The hydrophobicity plot tells us about the location of transmembrane helices.
<h3>What is hydrophobicity plot?</h3>
- Hydrophobicity plots are used to predict the location of turns in proteins.
- In 1982, Kyte and Doolittle gave a hydrophobicity scale which gives each amino acid a hydrophobicity value.
- A hydrophobicity plot is drawn between the residue number versus residue hydrophobicity.
- These hydropathy plots are used to determine the transmembrane helices of proteins.
- The transmembrane helices are present in the non polar area (hydrophobic) of the lipid membrane whereas the other parts are present in polar areas (hydrophilic).
- Thus by computing the hydrophobicity value and plotting it on a graph we can find the loops and turns in proteins.
- Nowadays there are many hydrophobicity scales determining the hydrophobicity value of amino acids.
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Maybe Ashema. If that, it won’t be too hectic I’m sure maybe issues with ashema while he’s young and may fade early it depends.
Answer:
Well, to be honest I think that they might just figure out another way to do that experiment.
Explanation: My reasoning is, that if an experiment isn't possible due to complications like maybe it could be to dangours or it could have reaction that they don't know about. So if they aren't able to do an experiment then they might find a safer one to do or they might just skip it and research more about it and see how it would react to certan things.
Mitosis results in two identical daughter cells
meiosis results in four identical daughter cells
Answer:
1.Nucleic acids: Stores and transfers info.
2.Carbohydrates; Store energy, provide fuel, and build structure in body, main source of energy, structure of plant cell wall.
3.Lipid: Insulator and stores fat and energy.
4.Protein: Provide structural support,transport, enzymes, movement, defense.