What type of amino acids would you expect to see in the DNA-binding regions of such proteins?
Match the terms in the left column to the appropriate blanks in the sentences on the right.
Not all terms will be used.
DNA -binding regions of the proteins of the study would likely contain D N A-binding regions of the proteins of the study would likely contain blank charged amino acids, such as blank, blank. Electrically charged, blank side chains of these amino acids would bind to D N A, which is blank charged, due to the blank content. charged amino acids, such as D N A-binding regions of the proteins of the study would likely contain blank charged amino acids, such as blank, blank. Electrically charged, blank side chains of these amino acids would bind to D N A, which is blank charged, due to the blank content., D N A-binding regions of the proteins of the study would likely contain blank charged amino acids, such as blank, blank. Electrically charged, blank side chains of these amino acids would bind to D N A, which is blank charged, due to the blank content.. Electrically charged, D N A-binding regions of the proteins of the study would likely contain blank charged amino acids, such as blank, blank. Electrically charged, blank side chains of these amino acids would bind to D N A, which is blank charged, due to the blank content. side chains of these amino acids would bind to DNA, which is D N A-binding regions of the proteins of the study would likely contain blank charged amino acids, such as blank, blank. Electrically charged, blank side chains of these amino acids would bind to D N A, which is blank charged, due to the blank content. charged, due to the D N A-binding regions of the proteins of the study would likely contain blank charged amino acids, such as blank, blank. Electrically charged, blank side chains of these amino acids would bind to D N A, which is blank charged, due to the blank content. content.
Answers
Answer:
The type of amino acids I would expect to see in the DNA binding regions of such proteins are AMINO ACIDS THAT ARE POSITIVELY CHARGED AT pH 7.
Explanation:
In DNA-binding regions of proteins, it is expected to see basic positively charged amino acids.
In the example above:
DNA-binding regions of the proteins of the study would likely contain positively charged amino acids, such as lysine and histidine. Electrically charged, positive side chains of these amino acids would bind to DNA, which is negatively charged, due to the phosphate group content.The deoxyribonucleic acid (DNA) is a negatively charged molecule due to the presence of the phosphate groups.In the phosphate backbone of the DNA molecule, each phosphate group contains one negatively charged oxygen (O) atom.In proteins, lysine (K), arginine (R) and histidine (H) amino acids are positively charged due to the properties of their side chains.Moreover, aspartic acid (D) and glutamic acid (E) are negatively charged amino acids.In conclusion, in DNA-binding regions of proteins, it is expected to see basic positively charged amino acids.
Learn more in:
https://brainly.com/question/16383467?referrer=searchResults
Related Questions
What's the primary difference between compressions on an adult vs. a small child?m
Answers
Answer:
Depending on the size of the child, you can use one or two hands to provide compressions. Because children have smaller chests than adults, the depth of compressions should be only one and a half inches. The compression and breath rate should be the same for children as for adults—30 compressions to two breaths.
Explanation:
pls heart and give brainliest much appreciated
During Mendel's first set of experiments, all the plants' F, offspring expressed
the same version of the studied trait. Which of the following best describes
these experiments?
O A. Mendel crossed true-breeding plants with different versions of a
studied trait.
O B. Mendel crossed plants that all expressed the same version of a
studied trait.
C. Mendel observed crosses that took place naturally in his gardens.
Ο Ο
O D. Mendel allowed true-breeding plants to self-pollinate.
Answers
Answer:
Mendel observed crosses that took place naturally in his gardens.
Explanation:
Traits are transmitted faithfully from parents to offspring independently of other traits and in dominant and recessive patterns. Mendel was interested in the offspring of two different parent plants, so he had to prevent self-pollination.
[RevyBreeze]
HELPPP 7TH GRADE SCIENCE, GIVING BRAINLIEST!!
Answers
Answer:
The first answer is Gravity and Energy from the sun.
Explanation:
Gravity forces pressure on to the rocks causing their different phases and Energy from the sun is the other because the water cycle includes evaporation which is caused by the sun.
A bird is eating a grasshopper, which had eaten some plants. How is energy being passed to the bird? (A Indirectly from the grasshopper (B .Directly from the plant (C Directly from the sun (D Indirectly from the plant( science)
Answers
In a food chain is simply a network of supply of energy beginning from the producer to the final consumer.
