Cochlea is the jelly-like structure within the ear that hair cells press against in response to pressure waves, helping the body determine the intensity of a sound.
What is Cochlea?
In the inner ear, there is an auditory organ called the cochlea. The cochlea contains sensory receptors for hearing. It does this by converting the auditory information into neural impulses, which are then transported to the brain by the auditory nerves and afferent nerve fibres, where they are combined and translated into sound.
In the human temporal bone of the skull, the cochlea is made up of a coiled labyrinth that is similar to a snail and measures around 10 mm in width. It contains roughly 2.5 turns. It is separated into three primary fluid chambers and is filled with fluid.
Therefore, Option C is correct.
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What products, other than food items, are being made at White Oak pastures in pursuit of a zero waste goal?
White Oak Pastures is committed to a zero waste goal, and they produce a variety of items, including:
- Raw wool and yarn
- Natural soaps and lotions
- Candles
- Essential oils
- Pet products (such as dog treats and chew toys)
- Fertilizer
- Compost and mulch
- Bedding and blankets
- Natural fiber clothing
- Home decor and lighting
What is the White Oak pastures?
White Oak Pastures is a multi-generational, family-owned, sustainable farm in South Georgia that produces grass-fed beef, lamb, goat, pork, chicken, and eggs; as well as hides, wool, and a variety of other products. The farm is committed to regenerative agriculture and ethical livestock practices and works to ensure that their land is managed in a way that supports and enhances the environment.
What do you mean by a zero waste goal?
A zero waste goal is a commitment to reduce the amount of waste that is sent to landfills, incinerators, and the environment. It involves the reduction of all forms of waste, from single-use plastics to food waste. It also includes the reuse, recycling, and composting of resources to create a more sustainable future.
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Which of the following does not describe a total solar eclipse?
A.) it is seen on Earth within the moon's umbra
B.) the corona is the only part of the sun that can be seen
C.) it is dangerous to look at without eye protection
D.) it can be see from anywhere on earth
c. is the correct answer
6. Seismic waves that go straight through Earth make the trip very quickly.
A. What does that tell us about the composition of Earth's center? (5 points)
B. What characteristic of seismic waves tells you this? (5 points)
According to calculations, the core contains roughly 85% iron metal and most of the remaining 15% is composed of nickel metal.
What does core mean in its entirety?the core, interior, or most vital component of anything. also known as the magnetic core. Electricity. the centre or inner component of an electromagnet, coils, transformer, or similar device made of an iron chunk, bundles of iron wires, and other ferrous material.
What is a core in a human?The pelvis and spine are stabilized and controlled by a set of muscles known as the "core" (and therefore influences the legs and upper body). The intricacies of maintaining the body in the best positions to lighten the ligaments and promote are more important than brute strength when defining core strength.
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Reflexes are rapid, automatic responses to stimuli that will produce the same effect every
Reflex is a rapid, unlearned, involuntary (automated) reaction to a stimulus (alternate withinside the environment) is true.
Reflexes are responses that defend the frame from probably dangerous activities that require instant action. They contain exceptionally few neurons (nerve cells) in order to arise rapid.Reflexes are involuntary actions induced with the aid of using a sensory stimulus. These sensory stimuli may be external (e.g., auditory) or internal (e.g., proprioception).
Reflexes are commonly managed in a graded , wherein a more stimulus reasons a more reflexive reaction. Reflexes are rapid, automated responses to specific stimuli that reason the equal reaction each time. Spinal cord reflexes are stereotyped and reliable motor responses, which include the stretch of a muscle. The neuronal circuit concerned is known as the reflex arc.
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) a mutation within the gal80 gene that blocks the ability of gal80 protein to interact with gal3p. (d) a deletion of one of the four uasg elements upstream from the gal1 gene. (e) a point mutation in the gal1 core promoter that alters the sequence of the tata box
The gal80 gene that blocks the ability of gal80 protein to interact with gal3p by the activation of gal80 gene.
In Saccharomyces cerevisiae, galactose turns on the allosteric sign transducer Gal3 protein (Gal3p), which in flip inactivates the repressor Gal80p, thereby activating the Gal4p-established transcriptional activation of GAL genetic switch.
