Answer:
Give the full question please
the last stage of one complete turn of the calvin cycle involves regeneration of . group of answer choices sugar co2 g3p rubp
Regeneration of rubp occurs in the last phase of a single calvin cycle rotation. RuBP is renewed at the last step of the Calvin Cycle, allowing the system to get ready to fix additional CO2. Option 4 is Correct.
The light-independent processes are started and carbon dioxide is fixed in the first phase of the Calvin cycle. The C3 cycle's second step involves the reduction of 3PGA to G3P by ATP and NADPH. After that, ATP and NADPH are changed into ATP and NADP+. RuBP is renewed in the last phase.
Three phases make up the Calvin cycle. Stage 1 of the process involves the enzyme RuBisCO adding carbon dioxide to an organic molecule. The organic molecule is decreased in stage two. RuBP, the cycle's initiator molecule, appears in stage 3. Hence, Option 4 is Correct.
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Correct Question:
The last stage of one complete turn of the calvin cycle involves regeneration of . group of answer choices
1. sugar
2. co2
3. g3p
4. rubp
A list of some of the blood vessels of the systemic circuit is provided. Arrange them in order from highest to lowest blood pressure.
Highest blood pressure
.....
Lowest
The order from highest to lowest blood pressure is: Aorta, Arterioles, Capillaries, Venules, Veins.
The systemic circuit is a circuit in the circulatory system that consists of the heart and all body organs except the lungs. It carries oxygen and nutrient-rich blood to the body's organs and tissues, and carbon dioxide and other waste products away from them.
The circulatory system is made up of three main components: the heart, blood vessels, and blood. The heart pumps blood throughout the body via a network of arteries, veins, and capillaries.
The reason for this order depends on the blood pressure in the systemic circuit is related to the size, structure, and function of the different types of blood vessels. Therefore the correct order from highest to lowest blood pressure is: Aorta, Arterioles, Capillaries, Venules, Veins.
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FILL IN THE BLANK.Lifting for ________ stresses the nervous system to act quickly and the tendons, ligaments, and joint structures to become more stable.
Lifting for power or explosive strength stresses the nervous system to act quickly and the tendons, ligaments, and joint structures to become more stable.
The goal of powerlifting, also known as lifting for power and explosive strength, is to produce the most force possible in the shortest amount of time. It entails carrying out workouts with high weights for brief intervals in order to increase movement speed and power.
When lifting for power, the goal is to generate a lot of force quickly using the neurological system of the body. The body's capacity to recruit muscle fibres can be enhanced by this form of exercise, which will raise power production. Additionally, it aids in increasing the pace of force development, or the capacity to quickly generate force.
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PLEASEEEEEE HELPPPPP
Here are the marks that can be found on a bullet include: Land, Primer dent, Groove and Right or left striations.
What is a bullet's trajectory?A bullet's trajectory is the path it follows from the moment it is fired from the gun until it hits its target or stops. The trajectory of a bullet is influenced by a number of factors, including the initial velocity of the bullet, the angle at which the gun is fired, the weight and shape of the bullet, and the presence of any external forces such as wind or gravity.
The trajectory of a bullet can be calculated using mathematical models, which take into account the various factors that affect its flight path. One thing we cannot use to predict the trajectory of a bullet is the type of gunpowder used in the bullet.
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Image transcribed:
1. What marks can be found on a bullet? SELECT ALL THAT APPLY*
Land
Primer dent
Groove
Right or left striations
2. What is one thing we CANNOT use to predict the trajectory of a bullet?
All of the following statements are the part of Darwin's theory of natural selection exceptGenetic variation exists among individuals in a population.The size of most populations remains relatively constant, despite the fact that more offspring are produced than are needed to maintain it.Early settlers saved seed only from the most productive crop plants to plant the following year.Disease, competition, and other environmental forces tend to eliminate the individuals in a population that are less adapted to their environment.Individuals that are best adapted to their environment tend to pass on heritable advantageous characteristics to their offspring.
Option a and e do not fit within the Darwin hypothesis because it holds that natural evolution occurs through heredity.The Darwin's Theory is considered as a great theory all over the world.
b) Most populations maintain a fairly steady size despite having more offspring than are required to keep them alive
b) The most fruitful agricultural plants were the ones from which the early settlers stored seed to sow the next year.
d)The members of a population who are less adapted to their environment likely to be eliminated by disease, competition, and other environmental forces.