The correct options are
D Indirectly from the plant( science)
Energy Transfer in Food ChainSummary of the Energy Transfer
The flow of energy from the grasshopper to the bird is a direct flow, also the flow of energy from the plant to the grasshopper is a direct flow, this is so because there are not middle agent between the two organisms stated above.
When there is a middle agent, then the flow becomes and indirect flow.
Learn more about food chain here:
https://brainly.com/question/2179
Answer:
Indirectly from the plant
Explanation:
I got it right on my quiz... hope this helps!!
Can anyone help me please!
Answers
Answer:
I think its a plant cell
Explanation:
A plant cell also contains structures not found in an animal cell. Some of these include a cell wall, a large vacuole, and plastids.
you can tell because of the chloroplast. and the boxy nature of the cell.
The photograph shows rockweed. Which feature allows rockweed to
withstand the constant wave action of its environment?
A. The ability to carry out chemosynthesis
B. The ability to firmly attach to rocks
C. The ability to produce its own light
D. The ability to carry out photosynthesis
Answers
Answer:
B
Explanation:
This is the answer because if the rockweed is able to firmly attach its self to the rocks it would be able to withstand the constant wave action
The tendency to firmly attach to rocks allows rockweed to withstand the constant wave action of its environment.
RockweedIt is a brown alga and grows in the rich intertidal zone.
The holdfast of a rockweed permits it to withstand the constant wave action of its surroundings.
Holdfast is a tiny stem-like composition which allows the weed to anchor firmly to the rocks.
The rockweeds possess some of the advantages over the normal weeds that permits them to sustain in water like the intense developed root systems.
Thus, the correct answer is option B, that is, the ability to firmly attach to rocks.
To know more about:
https://brainly.com/question/10655000
3. Carrying capacity is the _size of a population that can be supported by an area.
Answers
Answer:
Explanation:
Carrying capacity is the maximum number of individuals of one species that a particular environment can support. Limiting factors determine this number.
ou give your 4-year-old a sticker every time she remembers to brush her teeth. (She enjoys getting stickers.) This is an example of
Answers
Answer:
Positive reinforcement
Explanation:
Positive reinforcement means giving something rewarding to an individual to when they perform a specific action so that they associate the action with the reward. This leads to them performing the action more often.
Other examples include rewarding your pet with treats for doing a trick, or raising employees wages if they hit a performance target
Which place on an enzyme binds a substrate?
Answers
How could you defend the prediction you made and developed in your drawings?
(succession)
Answers
Answer:
Sketching
Explanation:
Because when you are doing bio there is alot of sketching for example for cells to prove the way they look like where the nucleus is found like that
What is the mRNA sequence for this segment of DNA, ACTGACTGACTG?
Answers
Answer:
See below.
Explanation:
DNA-
ACTGACTGACTG
mRNA-
UGACUGACUGAC
-hope it helps
Which clastic sediment has the smallest grain size?
a. sand
b. clay
c. pebbles
d. gravel
Answers
Answer:
Your answer is B,Clay.
Explanation:
Silt is the name of a sediment grain that range in size from 0.625 mm to 0.0039 mm. Mud is the smallest grain size and is also known as clay.
Compare the frequency of the alleles for STR loci FH19, FH60, FH67, FH71, and FH129 that you completed in Table 3 with the values in Table 5. Why do you think the values differ?
Answers
Allele is the versions of a gene and it can be either dominant or recessive.
What are alleles?Your information is incomplete as the table isn't given. Therefore, an overview of alleles will be given.
Alleles are variant form of genes. In genetics, it should be noted that genes show deviations. Therefore, alleles make up the genetic information which defines the gene.
Learn more about allele on:
https://brainly.com/question/3452155
Summarize what reasherchers did to improve the quality of post mining sites soil in
Answers
Answer:
The researcher centred on the potential uses of biochar, charcoal primarily used for agricultural and to improve the quality of post mining sites.
A method called mountaintop removal was used by mining firms. This means that they remove rock and mineral deposits off the top of the mountain to gain access to within the coal seams. The resulting soil is infertile and strongly acidic. The compacted soil after mine proves harder to bring seed into the soil.