If the GAL80 gene product can not engage with Gal3p, there may be no interplay with the Gal4p/Gal80p complicated and consequently no GAL1 transcription. In the absence of galactose, Gal80 binds to and inhibits the transcriptional activation domain (AD) of the GAL gene activator, Gal4, stopping GAL gene expression. Galactose triggers an affiliation among Gal3 and Gal80, relieving Gal80 inhibition of Gal4.
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what role is a wolf playing when it eats a rabbit that eats grass on a prairie in wisconsin? what role is a wolf playing when it eats a rabbit that eats grass on a prairie in wisconsin? producer tertiary consumer secondary consumer detritivore primary consumer
Predatory behavior Primary consumers are those who consume food at the top of the food chain and help to support the second trophic level.
Which four consumer levels are there?Level 1: As producers, plants and algae manufacture their own nourishment. Level 2: Primarily consuming organisms are herbivores, which eat vegetation. Level 3: Carnivores classified as secondary consumers are those that consume herbivores. Tier 4: Carnivores classified as tertiary consumers are those that consume other carnivores.
How many trophic levels are there in a food chain?Resulting picture for producer secondary consumer, third-party consumer key consumer who eats meatless
Green plants that produce are found on the first and lowest level. The herbivores, or plant eaters, which are second-level organisms, eat the plants or their byproducts.
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In both prokaryotes and eukaryotes, gene regulation most commonly occurs at the level of __________ initiation.
In both prokaryotes and eukaryotes, gene regulation most commonly occurs at the level of transcription initiation.
What is transcription?
Transcription involves the copying of a DNA fragment into RNA. DNA segments that are translated into RNA molecules that can encode proteins are known as messenger RNA. RNA molecules called non-coding RNAs are made up of copies of different DNA sequences. MRNA makes up just 1% to 3% of all RNA samples.
What distinguishes eukaryotic transcription from that of prokaryotic cells?
Eukaryotic transcription takes place inside the nucleus, whereas prokaryotic transcription occurs in the cytoplasm. Proteins referred to as transcriptional factors are required for eukaryotic transcription but not for prokaryotic transcription.
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Describe the function of the middle ear.
Answer:-There are three tiny bones in this area — the malleus, incus and stapes. (Healthcare providers refer to these three bones as the ossicles.) They transfer sound vibrations from your eardrum to your inner ear. Your middle ears also house the eustachian tubes, which help equalize the air pressure in your ears. The main function of the middle ear is to carry sound waves from the outer ear to the inner ear, which contains the cochlea and where sound input can be communicated to the brain. Sound waves are funneled into the outer ear and strike the tympanic membrane, causing it to vibrate. The middle ear is an air-filled cavity that sits between the tympanic membrane [3] and the inner ear. The middle ear also consists of three tiny bones called ossicles [4], the round window [5], the oval window [6], and the Eustachian tube [7].
when comparing dna and rna, two nucleic acids, which statement is accurate about the function(s) of these molecules?
The comparing DNA and RNA states contain codes contributing to protein production. DNA remains in the nucleus, while RNA more directly contributes to protein
DNA, also known as deoxyribonucleic acid, serves as the initial blueprint for protein production in cells. Deoxyribose, phosphates, and a specific arrangement of the nitrogenous bases adenine (A), guanine (G), cytosine (C), and thymine are all found in DNA (T).
All living cells include the significant nucleotide ribonucleic acid, which is found in long chains. Its primary function is to serve as a messenger, carrying DNA's instructions for regulating protein synthesis. Ribose, phosphates, and the nitrogenous bases adenine (A), guanine (G), cytosine (C), and uracil are all found in RNA (U). The nitrogenous bases A, G, and C are shared by DNA and RNA. Uracil and thymine are often only found in DNA and RNA, respectively.
Hence, nucleic acid is present in the nucleus in the cell.
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Which of the following might contribute to the rapid evolution of a small population? A. genetic drift B. natural selection C. physical isolation D. all of the above
Genetic drift is the term for random changes in allele frequency in a small population. Alleles can disappear from the population as a result of genetic drift.
These alleles will eventually go extinct, or the population as a whole might do the same. Rapid evolution may potentially result from this.
Genetic drift is the arbitrary change in the population's frequency of a gene variant that already exists. Gene variations may totally vanish due to genetic drift, which would limit genetic diversity. Additionally, it might make previously uncommon alleles much more common and even fixed.
Genetic drift is the term used to describe the haphazard changes in gene variant frequencies within a population. Genetic drift occurs when the frequency of different alleles, or variable forms of a gene, fluctuates over time through chance. Changes in allele frequencies are used to measure these variations in allele presence.
