A protein domain is another phrase describing what type of structure of a protein?.
Answers
Answer:
hello there
Explanation:
A protein domain is another phrase describing what type of structure of a protein? None of these- The protein domain is an organizational unit that is distinct from the primary, secondary, tertiary, and quaternary levels of organization.
Related Questions
Many times people visit the doctor requesting antibiotics to treat colds and viral infections. How is the doctor justified in offering the patient treatment options that do not include antibiotics for these cases? If a doctor provides an antibiotic to treat colds and viruses, any bacteria in the patient's body will be killed, but a few will survive. Those few survivors may become resistant to antibiotics needed for real bacterial illnesses. Antibiotics can weaken the immune system when used for colds and viruses, whereas other medications de not so hard on the immune system during these types of illnesses. O Colds and viruses should be first treated with viral therapies and then when the body begins to recover, antibiotics can be used. Otherwise, the use of antibiotics is not effective at all. Side effects from antibiotics are severe when used for colds and viruses. Any use of antibiotics for colds and viruses will only make the patient more ill and ultimately make the patient's recovery time longer.
Answers
It is important for doctors to understand that antibiotics are not always the best treatment option for colds and viral infections.
Antibiotics are only effective if the illness is caused by bacteria, and since colds and viral infections are caused by viruses, antibiotics are not effective.
Additionally, using antibiotics unnecessarily can lead to the development of antibiotic-resistant bacteria, which can be very dangerous. Therefore, it is important for doctors to discuss with the patient other treatment options that do not include antibiotics.
Common treatment options include taking over-the-counter medications to reduce symptoms, increasing fluid intake, and getting plenty of rest. By providing the patient with these alternative treatment options, the doctor is helping to protect the patient from the dangers of unnecessary antibiotic usage and helping to ensure that the patient receives the best possible care.
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Which of the following describes erosion caused by glaciers?(2 points)
It forms big ice chunks.
It changes the temperature.
It happens quickly.
It takes a long time.
Answers
Answer:
It takes a long time.
Answer:
it forms big ice chunks but the answer is it take a long time
Explanation:
glaciers are formed by snow that does not completely melt and stratify. when snow is under the influence of super layers it initially turns into pieces of ice and over time turns into glaciers
what is inspiratory reserve volume ?
Answers
Inspiratory reserve volume is considered as the extra volume of air which inspired with maximal effort after reaching end of inspiration.
Inspiratory reserve volume is the amount of air that can be forcibly gasp after a normal tidal volume. IRV are generally kept in reserve, also used in deep breathing. its value in normal adult is 1900-3300ml. When the extra volume of air is expired by putting the maximum effort beyond the level reached that is at end of expiration.
Also , the expiratory reserve volume (ERV) is also the extra amount of air that is exhaled after using a normal exhalation. It is the extra amount that is easily exhaled beyond normal.
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Which of the following is true of enzymes? Enzyme function is independent of physical and chemical environmental factors such as pH and temperature. Enzyme function is increased if the 3-D structure or conformation of an enzyme is altered. Nonprotein cofactors alter the substrate specificity of enzymes. Enzymes increase the rate of chemical reaction by lowering activation energy barriers. Enzymes increase the rate of chemical reaction by providing activation energy to the substrate.
Answers
Answer:
B
Explanation:
Which of the following best describes diversity?
it refers to the differences between people
it refers to a workplace that has individuals from similar
cultural backgrounds
it refers
Answers
Answer:
Explanation:
DONT KNOW SORRY
Sexual reproduction results in unique genetic combinations due to the crossing over of non-sister chromatids. During which process does this take place?
Answers
Sexual reproduction results in unique genetic combinations due to the crossing over of non-sister chromatids . The process takes place in the prophase 1 where basically the genetic material is changed.
What are the chromatids ?These are the identical half portions of the chromosomes that are replicated during the process of the cell replication.
Crossing over takes place during meiosis where the exchange of the genetic material where the homologous chromosomes pair up with each other and the segments of the DNA are interchanged where the genetic information is changed as well.
In case of sexual reproduction, it produces genetic variations where due to independent assortment and the crossing over in meiosis in the case of meiosis the random mating will produce hybrids.
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Pure substances made up of only one type of atom is called a/n:
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What is a cell? Why are cells important for living things?
Plz
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Which is necessary for a society to be considered a civilization? Choose all answers that are correct. A. an education system B. strong government leaders C. an established army D. extra food supplies E. the creation of cities
URGENT!