Based on his observations made while travelling the world by sea, Charles Darwin came to the following conclusion that the nature chooses the organism that will thrive in a certain setting.More suited to their environment, organisms will endure.
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How could findings from TTX and anesthetic bath applications be applied to human or animal research treatments? offering 100
Answer:
Explanation:
The anesthesia protocols influence the survival of laboratory animals
Hormone pathways involved in maintaining homeostasis (such as the secretin pathway in the digestive tract) are often characterized by which of the following?
Question 5 options:
Local regulators such as prostaglandins
G protein-coupled receptors
Positive feedback
Multiple types of receptors
Negative feedback
Negative feedback is common in hormone pathways involved in homeostasis maintenance (such as the secretin pathway in the digestive system).
Negative feedback is a mechanism that uses a system's output to decrease the input or activity of that system. Negative feedback is used in hormone pathways to keep a stable internal environment or homeostasis by counteracting variations in hormone levels.
Negative feedback mechanisms are activated when hormone levels rise to reduce hormone production or release, and negative feedback mechanisms are activated when hormone levels decline to increase hormone production or release.
Local regulators such as prostaglandins, G protein-coupled receptors, positive feedback, and multiple receptor types are not always associated with hormone pathways involved in homeostasis maintenance.
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What federal agencies have any jurisdiction over deep fluid-injection wells, and
how broad is their power?
Answer:
Currently, the EPA has granted primacy over all classes of injection wells in 33 states and 2 territories. The EPA shares jurisdiction for injection regulation in 7 states and has complete regulatory authority over underground injection in 10 states and 2 territories.
Label the branches of the phylogenetic tree to describe when the following traits appeared in the evolution of onimals Chordate 3 tissue layers body cavity Echinoderns biateral eymmaty Aduopods Ssaro l ayers develcpment Annetos Molusis ancestai prosst Ciatworm radial symmety Cradarans rochophore lava 2 tissue leyers Reset
The Phylogenetic tree is divided into three main groups:
(1) bacteria, (2) archaea and (3) eukaryotes. Each letter corresponds to a group of creatures listed under that description.
A phylogenetic tree (also called a phylogenetic tree or an evolutionary tree) is a cladogram or tree that shows the similarities and differences between various biological species or other entities based on their physical characteristics or evolutionary relationship. All life on Earth is part of a single phylogenetic tree, indicating that they share a common ancestor.
In a rooted phylogenetic tree, each node with descendants represents the closest inferred common ancestor of those descendants and edge lengths in some trees can be interpreted as time estimates. Each node is called a taxon. Internal nodes are often called hypothetical taxa because they cannot be observed directly.
Trees are useful in biological fields such as bioinformatics, systematics, and phylogeny. A rootless tree only illustrates the relationships between leaf nodes and does not require ancestral roots to be known or inferred.
The tree is divided into three main groups:
(1) bacteria (left branch, letters a to i),
(2) archaea (central branch, letters j to p) and
(3) eukaryotes (right branch, letters q to z).
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how do the nervous system and endocrine work together
Red blood cells and white blood cells. The big difference of those two.
The main difference between RBCs and WBCs is their function. RBCs carry oxygen throughout the body, while WBCs fight off infection. RBCs are also smaller and have a concave shape, while WBCs are larger and have different shapes. Finally, RBCs contain haemoglobin, while WBCs do not.
Answer: red blood cells are responsible for carrying oxygen and carbon dioxide. Platelets are responsible for blood clotting. White blood cells are part of the immune system and function in immune response
Explanation:
Before the development of isotopic dating methods, scientist estimated the age of the Earth using each of the following except... (A)
Before the development of isotopic dating methods, scientist estimated the age of the Earth using each of the following except A. Determining the time it takes to create fossils like shark teeth
Before the invention of isotope dating techniques, scientists employed a number of techniques to ascertain the age of the Earth, but one of them did not include figuring out how long it takes for fossils like shark teeth to form. The cooling of the planet from its initial molten condition was one of the early ways used to calculate the age of Earth.
Another way involves figuring out how quickly salt builds up in the oceans. These techniques were eventually discovered to be unreliable, though, for a variety of reasons, including the Earth's inner composition's unknown nature and the impacts of internal heat sources like radioactive decay.