The researchers try to use biochar to help reforest the soil at the post-mining site. Before it was reseeded and replanted, they got permission to add a layer of biochar to a post-mining site. the team created “planting cells” of biochar‐enhanced soil on the post‐mining site and that showed improvment in the sapling growth.
Explanation:
Which of the following activities occurs in both prokaryotic cells and eukaryotic cells?
A: Proteins are assembled on ribosomes.
B: A large central vacuole stores DNA and RNA.
C: Mitochondria provide energy for cell processes.
D: Chloroplasts capture and transform the energy of sunlight.
E: The rough endoplasmic reticulum releases enzymes to break apart wastes.
Answers
Answer: A
Explanation: The correct answer is option A because it is the only answer where it occurs in both prokaryotic and eukaryotic cells.
Option A: Proteins are assembled on ribosomes. is correct.
Cells fall into following two broad categories.
Prokaryotic EukaryoticProkaryotes are single-celled creatures belonging to the Bacteria and Archaea domains. Eukaryotes include animal cells, plant cells, fungus, and protists. Prokaryotic cells do not have a nucleus. Cells with a nucleus are referred to be eukaryotic cells. Aside from the nucleus, eukaryotic cells have other organelles. Ribosomes are the only organelles in a bacterial cell.
Proteins are assembled on ribosomes.
So, option A. is correct.
For more information:
https://brainly.com/question/4089867?referrer=searchResults
3. List the possible ecological interactions between the organisms listed below. Hint: Use Table 1 in the introduction.
a. Owl-Owl:
b. Owl-mouse:
c. Owl-trees:
d. Owl-tick:
Answers
Answer:
I think it's B. Not very sure.
Explanation:
Answer:
b
Explanation:
What do hypotheses, theories, and laws have in common?
data
predictions
explanations
observation
Answers
Answer:
observation
Explanation:
please help!! :(( The total amount of mass before and after a chemical reaction is the same. Thus, mass is ______.
Answers
Answer:
Constant
Explanation:
Answer:
Explanation:
In a chemical reaction the total mass of all the substances taking part in the reaction remains the same. ... The law of conservation of mass states that the total mass of substances taking part in a chemical reaction is conserved during the reaction.
Melting
e following question
eous rocks are formed?
Answers
Igneous rocks contain randomly arranged interlocking crystals. The size of the crystals depends on how quickly the molten magma solidified: magma that cools slowly will form an igneous rock with large crystals. lava that cools quickly will form an igneous rock with small crystals. their visual appearance shows individual crystals interlocked together to form the rock mass. The cooling of magma deep in the Earth is typically much slower than the cooling process at the surface, so larger crystals can grow. Intrusive igneous rocks form in magma chambers that are deep underground. Many kilometers below the Earth's surface, molten rock called magma flows into cracks or underground chambers. There, the magma sits, cooling very slowly over thousands to millions of years. An intrusion is a body of igneous (created under intense heat) rock that has crystallized from molten magma. Gravity influences the placement of igneous rocks because it acts on the density differences between the magma and the surrounding wall rocks (country or local rocks). The most common river rocks used in landscaping and decorative construction are made of granite. Granite belongs to the "intrusive" category of igneous rock, which means it formed below the earth's surface as magma slowly cooled and crystallized. The rocks that form Earth's crust are continually destroyed and remade in an endless process called the rock cycle. Rock is formed by melting; by cooling and solidifying; by changing through heat and pressure; by weathering and erosion; and by compression and cementation.
A snake is a predator when he eats a
field mouse. Then a hawk swoops
down and grabs the snake. What is
the snake now?
A. scavenger
B. decomposer
C. producer
D. prey
Answers
The snake will now be the hawks prey.
Hope this helps!
Question 1-9
An exoplanet is a planet in a different solar system than the one in which we live. Scientists have discovered many exoplanets that are many light years away. Predict which pattern is true about exoplanets.
O Exoplanets would orbit their own stars instead of the Sun
O Exoplanets have a large mass
Exoplanets have many moons
Exoplanets orbitour Sun
Answers
Answer:
Exoplanets would orbit their own stars instead of the Sun
Explanation:
Our solar system is defined by the planets and other celestial objects which orbit the sun, a star. Exoplanets do not orbit our sun, but are orbiting their own star.