Answers
Answer:
A civilization is considered to be a civilization when it has an established army and has created cities, so C and E. However, this is debatable. Why this is debatable is because all of the others can be argued for. But in my opinion they are not necessary. Many civilizations lacked good governmental leaders and were run by weak leaders (for a short time though), neither are extra food supplies necessary (a civilization can raid other civilizations and steal their food supplies) nor is an education system (they can borrow educated people from other civilizations). So I would argue that one needs only created cities where people of a civilization live and a standing army.
Explanation:
Magma is molten (liquid) rock under Earth’s surface. Based on the image, how do you think magma turns into extrusive igneous rock?
Answers
Answer:
Magma come out of volcanoes that cools down and later on hardens up into rocks.
Explanation:
Magma come out of volcanoes that cools down and later on hardens up into rocks.
What is Magma?The existence of magma is essential to comprehending the geology and morphology of the mantle because the majority of the mantle and crust are solid.
Different types of magma form as a result of variations in the mantle's and crust's structural features, pressure, and temperature. Decompression Melting The mainly solid mantle of the Earth moves higher during decompression melting.
Convection causes this hot material to rise to a place with lower pressure.
Therefore, Magma come out of volcanoes that cools down and later on hardens up into rocks.
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How does the body differentiate between potential pathogen and the body’s cells?
Answers
Answer:
A
Explanation:
The body differentiate between potential pathogen and the body’s cells by chemical markers on the outside of cells that identify them as self and non-self. Thus, option A is correct.
What precautions must be taken during the blood borne Pathogens?
The precautions that must be taken the blood borne Pathogens and Other Potentially Infectious Materials are mentioned below:
Some blood borne pathogens are hepatitis B virus, bacteria and some pathogens as well.The finger or the area must be rubbed with the alcohol and must be involved in the daily routine of the hand hygiene.The area that are exposed with the pathogens must be washed with the water and soap. The exposure source must be notified to the lab assistant or supervisor.The individual should not eat or apply anything on the wounded area exposed with the pathogens.The unprotected sex must be avoided to prevent the transmission of the pathogen from mother to the fetus.The potential for the exposure to blood borne pathogens has not present in the almost all workplaces. This danger occurs more than anything in health workers where they have a high risk of coming into contact with body fluids, including blood, of patients with pathology transmitted by this means that it is not valid to be in other types of work, since they would not be part of its risk matrix.
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Help please!! We have been up for like 2 hours and this is our last questions!!
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Answer:
Similarity: Both exocytosis and endocytosis are in the process of transporting huge molecules, a makeup of different atoms, across the membrane using a vesicle and needs energy.
Difference: Endocytosis brings materials into the cell, while exocytosis takes materials out.
Explanation:
25 points + brainliest! ik this is the wrong subject but not much people pick to help law Pick a side (plaintiff or defense). Pick a witness ( burglar or mr king). Choose something that could be used as evidence (an object, report, footage, etc).
Write a script on how you would introduce the evidence to the judge, pick a witness (the burglar or mr king) and write 3 questions using the evidence that will help your side.
Answers
Answer: side: plaintiff
witness: Mr. King
evedence: dog will only attack if you are on the land he is protecting
window was broken so he was trying to rob the place
guard dog was trained to attack on command
hope this helps you out
Explanation:
True or False:
Bacteria are Eukaryotes.
Answers
Answer:
Bacteria belongs to the Prokaryotes family of microorganisms.
Explanation:
The answer is false.
The given statement is False as the Bacteria are prokaryotes usually.
What are Prokaryotes?The cells falls majorly under two categories:
- Prokaryotes and
- Eukaryotes
The single celled bacteria falls under the category of Prokaryotes.
Components of Prokaryotes are:
These cells share common component with Eukaryotes such as
- Plasma Membrane which is an outer covering separating the cell's interior from its surrounding environment.
- Cytoplasm containing cellular components.
- DNA
- Ribosomes, helpful in synthesis of proteins.
A prokaryotic cells is simple, single celled organisms lacking nucleus or other membrane bound organelle.
Prokaryotic DNA is found in the central part of the cell in the darkened region called the Nucleotide.
The diameter of these cells are smaller than Eukaryotes and allows ion and organic molecules to quickly spread to other parts of the cell.
What are Eukaryotes?A eukaryotic cell has a membrane bound nucleus and other membrane bound compartments or sacs called organelles having specialized functions.