Complete Question:
Before the development of isotopic dating methods, scientist estimated the age of the Earth using each of the following except
A) Determining the time it takes to create fossils like shark teeth
B) Comparing rates of change of Earth's surface today with the geologic record
C) Estimating evolution rates from fossil records
D) Counting generations in the Bible
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Researchers studying the evolutionary relationships of three species of snails collected the data shown in Table 1.
Which of the following data sets is most likely to provide reliable information about the evolutionary relationships among these three snail species?
Location of fossils and shell orientation
Among the information needed to determine evolutive relationships between taxonomic groups, paleontological and morpholocal evidences are considered. Location of fossils and Shell orientation.
How to determine evolutive relationships between taxonomic groups?
Precise information must be recompiled to establish evolutive relationships between different taxonomic groups.
Evidence of different natures can be used to make these connections, for instance,
paleontological evidence, which provides information about the species distribution in different periods,morphological evidence, which refers to the shape and its function,genetic evidence, which is based on molecular comparisons.According to this framework, the data sets that most likely provide reliable information about the evolutionary relationships among these three snail species are
Location of fossils ⇒ paleontological evidenceShell orientation ⇒ morphological evidenceShell composition is not useful because the three species are composed of calcium carbonate.
DNA is not useful either because it is different for all of them.
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One of the most important earlier steps in understanding stars was to group them into classes called spectral types that could offer clues as to why they are different from one another. Shown here are spectra of some main-sequence stars. Before stars were very well understood, they were classified into an order that was based on the relative strength of hydrogen absorption lines, marked by arrows the image shown.
Look at the spectra for stars of different spectral type. Choose the list of spectral types that are in order of decreasing strength of their hydrogen lines, as indicated by the arrows (strongest absorption first, weakest last).
The Harvard spectral classification sequence, often known as AFGKM, is the right arrangement.
What distinguishes the spectra of stars of various spectral classes from one another?The main cause of variations in star spectra is temperature, not chemical makeup. The spectra of stars described in terms of spectral classifications. These spectral classes are O, B, F, G, K, M, L, T, and Y, decreasing in temperature order.
What factors are the most crucial for classifying different star spectral types?The present spectral classification system is so successful that it has scarcely been updated since 1943. It is based on how the temperature and pressure of the star's atmosphere leave physical imprints on the spectrum of the star's light.
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i) Carbon dioxide molecules which are produced in muscle cells are transported to the blood. Describe the pathway taken by these molecules of carbon dioxide.
Carbon dioxide molecules produced in muscle cells diffuse out of the cells and into nearby capillaries, which are small blood vessels.
What is cell?A cell is the basic unit of life, the smallest unit that can perform all the functions necessary for life. It is the structural and functional unit of all living organisms, whether they are unicellular or multicellular. A typical cell is surrounded by a membrane, contains genetic material in the form of DNA, and has various organelles that carry out specific functions. Cells come in a variety of shapes and sizes, and they perform a wide range of functions that are essential for life, such as obtaining nutrients, generating energy, synthesizing proteins, and eliminating waste.
Here,
The capillaries merge together to form venules, which then join to form larger veins. The veins carry the deoxygenated blood containing carbon dioxide back to the heart. From the heart, the blood is pumped to the lungs where the carbon dioxide is exchanged for oxygen through the process of respiration. In the lungs, the carbon dioxide diffuses across the walls of the capillaries surrounding the alveoli and is exhaled out of the body through the respiratory system.
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2. (b) Describe TWO environmental benefits of urbanization.
fill in the blank. key genetic sequences suggest that archaea are more closely related to members of domain___than they are to members of domain bacteria.
Archaea bacteria are thought to be more closely linked to domain eukaryotes than they are to members of the bacteria domain, according to key genetic sequences.
Despite the fact that on the surface archaea appear to resemble bacteria considerably more than eukaryotes, these relationships show that archaea are more closely linked to eukaryotes than to bacteria.
Eukaryotes and the Archaea are sister groupings in the tree of life, according to molecular phylogenetic analyses conducted in the years that followed. It was discovered during the genomic era that eukaryotic cells also include traits that are unique to eukaryotes in addition to a combination of archaeal and bacterial features.
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(h) When a stent is fitted the doctor gives the patient an injection of anti-clotting drugs.
The patient then takes one anti-clotting tablet every day.
Anti-clotting drugs:
•
.
are very effective
can take a week to begin working fully
have been used for over 60 years
cost very little to make
do not work effectively if the patient eats certain types of food.
The patient must have their blood tested every few weeks to check that the anti-clotting
drugs are working.