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why it is significant that, in eukaryotes, transcription and translation are separated in space and time.
Compartmental differences in eukaryotic cells transcription and translation are separated in space and time. Eukaryotic cells cannot combine transcription and translation simultaneously because of the compartmental differences in eukaryotic cells.
For example in eukaryotes transcription occurs in the nucleus, while translation occurs in the cytosol at a ribosome. The separation of transcription and translation in eukaryotes is significant for a few reasons. Firstly, it enables the high complexity of gene expression and regulation. By separating the processes of transcription and translation, eukaryotes can control the timing and amount of gene expression. This is due to the fact that the separation in space and time allows for the regulation of gene expression at the level of transcription, and the regulation of protein production at the level of translation.
The separation of transcription and translation in eukaryotes also allows for the production of different proteins from the same gene. This is due to the fact that eukaryotes can control the amount of mRNA produced by a gene, and they can also control the amount of protein produced from the same gene by controlling the rate and amount of translation.
Finally, the separation of transcription and translation in eukaryotes allows for the production of proteins with different functions from the same gene. This is due to the fact that eukaryotes can control the types of proteins produced from a gene by controlling the rate and amount of translation. For example, a gene can be transcribed to create a single mRNA, but the mRNA can then be translated into multiple different proteins with different functions.
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Please answer as quick as possible! Thank you
The adrenal or suprarenal glands are two endocrine glands located craniomedially to the kidneys. They respond to stress by synthesizing and releasing corticosteroids, such as cortisol, and catecholamines, such as adrenaline, noradrenaline, and dopamine.
EndocrineWhat hormones are produced by the Adrenal Gland?The adrenal medulla produces adrenaline and noradrenaline (catecholamines), which are hormones released in the acute phase of stress: in the fight-or-flight reaction. It is part of the autonomous nervous system, that is, it is not in control of our will.
What are adrenal glands?They are endocrine glands, responsible for the production of important hormones, such as adrenaline and noradrenaline, which act in various organs and participate in the functioning of the organism. There are two distinct regions in the adrenal gland, the medulla and the cortex.
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similar to the regulation of body temperature, blood glucose level regulation in humans involves the process of negative feedback. drag the labels to show how blood glucose level is maintained within a narrow range.
The pancreas releases insulin, which causes glucose to enter body cells and raises blood glucose levels above normal. Reduced blood glucose levels.
When blood glucose levels are low, what should happen first?As a result, the blood glucose level is kept steady. Therefore, the proper chain of events is a fall in blood sugar level followed by an increase in circulating glucagon, which causes the release of glucose from glycogen and a rise in blood glucose level. Consequently, choice is the right response (C).
Which of the following contributes to the homeostasis of blood sugar?Cells use blood glucose to make energy when it enters the cells thanks to insulin. Together, insulin and glucagon provide homeostasis, the stable state of conditions within the body.
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what did the discovery of neanderthal dna in modern human genomes tell us about gene flow as homo sapiens emerged from africa? group of answer choices all of the human variation that exists today was derived from the variation that existed in the population of homo sapiens that first emerged in africa; there is no evidence of interbreeding with other hominin populations. very little human variation is derived from what was present in the population of homo sapiens that first emerged in africa; a significant amount of variation was introduced after interbreeding with neanderthals and denisovans. human variation is largely derived from what was present in the population of homo sapiens that first emerged in africa, but a limited amount of variation has been passed from neanderthals and denisovans through interbreeding after homo sapiens emerged from africa. although dna extraction techniques continue to improve, there are not enough data to provide conclusive evidence about whether modern humans interbred with neanderthals.
Breeding between Neanderthals and modern humans. This is a solid indication of how human migration out of Africa actually occurred: rather than leaving Africa in one or more massive dispersals, Neanderthal DNA entered Africa through gene flow back and forth throughout time.
What does the DNA of Neanderthals reveal?Neanderthal DNA has been linked in studies to fertility, pain perception, and immune system function. Neanderthal DNA may have an impact on a person's height, skin tone, hair color, sleeping habits, mood, and even addiction in modern-day Europeans.
What is implied by the absence of Neanderthal DNA in contemporary African humans?Other parts of the current non-African genome do not include any Neanderthal DNA, which shows that natural selection weeded out any Neanderthal versions of the genes in these locations since they would have caused issues in modern people.