The word eukaryotes meant true kernel or true nucleus due to presence of membrane bound nucleus in these cells.
These are found in higher level organisms including plants, animals and humans.
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Different types of culture _____ provide nutrients for microbial growth and can be designed to support the growth of certain microbes while inhibiting the growth of others.
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Different types of culture media provide nutrients for microbial growth and can be designed to support the growth of certain microbes while inhibiting the growth of others. Nutrients such as carbon, nitrogen, and essential minerals are provided in the media, which supports the growth and proliferation of microorganisms.
Different types of media are used depending on the type of microorganism being cultured and the specific requirements for its growth. For example, selective media contains certain ingredients that inhibit the growth of unwanted bacteria, allowing only the desired microorganisms to grow. Differential media allows for the differentiation of different types of microorganisms based on their metabolic activities. Overall, the type of culture media used is critical for ensuring optimal growth and isolation of microorganisms for various applications.
Microbial growth refers to the proliferation and reproduction of microorganisms, such as bacteria, fungi, and viruses. These microorganisms can grow and multiply under suitable environmental conditions, including the availability of nutrients, appropriate pH levels, temperature, and moisture.
There are various factors that influence microbial growth, including the composition of the culture media. Culture media are substances or environments used in laboratories to support the growth of microorganisms. They can be classified into different types based on their composition and purpose:
1.Nutrient Agar: This is a general-purpose solid medium containing a mixture of nutrients such as peptones, beef or yeast extracts, and agar. It provides a wide range of nutrients to support the growth of various microorganisms.
2.Selective Agar: These culture media are formulated to selectively promote the growth of certain microbes while inhibiting the growth of others. Specific inhibitors or selective agents are added to the medium to suppress the growth of unwanted microorganisms. For example, MacConkey agar selectively promotes the growth of Gram-negative bacteria while inhibiting Gram-positive bacteria.
3.Differential Agar: These media are designed to differentiate between different types of microorganisms based on their metabolic activities or specific characteristics. They often contain indicators or substrates that produce visible color changes or other observable reactions. Blood agar is a common example, which differentiates bacteria based on their ability to hemolyze red blood cells.
4.Enrichment Agar: Enrichment media are used to enhance the growth of fastidious microorganisms that have specific nutritional requirements. These media contain additional nutrients or growth factors to support the growth of these organisms. Examples include Thayer-Martin agar used for the isolation of Neisseria species.
5.Anaerobic Agar: These media are specifically designed to culture anaerobic microorganisms that thrive in the absence of oxygen. They may contain reducing agents or specific gas mixtures to create an anaerobic environment for the growth of these organisms.
By selecting the appropriate culture media and conditions, microbiologists can provide the necessary nutrients and environmental factors to support the growth of specific microorganisms while inhibiting the growth of others. This allows for the isolation, identification, and study of different microbial species in laboratory settings.
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Culture mediums provide the essential nutrients required for microbial growth. Selective media are designed to support the growth of certain bacteria while inhibiting others. Examples include MacConkey agar and tryptic soy broth. This process is important in microbiology and industry.
Explanation:Different types of culture medium are used in microbiology to support the growth of various types of microorganisms. These mediums contain essential nutrients required by the microbes for their proliferation.
Selective media, a type of culture medium, are created specifically to foster the growth of certain microbes while inhibiting others. For example, MacConkey agar is a selective medium which hinders the growth of many gram-positive bacteria while promoting the growth of specific gram-negative bacteria, especially those belonging to the Enterobacteriaceae family. This is due to its components including bile salts and crystal violet, which these bacteria can tolerate.
There are also continuous cultures like the chemostat where nutrients are provided steadily, keeping the microbes in the logarithmic phase of growth, thus optimizing their environment. This method is often used in industries collecting microbial products.
Nutritional requirements also play an essential role in bacterial culture growth. Media such as tryptic soy broth (TSB) are all-purpose, supporting a wide range of organisms. Enriched media contain essential nutrients needed for the growth of fastidious organisms – those unable to make certain nutrients and require them from the medium. Other types of media include differential media that aid in distinguishing bacteria, and chemically defined media which contain only known components.
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(Describe the impact of cutting down or burning large areas of forest on the recycling of carbon.
