever. This is simply reductionism, See, actually takes ah into account biology. So you&#x27;re understand the behavior of entire biological systems by studying interactions among its component parts. A and D are simply methods to do so, So if you were to create a hierarchy, what you would see is that your understanding the biology behavior of entire biological systems by studying the interactions among its component parts. The strategy that you&#x27;re utilizing his reductionism so simplifying complex problems by reducing the system and to smile less complex units. And two of the two of the methods to do so are analyzing genomes from different species and building high throughput machines for the rapid acquisition of biological data on there&#x27;s many other specific methods that you can utilize to perform systems biology. But again, the best answer to this question would be C. And in a lot of these questions, what you&#x27;re going to be looking for is the best answer, and often times they will include a partially correct answers. So just be careful when you&#x27;re going through questions like this.

Michael Richmond · Answer

so we want to know which of the following is not directly associate with bioinformatics. So bioinformatics is just a fancy way of saying that you are doing some biology. Um, so you may be you do some experimenting or do some field work. Normally, it&#x27;s fairly complex. Biological studies that you use suggest looking at genetic materials and using big data, big analyses. So you do your biological collections than you analyze it on a usually on a computer. Just because thie information is just so great. And then from there you get some sort of ah, our results. So this could be biological relatedness? It could be. You can look at potential use for whatever protein is that you&#x27;re looking at. So developing a computer program for genetic analysis? Yeah, that would totally with fit within violent dramatics. But again, we&#x27;re looking for what&#x27;s not associate with it. So a we can cross out, eh? Math Kool. Mathematical analysis of biological processes. Yeah, yeah. So again, you could easily use big data big processing power to do that. So that would definitely fall within bioinformatics using chemical processes to combine genetic material. So this is basically all lab work, and you&#x27;re not really necessarily analyzing anything just yet, so this really wouldn&#x27;t fall within the realm of bioinformatics. So weaken Circle C is the correct answer. Aligning nucleotides are amino acids using computer programs, determined relatedness between genes. Again that could be easily be be done using big data, big analysis and so we can cross this one out as well. So the answer is C using chemical processes to combine genetic materials.

Dennis Howard · Answer

things. Question asked. The science of studying the entire collection of MRT molecules produced by cells. Allowing scientists to monitor differences in gene expression patterns between cells is called blanks. We have genomics transcript Tom Mix proteomics and Barca pharmacogenomics. So I will rule out pharmacogenomics right off the bat because that will not relate to DNA m r in A or protein. So pharmacogenomics is going to be ruled out right off the bat. Then we have genomics transfer Thomas and proteomics. So genomics refers to our d n a sequence. So if we are to sequence the DNA, that would be a genomic level analysis. However, here we&#x27;re talking about em or in a molecule, sequence it. So if we are to sequence MRG molecules, that would be transcript Tom Mix. So Choice B is the correct answer here. And try see, just to go over proteomics refers to protein sequencing, and this is very useful for scientists because if they are to perform these different sequences sequencing analysis, then they will be able to determine the differences between what is contained in the genome, what is translated into protein and what is transcribed into our net. So the correct answer here is choice be or transcript a mix

Deborah Greenspan · Answer

way we&#x27;re going to talk about ecology. And let&#x27;s start with the idea that there&#x27;s organization to, like on on our planet Earth. That&#x27;s how you go to the pork. You&#x27;re going to see lots of different types of light in the park. You might see you might see a tree and you might even see a little school. So let&#x27;s just made it up. Squirrel Trade that. Okay, So all of the humans in the poor or in the same species, Um, all the trees might be the same species. Let&#x27;s assume they are. And all the squirrels are the same species, so each of these groups are called a population, so a group of living organisms that are in the same species is called a population. We also know that in a given environment like this park, species interact. So there&#x27;s interaction between living organisms. So these air rural living organisms and they may interact. So in this park, all of these into all of these living organisms full of these different populations would be called a community. So we have populations of humans, populations of trees and populations of squirrels. We have a community made up off all of the humans, the trees and the squirrels. That&#x27;s the community. In addition to interacting with each other, the living organisms, they also interact with their environment. So that&#x27;s just that and the environment. The environment includes all of the non living components, and that would be a red water. And still so we know that all of these living components, each population off living component of the community, will interact with their environment as well when that happens. So when um, humans, Drees and this world&#x27;s all interact with their environment, we call this whole system ecosystem. And so this is an example of the levels of organisation see in life. So population is a group of living organisms of the same species. Ah, community is the different populations living in the same location. Living organisms and an ecosystem is all the living organisms, plus the non living components of their environment. So this ecosystem with humans, tree squirrels, air, water and soil. So I just want o underlying ico and um also spoke about the word ecology. You can see it has the same root and show, um, the ecosystem compass, composed of living and non living components. And our question basically is, How do we define the word ecology? And the answer is ecology is best defined as the study of the relationships between all of the living components in a community as well as their environment. So ecology is the study of a NICO system, which includes living and non living components.

Sunshine Brosi · Answer

gonna look at each of these systems, and we&#x27;re gonna talk about whether they facilitate or regulate the functions of the other systems. Well, the respiratory system, which exchange his gases, supplies blood with oxygen and disposes of CO two. That&#x27;s a system that regulates other systems, so it can&#x27;t be the respiratory system. The endocrine system secretes hormones like with your thyroid. Um, and it regulates the bodies activities, so it regulates a lot of your other systems, Like your digestive system. Ah is regulated a lot by your endocrine system, the digestive system, which absorbs nutrients, and the lemonades on digested material where you take food in and you remove the waste. That&#x27;s a system that Rick regulates. Ah, there systems in the body. So the correct answer will be this circulatory system. That&#x27;s the system that delivers 02 and nutrients to body cells and transport C o to je longs and metabolic waste to the kidneys. So the correct answer would be this circulatory, says

Cody Delk · Answer

all right. Why do we have to use pedigrees when studying the way things ways Things are inherited in humans? Um, so it says two answers that are related. Humans have over 20,000 genes, which is true, uh, or that humans genes are more complicated, which I guess could be true in some cases, but not really. And so these two answers relate to to the types of genes we have. But that&#x27;s really not why we have to study pedigrees for humans. And then genetic disorders occur in all kinds of organisms, not just human. So that would be be it. Either weaken, weaken looking inheritance patterns and plants and flies, and we could just make them and see how they get inherited. We can&#x27;t do that with humans because there&#x27;s ethical issues with that, you can&#x27;t bring to humans together and tell them to make a child so that you can see how a trade gets inherited them. So you have to just look at families that already exist, and parents that already have Children and families and over several generations and pedigrees to see how certain trades, area and disorders are passed down the line. And so because of these ethical issues, that&#x27;s why we studied pedigrees in humans

Problem

Which of the following best demonstrates the unit…

Problem 2 Easy Difficulty

Answer

c

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