Nothing would guarantee that any amount of exoplanets would have a moon.
The size of a planet is a defined term based on size, but it doesn't necessarily have to have a large mass to be a planet.
What type of IPM control is crop rotation?
Answers
How did you classify the materials?
Answers
Which organelle is like the glue holding all the organelles together in place
Answers
Answer:
The Cytoplasm
Explanation:
The cytoplasm in a cell is a jelly or glue like substance that holds everything in place. It is the flesh, essentially, of a cell. It is 90% water and allows dissolved nutrients and waste to pass through it to get from organelle to organelle or to and from the cell wall.
Hope this helps! :)
Choose the term that best matches the description given.
A (blank)
is a replicating set of stem cells from one blastocyst.
stem-cell line
stem-cell research
pluripotent cell
Answers
Which of the following processes produces 38ATP of energy per
Glucose?
Answers
Answer:
glycolysis is the process produce 38ATP of energy per glucose
Which best describes X and Y
Answers
The axis on a coordinate plane, variables used in mathematics.
1-When you get sick, should you take an antibiotic that a friend or family member offers you (this includes your mom!)? Why or why not?
2- Let's say you're sick and your doctor prescribes you an antibiotic that you have to take for 7 days. If you feel better after 4 days, should you continue taking the antibiotic for the full dose, or stop taking it? Why or why not?
3-If you have a virus, will taking antibiotics cure your infection? Why or why not?
Answers
Answer:
No, because they are not a physicianYes, I will continue to make myself more healthy it depends on the virusResearchers are investigating the incidence of algal blooms in neighborhood ponds. In summer, they collect water samples from over 100 neighborhood ponds in Dallas, Texas and surrounding cities. They also surveyed residents in each neighborhood to collect data such as average lot size, average home value, average resident income, and lawn care methods. The researchers found that neighborhoods with large lots, high home values, and high income levels were likely to use automatic sprinklers and synthetic fertilizers on their lawns. These same neighborhoods were very likely to have abundant algae in their ponds. Based on this research, which conclusion below provides the best explanation for why algae proliferate in neighborhood ponds?
a. Automatic sprinklers may house algae and may spray into neighborhood ponds.
b. High income neighborhoods are less likely to treat their ponds with chemicals that prevent algae growth.
c. Lawn fertilizer that washes into neighborhood ponds likely causes algae to become more abundant.
d. Neighborhoods with expensive homes typically have larger, deeper ponds that are more likely to support algae proliferation.
e. Large lot sizes likely provide algae with extra room to grow, and the algae then washes into the pond.
Answers
Answer: c. Lawn fertilizer that washes into neighborhood ponds likely causes algae to become more abundant.
Explanation:
Eutrophication is a natural phenomena in which the algal growth occurs in the water body due to increase in concentration of the fertilizers and manures being drained from the agricultural land into water. This causes decrease in oxygen level in water, and the aquatic animals in water will not survive due to scarcity of water.
According to the given situation, the growth of algae in the neighboring ponds is due to the drainage of lawn fertilizers into the neighboring ponds being washed from the lawns. This causes algae to grow abundantly in ponds.
A student studying aquaculture is interested in how diet and water temperature affect the growth rates of fish. She hypothesizes that fish receiving a high protein diets and in warmer temperatures will have enhanced growth rates. She has four treatment groups:______
a. Fish tanks in a laboratory at 22 degrees C and high protein diet.
b. Fish tanks in a laboratory at 22 degrees C and low protein diet.
c. Fish tanks outside with a temperature of 26 degrees C and high protein diet.
d. Fish tanks outside with a temperature of 26 degrees C and low protein diet.
Answers
Answer:
Explanation:
This question is not complete below is the remaining part of the question. Is her hypothesis a true hypothesis or merely a prediction? (Has she provided rationale for her hypothesis?)
Do you think this is a good experimental design? Do you have suggestions for how she could improve her experimental design?
Answers:
The result of the experiment will determine if the hypothesis will be accepted or rejected and further explanation will be given to the effect.
Increase in dietry protein will subsequently increase the body weight as such the result show should tend towards a positive response to an increase in protein level.
The experiment design is completely randomized design(CRD) and it is good for the experiment to have the temperature all monitored and a close watch on the fishes.