Answers
Answer:
it speeds up the process of the green house effect when trees are burned down is a large area it makes less homes for animals
Needed ASAP
Inky the squid thinks that if the sunlight is blocked, then the pearls won't shine anymore. This is an example of : Question 7 options:
A. a prediction
B. a hypothesis
C. a question
D. an observation
Answers
Answer:
A. A Prediction
Explanation:
Cause he has never tested it and he just thought about it it's a Prediction
A classmate states that both energy and matter can be created during photosynthesis and cellular respiration. Is this true? Explain
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Energy and matter are also produced during photosynthesis.Chemical energy in the form of glucose and matter in the form of oxygen gas are produced during photosynthesis.Since these are the results of the reaction, they are regarded as process outputs.
Can both energy and matter be created during photosynthesis?
Some cells employ a process called photosynthesis to convert light energy into food.Because it enables plants to produce the food required for the rest of the ecosystem, photosynthesis is crucial.Producing organisms, or those that grow their own sustenance, are plants.The foundation of the ecosystem is formed by producers, who transform solar energy into chemical energy in the form of food for themselves and other ecosystem inhabitants.Although many ecosystems are dominated by plants, other organisms are also capable of photosynthesis.Some bacteria and algae are capable of photosynthesizing, and these organisms are the producers in their ecosystem. A biological process called photosynthesis consumes both matter and energy.The world's physical components are made of matter.The capacity to perform work is energy.By use of various mechanisms, matter and energy can be switched for one another.On the other hand, neither matter nor energy can be generated nor destroyed.The first law of thermodynamics is that they constantly evolve into new forms.All processes in the universe operate in this manner.Energy can be transformed into a variety of forms.Several instances include:Chemical drivekinetic energythe potential energy of gravityelastic force The substance and energy persist even after an organism dies.Instead, they are changed into other forms.For instance, both matter and energy are components of plants.Fungi and bacteria in the soil aid in the breakdown of a plant's internal substance into its constituent parts when it dies.These can be used by newly sprouting plants by being recycled into the soil.As a result, neither the energy nor the substance is wasted; rather, they are transformed into new forms.To learn more about photosynthesis refer
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Describe the relationship between body mass and total surface area of the air sacs!!!!!
Answers
The relationship between body mass and total surface area of the air sacs is that as body mass increases, the total surface area of the air sacs also increases to maintain efficient gas exchange.
The air sacs, also known as alveoli, are responsible for exchanging oxygen and carbon dioxide between the lungs and the bloodstream. As an organism's body mass increases, its metabolic rate and oxygen demand also increase, necessitating a larger surface area for efficient gas exchange. The total surface area of the air sacs is proportional to the body mass to accommodate this need.
This relationship ensures that larger organisms receive an adequate supply of oxygen and can efficiently expel carbon dioxide, maintaining proper respiratory function. In summary, the larger the body mass, the greater the total surface area of the air sacs to support effective gas exchange.
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based on his analysis, what did the student learn about the two genes?Drag the terms on the left to the appropriate blanks on the right to complete the sentences. Not all terms will be used.If two genes are on the same chromosome, there will be ? of the genes in the ? gametes. In , crossing over ?crossinng over and complete linkagewill produce parental and crossover gametesdoes not occurmalecrossinng overcomplete linkagefemales
Answers
If two genes are on the same chromosome, there will be complete linkage of the genes in the gametes. In crossing over, crossing over will produce both parental and crossover gametes.
When two genes are located on the same chromosome, they are said to be linked. This means that they tend to be inherited together, rather than assorting independently during meiosis.
The degree of linkage between two genes depends on the distance between them on the chromosome.
During meiosis, crossing over can occur between homologous chromosomes, which can result in the exchange of genetic material between the chromosomes.
When crossing over occurs between two linked genes, it can produce parental gametes (which contain the original combinations of alleles) or crossover gametes (which contain recombined combinations of alleles). The frequency of parental and crossover gametes depends on the degree of linkage between the genes.
Complete linkage is a special case of linkage in which two genes are so close together on a chromosome that they always remain together during meiosis and are always inherited together. In this case, crossing over does not occur between the two genes, and only parental gametes are produced.
Overall, the degree of linkage between two genes on the same chromosome affects the frequency of parental and crossover gametes that are produced during meiosis, and crossing over can result in recombined combinations of alleles.
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The hydrologic cycle is driven primarily by a. solar energy b. lunar tides c. solar tides d. mechanical energy e. chemical energy.
Answers
The hydrologic cycle, also known as the water cycle, refers to the continuous movement of water on Earth through various stages, including evaporation, condensation, precipitation, and runoff. Solar energy plays a crucial role in driving this cycle. The correct answer is a.