Evaluate the use of anti-clotting drugs in patients who have had a stent fitted.
Aspirin and another blood clot-preventing drug are frequently prescribed by doctors when patients receive stents.
RationaleThe thin metal mesh tubes that assist widen restricted arteries. These medications include ticagrelor, prasugrel, and clopidogrel (Plavix), among others (Brilinta). They work similarly to aspirin by preventing platelets, tiny blood cells, from adhering to one another and forming clots. Heart attacks can result from clots that develop inside the stent (sometimes referred to as stent thrombosis).Those with atrial fibrillation who want to prevent strokes must take anticoagulation. In patients who get coronary stenting and have acute coronary syndromes, antiplatelet treatment is crucial for reducing cardiovascular events and preventing stent thrombosis.For more information on anticoagulants kindly visit to
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Provide a definition and example for each of the following disorders.
General Anxiety disorder
Panic Disorder
Social Phobia
Obsessive-compulsive Disorder
Post-traumatic disorder
major depression disorder
bipolar disorder
antisocial personality disorder
Examples of the disorders are:
General Anxiety disorder - A person who constantly worries about work, family, health, finances, and other issues without any specific trigger.Panic Disorder - A person who experiences unexpected panic attacks and becomes preoccupied with the fear of having another one.Social Phobia - A person who avoids social gatherings, public speaking, or any situation where they might be evaluated or judged by others.Obsessive-compulsive Disorder - A person who constantly checks if doors are locked or appliances are turned off.Post-traumatic disorder - A person who experiences recurring nightmares and flashbacks of a car accident.major depression disorder - A person who experiences prolonged periods of sadness and feels helpless, irritable, and unmotivated.bipolar disorder - A person who experience intense euphoria, grandiosity, and impulsivity to deep depression and hopelessness.antisocial personality disorder - A person who is manipulative and shows no regard for the safety or well-being of others.What are the meanings of these disorder?General Anxiety Disorder: A disorder characterized by excessive and persistent worry or anxiety about a variety of events or activities.
Panic Disorder: A type of anxiety disorder marked by sudden and repeated episodes of intense fear and physical symptoms, often including a pounding heartbeat, shortness of breath, chest pain, dizziness, and a feeling of losing control.
Social Phobia: A disorder marked by excessive and persistent fear of social situations where the person may be exposed to scrutiny or embarrassment.
Obsessive-Compulsive Disorder: A disorder marked by repetitive, unwanted, and intrusive thoughts, feelings, or images (obsessions) that lead to repetitive behaviors or mental acts (compulsions) in order to reduce anxiety or prevent harm.
Post-Traumatic Disorder: A disorder that develops after experiencing or witnessing a traumatic event such as a natural disaster, serious accident, physical or sexual assault, or combat. Symptoms may include intrusive memories, flashbacks, avoidance of triggers, negative changes in mood and cognition, and increased arousal and reactivity.
Major Depression Disorder: A disorder marked by persistent feelings of sadness, hopelessness, worthlessness, and loss of interest in daily activities, often accompanied by physical symptoms such as fatigue, sleep disturbances, and changes in appetite.
Bipolar Disorder: A disorder characterized by cycles of extreme highs (mania) and lows (depression) in mood, energy, and behavior.
Antisocial Personality Disorder: A disorder characterized by a pervasive pattern of disregard for and violation of the rights of others, often involving behaviors such as lying, stealing, aggression, and lack of empathy or remorse. Example:
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For each of these three fitness arrays, calculate what the frequency of allele 1 would be for the next generation, starting from p=0.1 in the zygote stage, and assuming random mating.
Genotype: AA Aa aa
Fitness 1: 1 0.8 0.8
fitness 2: 1 1 0.5
fitness 3: 1 0.85 0.75
To Calculate the frequency of allele 1 for each of these three fitness arrays, assuming random mating results in fitness 1: 1 0.8 0.8 and starting at p=0.1 at the zygote stage. Option 2 is Correct.
The earliest stage of conception, commonly referred to as fertilization, is the zygote stage. The third week is when fertilization takes place. A zygote is made when a sperm and an egg combine. Week 4: The little cluster of cells develops into a blastocyst and attaches itself into the lining of your uterus.
Fitness scores range from 0 to 1. The population's fitness may be calculated as 1 - s, where s is the selection coefficient, and 1 is the fitness of the fittest individual. Hence, Option 2 is Correct.