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suppose a food chain consists of three trophic levels, beginning with primary producers. if the amount of energy fixed by the producers is denoted by x, approximately how much energy will be available to the third trophic level (secondary consumers)?
According to the question, if a plant fixes X amount of energy, the second trophic level will have access to 10% of X, or 0.1*X, and the third trophic level will have 10% of 0.1*X, or 0.01*X.
Approximately energy will be available to the third trophic level will be 0.01*X.
What phases of an ecosystem's energy flow are there?
The transmission of energy from one organism to another, starting with the autotrophs and rising up the food chain as animals are consumed by one another, is referred to as energy flow. Pyramids of food and energy are another approach to show this kind of chain or just to show the trophic levels.
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what is alternation of generations? does meiosis occur in the sporophyte or the gametophyte? which is haploid, the sporophyte or the gametophyte? compare the relative sizes of the sporophytes and gametophytes in nonvascular plants. compare the relative sizes of the sporophytes and gametophytes in vascular plants.
In plants, the gametophyte stage and the sporophyte stage alternate in order to produce new generations.
Do sporophytes or gametophytes undergo meiosis during alternation of generations?The meiosis of a few cells in the diploid body results in the formation of spores. A new haploid generation is created as a result of the spores dispersing. A haploid gametophyte and a diploid sporophyte alternate during the ensuing life cycle, which is known as alternation of generations.
What does generational alternation mean?Asexual and sexual phases of an organism's life cycle alternate, or metagenesis, also known as heterogenesis or alternation of generations in biology. Both physically and occasionally chromosomally, the two phases or generations can be distinguished from one another.
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the left lung is longer than the right lung because the diaphragm rises on the right side to accommodate which structure?
The left lung is longer than the right lung because the diaphragm rises to the right to accommodate the larger liver.
The right lung is larger because most of the heart's work is done in the left lung. The diaphragm is the primary muscle castoff in respiration, which is the process of breathing. The left lung is smaller than the right lung because 2/3 of the heart is on the left side of the body. The left lung is level with the heart, which contributes to the lungs that lie above the heart. The lungs are part of the respiratory system, but not the only part of the respiratory system. This system also includes airways, connected blood vessels, and muscles that help with breathing.
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What are the four stages of citric acid cycle?
The four stages of citric acid cycle include;
The citric acid cycle begins when Coenzyme A transfers its 2-carbon acetyl group to the 4-carbon compound oxaloacetate to form the 6-carbon molecule citrate The citrate is rearranged to form an isomeric formThe 6-carbon isocitrate is oxidized and a molecule of carbon dioxide is removed producing the 5-carbon molecule alpha-ketoglutarateAlpha-ketoglutarate is oxidized, carbon dioxide is removed, and coenzyme A is added to form the 4-carbon compound succinyl-CoAWhat is the citric acid cycle?The citric acid cycle also known as the Krebs cycle is described as a series of chemical reactions to release stored energy through the oxidation of acetyl-CoA derived from carbohydrates, fats, and proteins.
In conclusion, the citric acid cycle functions as the mitochondrial hub for the final steps in carbon skeleton oxidative catabolism for carbohydrates.
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When preparing a disinfectant solution, you should:
When preparing a disinfectant solution, you should: add the disinfectant to the water.
What is a disinfectant?A chemical solution that has the potential to eradicate pathogenic microorganisms is often referred to as a disinfectant solution. These solutions can kill microorganisms but they cannot eliminate viruses or bacterial spores. The most common disinfectant solution used widely in our everyday life is hand sanitizer. It is an alcohol-based disinfectant used widely in hospitals as well as households.
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A leading cause of blindness in the world today (excluding accidents) is a dietary deficiency A. vitamin A. B. vitamin D. C. vitamin E D. vitamin K.
A vitamin A deficiency in the diet is one of the main causes of blindness around the world today (apart from accidents).
The prevalence of vitamin A deficiency among Americans is minimal. Vision impairment, immune system deterioration, and stunted development are all issues. - Vitamin A insufficiency is the most prevalent worldwide cause of avoidable blindness. The biggest health risk throughout pregnancy is undernutrition. - Vitamin A insufficiency is the most prevalent worldwide cause of avoidable blindness. The biggest health risk during pregnant is undernutrition. A lack of vitamin A raises the risk of mortality from common pediatric infections like diarrhea and is the major cause of avoidable infant blindness. When vitamin A shortage is more severe, the cornea becomes very dry, harming the retina & cornea. This leads to blindness.