The sun's radiant energy heats the Earth's surface, causing water bodies such as oceans, lakes, and rivers to evaporate and transform into water vapor. This water vapor rises into the atmosphere, where it cools and condenses to form clouds. Eventually, these clouds release the condensed water as precipitation, which can fall as rain, snow, or hail. The water then returns to Earth's surface, completing the hydrologic cycle, all of which is primarily driven by solar energy. Therefore correct answer is a.
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The picture below shows a prominence in the sun's atmosphere. Which of these events is most likely to occur as a result of the prominence? (3 points)
the corona would become visible
the auroras would become visible
the sun's photosphere would be blocked
the sun's magnetic effect would decrease
Answers
Answer:
B) The auroras would become visible.
Explanation:
Got it right on the test. Hope this helps!
Answer:
B) The auroras would become visible.
Explanation:
did the test
Which level of organization includes all the other levels of organization?
organ system
organism
tissue
ОО
cell
Answers
Answer:
The answer is option b
Organism
Since all the cells, tissues and organ system come together to form an organism.
Hope this helps
click to select the potential routes of microbial contamination for both organic and conventional crops.
Answers
Pathogens introduced at several phases of production, including soil, bio - fertilizers, irrigation water, manure, people handling, animals, and wildlife, can infect fresh produce farmed using conventional and organic farming techniques.
Risk refeeding: What is it?Refeeding syndrome is the term used to describe the potentially deadly changes in fluid and electrolyte levels that can happen in malnourished individuals getting mechanical refeeding These modifications are brought on by hormonal and metabolic alterations and may result in severe clinical issues.
What happens during refeeding?The refeeding process happens when an undernourished person increases their calorie intake after going for an extended length of time with little to no meals.It is a crucial stage in your child's recovery from an eating disorder.
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A student formulated a hypothesis that water-soluble pollutant damage living organisms by increasing the permeability of cellular membranes. To test the hypothesis, the student investigated the effect of isopropanol and acetone on beet root cells. The vacuoles of beet root cells contain large amounts of betacyanin, a water-soluble pigment that is released into the extracellular environment as a result of increased membrane permeability. The student prepared identical samples of beet root tissue and incubated each sample for 15 minutes in the specific solution for that group. At the end of the incubation period, the student measured the absorbance of 460 nm light for each sample. greater concentration of betacyanin in the solution surrounding the beet root cells results in a greater absorbance of 460 nm light. The results of the experiment are shown in the table Which of the following is the dependent variable in the experiment? (1 Point) EFFECT OF WATER-SOLUBLE POLLUTANTS ON MEMBRANE PERMEABILITY Mean Absorbance of 460 nm Light (n = 5) 0.164 0.125 0.215 0.274 0.095 2xStandard Error of the Mean (2xSEM) 0.032 0.100 0.034 Treatment Group Treatment Solution 70% isopropanol: 30% water 90% isopropanol: 10% water 50% acetone: 50% water 70% acetone: 30% water 100% water IV 0.004 Concentrations are reported as percent by volume O The percent by volumn of isopropanol in the treatment solutions O The percent by volume of water in the treatement solutions The length of time each sample was incubated in the treatment solutions The absorbance of 460 nm light by the treatment solutions
Answers
The absorbance of 460nm light by the treatment solutions was the test performed by the student.
Cell membranes are phospholipid bilayers which are mostly displayed by the 'fluid mosaic model' which consists of proteins, carbohydrate polymers and glycoproteins making them able to move around quite freely amongst the phospholipids.
A normal membrane permeability test involves investigating the effects of a named variable on the membrane permeability of any vegetable such as beetroot whose biological name is Beta Vulgaris. The variables to investigate are the influence of solvents and temperature because these factors can change the fluidity of the membrane. Beetroot is an important item for this test because of the distinctive betalains pigment that its stem tuber contains.
These pigments form an important signal indicating membrane fluidity as they are usually contained in the vacuole of intact beetroot cells. An instant or constant increase in membrane fluidity will cause the pigment to spill out of the cell, and the amount of pigment can be measured simply by using a colorimeter.
The above description is performed under the test of The absorbance of 460nm light by the treatment solutions.
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Which type of animal could live in a temperate deciduous forest?