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Correct Question:
For each of these three fitness arrays, calculate what the frequency of allele 1 would be for the next generation, starting from p=0.1 in the zygote stage, and assuming random mating.
1. Genotype: AA Aa aa
2. Fitness 1: 1 0.8 0.8
3. fitness 2: 1 1 0.5
4. fitness 3: 1 0.85 0.75
Blastocladiomycetes, neocallimastigomycetes, and chytridiomycetes were originally grouped as a single phylum, based on which of the following feature?
Presence of flagella
Blastocladiomycetes, neocallimastigomycota, and chytridiomycetes are grouped under the same phylum blastocladiomycota based on the Presence of flagellated zoospores.
The Fungi constitute a separate kingdom in a five kingdom system of classification.All these fungi belong to the phylum Bastocladidomycota. It belongs to the order Blastocladiales that belong to another phylum chytridiomycota.These group is also known as chytrid. They are the first group of true fungi that exhibit alternation of generations.Blastocladiomycota, Chytridiomycota, and Neocallimastigomycota lumped together as the zoosporic true fungi.They produce spores called called Zoospores and colonize in the area.Zoospores will pair up during asexual reproduction and exchange their cytoplasm without the exchange of nuclei.
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Which statements, if made by the nursing student, indicate effective learning about the functions of the lymphatic system? Select all that apply.
Effective learning about the functions of the lymphatic system is reflected inaccurate statements about its role in immune defense, fluid balance, and fat absorption. Here options A, B, and C are the correct answer.
The lymphatic system is an important part of the circulatory and immune systems in the human body. It is responsible for several functions, including immune defense, fluid balance, and fat absorption. Effective learning about the functions of the lymphatic system is reflected inaccurate statements about its role in these processes.
A) The lymphatic system produces and circulates lymphocytes, which are important cells in the immune system that help to fight infection and disease. This statement is correct and indicates effective learning.
B) Lymphatic vessels transport lymph, a fluid that contains immune cells, excess fluids, and waste products, back into the bloodstream. This statement is also correct and indicates an understanding of the basic function of lymphatic vessels.
C) The lymphatic system absorbs and transports dietary fats and fat-soluble vitamins from the small intestine to the bloodstream. This statement is true and highlights the role of the lymphatic system in digestion and nutrient absorption.
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Complete question:
Which of the following statements about the functions of the lymphatic system indicate effective learning? Select all that apply:
A) The lymphatic system plays a crucial role in immune defense by producing and circulating lymphocytes.
B) Lymphatic vessels transport lymph, a clear fluid that contains immune cells and waste products, back into the bloodstream.
C) The lymphatic system absorbs and transports dietary fats and fat-soluble vitamins from the small intestine to the bloodstream.
D) The lymphatic system secretes hormones that regulate fluid balance in the body.
E) The lymphatic system is not connected to any other body system and works independently.
what role does water play in photosynthesis
Answer:
transports oxygen
Explanation:
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Identify a specific location on Earth that has high wave power potential and is close to a major population center so that it is easy to distribute the generated electricity.
One specific location on Earth that has high wave power potential and is close to a major population center is the coast of Portugal, particularly the town of Peniche. The Atlantic Ocean off the coast of Peniche has some of the highest wave power potential in the world, with waves that can reach heights of up to 10 meters. Peniche is also located close to Lisbon, the capital of Portugal, which makes it easy to distribute the generated electricity to the city and other nearby population centers. In fact, there are already several wave power plants in operation along the coast of Portugal, including one in Peniche.
Clayton has color-deficient vision. This means that he
Clayton has color-deficient vision, which means that he has difficulty distinguishing between certain colors. Color deficiency, also known as color blindness, is a condition where an individual's ability to perceive colors is impaired.
What is a vision ?Vision refers to the ability of an organism to detect and interpret light to form a visual image of the surrounding environment. In humans and many other animals, vision is mediated by the eyes, which contain specialized cells called photoreceptors that are sensitive to light.
When light enters the eye, it is focused by the cornea and lens onto the retina, which contains photoreceptor cells called rods and cones. Rods are responsible for vision in low light conditions and do not distinguish colors, while cones are responsible for color vision and function best in bright light conditions.
Once light is detected by the photoreceptor cells, it is converted into electrical signals that are transmitted to the brain via the optic nerve. The brain then interprets these signals to form a visual image of the surrounding environment.