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ANS: b, , F, LO=3.1, (1) % correct 83 a= 10 b= 83 c= 4 d= 2 r = .42% correct 92 a= 5 b= 92 c= 2 d= 2 r = .31APA=1.13. Cells that are triggered by light, vibrations, sounds, touch, or chemical substances are called ________. a)ganglion cells
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b)bipolar cellsc)ossiclesd)sensory receptors
Sensory receptors are cells that are activated by light, vibrations, sounds, touch, or chemical substances.
An internal or external physical stimulation can cause a sensory receptor, a structure, to respond. It is a sensory nerve terminal that processes information after receiving it and sends nerve impulses to the brain for interpretation and perception.
Whenever a sensory receptor is triggered, the central nervous system receives signals, which is the definition of a sensory receptor.
The ability to learn about our surroundings or the condition of our internal environment is one of the main functions of sensory receptors. Receiving different kinds of stimuli from various sources, the nervous system converts them into electrochemical signals. It is known as sensory transduction.
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amylase catalyzes a reaction with starch to directly create _______.
Maltose is produced instantly when amylase reacts with starch.
Starch is a polysaccharide molecule made of glucose units. The chemical formula of the starch is written as (C₆H₁₀O₅)ₙ. The starch consists of amylose and amylopectin. The glucose units in this starch are linked with the help of two kinds of bonds α 1,4 glycosidic linkages and α 1,6 glycosidic linkages.
This starch molecule is first hydrolyzed into shorter polysaccharides, dextrins, and maltose with a help of an enzyme called amylase. The maltose can be further hydrolyzed into glucose units with the help of the maltase enzyme.
Therefore, the blank can be filled with maltose.
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a mutation in a silencer region for gene x leads to a decrease in binding affinity for a negative transcription factor. what is the most likely effect?
A mutation in a silencer region for gene x leads to a decrease in binding affinity for a negative transcription factor. what is the most likely effect reduced.
Mutations can result from mistakes in DNA replication at some point of mobile department, publicity to mutagens or a viral contamination. Germline mutations (that arise in eggs and sperm) may be handed on to offspring, at the same time as somatic mutations (that occur in frame cells) are not exceeded on.
maximum mutations are not dangerous, however some can be. a dangerous mutation can result in a genetic disorder or maybe most cancers. some other type of mutation is a chromosomal mutation. Chromosomes, located inside the mobile nucleus, are tiny threadlike structures that bring genes.
when mutations occur they could cause termination (death) of an organism or they can be in part deadly. which means the organism has difficulty adapting to and surviving in its surroundings. Mutations are normally the motive of many illnesses and defects in an organism's existence.
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molecules called free radicals attack cells, which impairs the cells' ability to function as a result of
Oxidative stress results when free radicals overwhelm the body's capacity to control them. Thus, free radicals damage lipids, proteins, and DNA and cause a variety of human diseases.
Fried foods, alcohol, tobacco smoke, pesticides, air pollutants, and many other things are among these substances. By stealing their electrons through a process known as oxidation, free radicals can harm components of cells like proteins, DNA, and cell membranes.
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connecting the concepts energy
Chemical reactions take place in steps to produce and break down complex molecules as part of cellular activities.
While some of these chemical reactions take energy to complete, others happen spontaneously and release energy. Cells must continuously produce additional energy to replace the energy spent by the numerous energy-intensive chemical reactions that take place all the time, just as living beings must continuously consume food to replenish their energy stores. The term "cell metabolism" refers to all of the chemical processes that occur within of cells, including those that use or produce energy. This is a well-known illustration of one of the several cellular processes that consume and generate energy. Sugars are an important source of energy for living organisms since their molecules have a lot of.
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Why is water a versatile solvent?
Water is a versatile solvent because it is capable of dissolving many different compounds. It is a polar solvent, meaning that it has a positive and negative side that can interact with other compounds to break them down into ions.
Water as a versatile solventWater is a versatile solvent because it is able to dissolve a variety of compounds. This is due to its polar nature, meaning that it has a positive and negative side. This allows it to interact with other compounds and break them down into ions. Water is also able to dissolve both polar and non-polar compounds, making it one of the most versatile solvents available.