O one that is adapted to hot summers and cold winters
O one that prefers only extremely cold temperatures
O one that does not build their
homes amid trees
O one that prefers a climate with little rain or snow
Answers
Answer:
one that is adapted to hot summers and cold winters
Explanation:
A temperate deciduous woodland can support animals that are acclimated to scorching summers and frigid winters. These woods have a mild environment, with warm summers and chilly winters, and are distinguished by trees that shed their leaves in the autumn. Animals that live in these woods have adapted to periodic shifts by hibernating, migrating, or altering their diet. Deer, squirrels, bears, wolves, rabbits, and different bird species are instances of creatures that reside in temperate deciduous woods.
What is the shape of an onion cell?
Answers
Answer:
The general shape of an onion cell is square or rectangular. The interior of the cell is easy to see and focuses well for microscopic observation.
Explanation:
Answer:
An onion cell's general shape is either square or rectangular in shape. The interior of the cell is easy to see and focuses well for microscopic observation, thanks to its transparent structure.
Explanation:
Hope it helps:)
This activity will help you determine which modes of inheritance are possible for each of your crosses. For each mode of inheritance listed in the table, you will fill out the P-genotype and resulting F1 genotype/phenotype columns as if the white-eye mutation was inherited in that way. For example: "If the white eye mutation was autosomal dominant, the P-gen and F1-gen would look like…" By comparing this chart to your actual F1 data, you will be able to disregard impossible modes of inheritance.Mode of imheritance P genotype resulting F1 genotype reseulting F1 phenotype possible based on your F1 data?Autosomal dominant males : AA males: Aa males: whiteFemale : aa femlaes: Aa femlaes: whiteAutosomal recessive males: aa males: Aa male: redFemlaes : AA females: Aa females: redX-linked dominant males : XaY mlaes: XoY males: redFemale : XoXo femlaes:XaY femlaes: whiteX-linked recessive males: XoY males: XaY mlaes: redFemlae : XaXa femlaes: XAXa females: redAutosomal dominant dihybrid males:AABB mlaes: AaBb males: whiteFemales: aabb females: AaBb femlaes: whiteAutosomal recessive dihybrid males: aabb males: AaBb males: redFemales: AABB femlaes: AaBb femlaes: red
Answers
The resulting F1 phenotype for both males and females would be red.
By comparing this chart to your actual F1 data, you will be able to disregard impossible modes of inheritance.
For the autosomal dominant mode of inheritance, if the white eye mutation was inherited in this way, the P-genotype for males would be AA and for females would be aa. The resulting F1 genotype for males would be Aa and for females would be Aa. The resulting F1 phenotype for both males and females would be white. For the autosomal recessive mode of inheritance, if the white eye mutation was inherited in this way, the P-genotype for males would be aa and for females would be AA. The resulting F1 genotype for males would be Aa and for females would be Aa. The resulting F1 phenotype for both males and females would be red. For the X-linked dominant mode of inheritance, if the white eye mutation was inherited in this way, the P-genotype for males would be XaY and for females would be XoXo. The resulting F1 genotype for males would be XoY and for females would be XaY. The resulting F1 phenotype for males would be red and for females would be white. For the X-linked recessive mode of inheritance, if the white eye mutation was inherited in this way, the P-genotype for males would be XoY and for females would be XaXa. The resulting F1 genotype for males would be XaY and for females would be XAXa. The resulting F1 phenotype for males would be red and for females would be red. For the autosomal dominant dihybrid mode of inheritance, if the white eye mutation was inherited in this way, the P-genotype for males would be AABB and for females would be aabb. The resulting F1 genotype for males would be AaBb and for females would be AaBb. The resulting F1 phenotype for both males and females would be white. For the autosomal recessive dihybrid mode of inheritance, if the white eye mutation was inherited in this way, the P-genotype for males would be aabb and for females would be AABB. The resulting F1 genotype for males would be AaBb and for females would be AaBb. The resulting F1 phenotype for both males and females would be red. By comparing the chart to your actual F1 data, you can disregard any modes of inheritance that do not match up with your data. This will help you determine the correct mode of inheritance for the white-eye mutation in fruit flies.Learn more about genotype: https://brainly.com/question/30460326
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Our Sun is a sphere of plasma held together by _______.
Answers
Answer:
Our Sun is a star, a sphere of plasma held together by gravity.
Explanation:
Answer:
gravity.
Explanation:
Roundup Ready crops have been modified to possess which of the following traits?
A. high sugar content
B. natural production of toxins to kill pest
C. high resistance to glyphosate herbicides
D. long shelf-life
Answers
I hope this helps!!!