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part a what name is given to the process in which a strand of dna is used as a template for the manufacture of a strand of pre-mrna?
The process in which a strand of DNA is used as a template for the manufacture of a strand of pre-mRNA is known as transcription.
Transcription is the procedure of generating RNA copies of DNA sequences. This is an important component of the process of gene expression since it is the first step in the production of the proteins encoded by genes.
The transcription process starts when RNA polymerase binds to a region of DNA known as the promoter, which is typically located upstream of the gene. This RNA chain lengthens until RNA polymerase reaches the end of the gene, at which point it ceases transcription and releases the RNA molecule.
The pre-mRNA molecule is further processed into a mature mRNA molecule, which is exported from the nucleus into the cytoplasm. The sense strand of the DNA serves as a template for RNA synthesis. The antisense strand is not utilized during transcription, although it can be transcribed into RNA by complementary base pairing with a synthetic oligonucleotide or an enzyme known as reverse transcriptase.
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FILL IN THE BLANK when a receptor is taken into the cell by endocytosis, the cell becomes ____ to the action of the receptor.
When a receptor is taken into the cell by endocytosis, the cell becomes desensitized to the action of the receptor.
The internalized, active receptor is then moved to the lysosomes and late endosomes for destruction. The active involvement of receptor-mediated endocytosis in the transmission of signals from the cell periphery to the nucleus is noteworthy, nevertheless. Endocytosis, in which certain areas of the plasma membrane invaginate and pinch off to produce endocytic vesicles, allows cells to take up liquid, molecules, and particles. Many of the chemicals and particles that are endocytosed end up in lysosomes where they are broken down.
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suppose you get a splinter in your epidermis which kind of epidermal cell would trigger an immune reaction g
A splinter that is lodged in the epidermis can trigger an immune reaction. The epidermis is made up of keratinocytes, which are specialized cells that produce the protein keratin.
When the splinter penetrates the epidermis, it activates the keratinocytes to release cytokines, which in turn signal the immune system to send out macrophages and other cells to fight the foreign invader. Macrophages engulf and destroy foreign material and clean up any debris that is left behind. They also signal the immune system to release additional antibodies and other immune cells to help with the removal of the splinter. In summary, the immune reaction to a splinter in the epidermis is triggered by keratinocytes that release cytokines, which signal macrophages and other immune cells to the site. The macrophages engulf and destroy the foreign material while the additional antibodies and other immune cells help to remove the splinter from the epidermis.
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which of the following physiological variables is influenced by BOTH sympathetic and parasympathetic Nervous system activation?a. cardiac pre-ejection periodb. skin conductancec. cardiac interbeat intervald. none of the above
The physiological variable that is influenced by BOTH sympathetic and parasympathetic nervous system activation is:
c. Cardiac interbeat interval
What are the effects of sympathetic and parasympathetic Nervous system activation?Both sympathetic and parasympathetic nervous systems can modulate heart rate through their influence on the sinoatrial (SA) node, which is the natural pacemaker of the heart.
The sympathetic nervous system can increase heart rate and contractility, while the parasympathetic nervous system can decrease heart rate and contractility. As a result, cardiac interbeat interval, which is the time between successive heartbeats, can be influenced by both sympathetic and parasympathetic nervous system activation.
Cardiac pre-ejection period and skin conductance, on the other hand, are primarily influenced by sympathetic nervous system activation, while parasympathetic nervous system activation has little effect on them.
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4. Using a series of arrows, draw the branched metabolic reaction pathway described by the following statements, and use the diagram to answer the questions.
Pyruvate can be converted to either Oxaloacetate or ActeylCoA.
AcetylCoA can be converted to Citrate.
Citrate can be converted to Ketoglutarate
Ketoglutarate can be converted to Glutamate or Succinate.
Glutamate can be converted to Glutamine.
Succinate can be converted to Fumarate.
The enzyme that converts Succinate to Fumarate requires Mg++
Glutamine is a competitive inhibitor of the enzyme that catalyzes reaction of Ketoglutarate to Glutamate.
Fumarate is a noncompetitive inhibitor of the enzyme that catalyzes the reaction of Pyruvate to AcetylCoA.
Explain the function of Mg++
When the concentration of fumarate is very high, explain what happens to the concentrations of Glutamine and Oxaloacetate?
Is this an example of feedback inhibition or allosteric regulation? Explain your answer. What other information might be needed to make a better answer?