This versatility makes water an ideal choice in many industries, from cleaning products to biochemical processes. Its ability to dissolve a wide range of compounds makes it an invaluable tool for many different applications.
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Strips of tough connective tissue that hold bones together are known as a. tendons. b. smooth muscles. c. striated muscles. d. ligaments.
Option D. Ligaments. Ligaments are strips of tough connective tissue that hold bones together at the joints and provide stability to the body. They help to resist excessive movement and protect the body from injury.
Role of Tendons in Connecting BonesStrips of tough connective tissue that hold bones together are known as:
Answer: Option D. Ligaments.Ligaments are composed of dense regular connective tissue, and they are made up of dense bundles of collagen fibers. Ligaments are not as elastic as tendons, so they are not able to stretch as far. The collagen fibers in ligaments are also arranged in a specific pattern, which provides strength and stability to the joint.
Ligaments also contain nerve endings which allow them to detect changes in joint position and provide feedback to the brain. The combination of all of these properties makes ligaments an important component of the musculoskeletal system, as they provide stability and protection for the body.
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which of the statements are examples of hypotheses?
A scientist predicts that the DNA molecule of the virus contains its genetic material.
A scientist concludes that some viruses contain DNA within their protein shells.
A scientist observes that viruses are composed of a DNA molecule contained in a protein shell.
A scientist proposes that the protein shell of the virus contains its genetic material.
A scientist expects that in a forest that has been contaminated by factory soot, birds will consume more fair skinned moths than dark moths.According to a scientist, in a forest free of soot, birds will consume more dark moths than white-bodied moths.
What are the three primary theories?One type of hypothesis is a straightforward one.difficult theory direction-based theory.
What is an example of a hypothesis?A straightforward hypothesis can indicate that there is a causal relationship—that is, that one variable affects the other—between two variables.Here's an illustration:Higher grades are the result of more time spent preparing for an exam.In this statement, the independent variable is the number of hours spent studying, and the dependent variable is the outcome.
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How many cells are formed at the end of meiosis 1 & how many copies of chromosomes does each cell have?
Each daughter cell will contain 23 chromosomes, or half of the original 46 chromosomes. There are two sister chromatids on each chromosome. The daughter cells now enter meiosis II, the third and last stage of meiosis. Two haploid cells are present at the conclusion of meiosis I.
What are Meiosis 1 and Meiosis 2 ?
Half of the original 46 chromosomes, or 23 chromosomes, will be present in each daughter cell. There are two sister chromatids on each chromosome. The daughter cells now enter meiosis II, the third and last stage of meiosis. Two haploid cells are present at the conclusion of meiosis I.
Each of the haploid cells created after meiosis I undergoes a mitotic division during meiosis II. The chromosomes condense and a fresh pair of spindle fibers develop during prophase II. The chromosomes start to move in the direction of the cell's equator.
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04.6. Imagine species whose eye color is determined by receptor molecule called EyeC. When EyeC is not activaled, cAMP levels in the cell are low and yellow pigment is produced. When EyeC is activated by the binding of a signal molecule_ cAMP levels rise and blue pigment is produced. The Q allele codes for version of EyeC that responds t0 signal molecules and therefore turns on and off, resulting in green eye color (trom both blue and yellow pigment). The Pallele codes for version of EyeC that Is ALWAYS activated. even when signal molecules are not present Assuming EyeC functions similarly t0 MCTR; which of the following statements is the best prediction ol the dominance relationship between alleles and Qas well as the phenotype for PQ individuals? Q is dominant Over P and the eye color of PQ individuals is blue dorninant over P ad Ihe eye color of PO individuals vellow Pis dominant over 0 ard (he eye color of PO individuals i5 blue Pand Q are codominant and the eye color of PQ individuals I5 green
Assuming the function of EyeC is similar to that of MCR1, the best predictor of the dominance relationship between the P and Q alleles and the phenotype for a PQ individual is that Q is dominant to P, and the eye color of the PQ individual is yellow.
The answer is B
The Q allele encodes a version of EyeC that is always active, even when the signaling molecule is not present. And the P allele encodes a version of EyeC that responds to signaling molecules and therefore switches on and off, resulting in green eye color (made up of blue and yellow pigments). Therefore Q dominates P.
When EyeC is activated by binding to a signaling molecule, cAMP levels increase, and a yellow dye is formed. So, the eye color of the PQ phenotype is yellow.
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