Once enough glucose is removed from the blood, the body stops secreting insulin. What type of feedback loop is being used here
Answers
The feedback loop that is being used in this scenario is called a negative feedback loops.
Negative feedback loops are a regulatory mechanism in biological systems that work to maintain homeostasis, the stable internal environment of an organism. In the case of glucose regulation, when the blood glucose levels rise after a meal, the body secretes insulin from the pancreas. Insulin facilitates the uptake of glucose from the bloodstream into cells, where it can be used for energy or stored as glycogen.
Once enough glucose is removed from the blood and reaches an appropriate level, the body detects this change and the secretion of insulin is inhibited. This decrease in insulin secretion helps prevent blood glucose levels from dropping too low, maintaining a balance.
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The complete question is:
Once enough glucose is removed from the blood, the body stops secreting insulin. What type of feedback loop is being used here?
Related Questions
A reader’s blank is the extent to which he or she is engaged with or focused on what is being read.
Answers
Answer:
Activitey level
Explanation:
A reader’s activity level is the extent to which he or she is engaged with or focused on what is being read.
What is a reader?A reader is someone who decodes, deciphers, and interprets written texts (particularly narrative texts) or, more broadly, any text in the sense of signifying matter.
Engaged readers lose themselves in the books they are reading for fun and to pique their curiosity. learn about topics and tales that aid in learning and success.
Consider the demands of various readers when determining your audience and adjust your message to suit those needs.
Skimmers and Skeptics are the two reader groups to which your technical writing should generally be geared.
The degree to which a reader is involved in or concentrated on what is being read is known as the reader's activity level.
Thus, the answer is activity level.
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How do the parts of an atom differ in terms of mass?
will give Brainliest to correct best looking answer
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PLEASE ANSWER IN FIVE MINUTES!! WHO EVER ANSWERS WILL GET BRAINLIEST!
(Paragraph Form)
Earth systems include the biosphere, atmosphere, and geosphere. Use the model to explain how photosynthesis acts to transfer carbon between two Earth systems.
Answers
Answer:
It looks to me that those are plant genes. And plant genes use the atmosphere and the hydrosphere to take in carbon dioxide. CO2 is in the atmosphere and once consumed, sugar ( Glucose ) is created. H2O is part of the hydrosphere and when water is consumed, Oxygen is the output. All of the spheres of the earth ( biosphere, hydrosphere, geosphere, and atmosphere ) are interconnected to create the things we know and see.
PLS HELP I’LL GIVE BRAINIEST
Answers
Answer: the mitochondria provides energy for the cell
Explanation: the mitochondria will create ATP which is a less stable version of ADP.
Hope this helps
3.) What is the difference
between chemical and
physical properties?
Answers
Explanation:
Chemical properties are when the ability of a substance undergoes a specific chemical change. Examples include burning, rotting, exploding, and decomposing.
Physical properties are when a substance can be observed or measured without changing the identity of the substance. Examples include color, density, and melting points.
Which of the following is something that all living organisms have in common ?
A.) They all contain at least one cell .
B.)They all need a source of oxygen .
C.) They all use other organisms for food .
D.)They all find mates to reproduce .
Answers
Explanation:
B is absolutely correct answer.
One of the carbohydrates is a building block of a plant's cell wall. It is
Answers
Answer:
hshdghdisuahzggdhxdhdnndnxhdj dhhdgdhdghdgdgehdyjebdjdhdydjshdjudydjdjdjxjxjdjdjdjdjdjdjdjdhdjdhydudueuhhcgduhxydjyduydjdhdyudjddhhdudusudidhdddfrdiiwousiisosooss
Answer:
cellulose is a building block of a plant cell wall
Explanation:
Define :- photosynthesis ? Give sone example
Answers
Answer:
the process through which green plants make their own food with the help of sunlight is called as photosynthesis.
Answer:m
Explanation:
What is the primary greenhouse gas emitted through human activity?
Answers
The primary greenhouse gas emitted through human activity is carbon dioxide.
Carbon dioxide is released into the atmosphere through various activities such as burning of fossil fuels for transportation, heating and electricity generation, industrial processes, deforestation, and agriculture.
These activities increase the concentration of carbon dioxide in the atmosphere which leads to global warming and climate change.
Other greenhouse gases such as methane and nitrous oxide are also emitted through human activities. Methane is released from agricultural practices such as livestock farming, landfills, and fossil fuel production. Nitrous oxide is mainly produced through agricultural and industrial activities.
However, carbon dioxide remains the primary greenhouse gas emitted through human activities due to the high volume of emissions produced and its long-lasting effects in the atmosphere.
It is crucial to reduce carbon dioxide emissions and transition to renewable energy sources to mitigate the impacts of climate change. Governments, individuals, and businesses need to take action to reduce their carbon footprint and adopt sustainable practices to protect the planet for future generations.
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Is digesting food a physical or chemical chnage?
Explain how you know what kind of chnage occurred
Answers
Answer: Digesting food is a chemical change.
Explanation:
Chemical changes cannot be undone so digesting the food is considered a chemical change.
A double dissociation has been demonstrated between people with damage to the ________, who show impairment in the explicit or declarative aspects of fear conditioning, and people with damage to the ________, who show impairment in the implicit or nondeclarative aspects of fear conditioning.
a. basal ganglia; frontal lobe.
b. amygdala; basal ganglia.
c. hippocampus; amygdala.
d. frontal lobe; hippocampus.
Answers
The double dissociation has been demonstrated between people with damage to the b.) amygdala, who show impairment in the explicit or declarative aspects of fear conditioning, and people with damage to the basal ganglia, who show impairment in the implicit or nondeclarative aspects of fear conditioning.
A double dissociation is a psychological test that is used to demonstrate that two procedures or tasks that are supposed to be related in a certain way are actually controlled by separate systems. It is a powerful method for identifying which brain regions are responsible for various cognitive processes, and it can be used to infer which regions are required to perform certain tasks.
The hippocampus, amygdala, and basal ganglia all play a crucial role in memory and learning. Fear conditioning is a type of learning that takes place when an animal or person is exposed to a stimulus that causes fear. The amygdala is believed to be the central region responsible for processing fear stimuli, while the hippocampus is responsible for encoding and retrieving information. The basal ganglia, on the other hand, is thought to be involved in the automatic or non-declarative aspects of fear conditioning, such as habit formation.
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Describe the sequence of events that occurs when a nitrogen gas atom in an animal's DNA cycles through in the nitrogen cycle to eventually become an atom of atmospheric nitrogen.
Answers
The sequence of events that occurs when a nitrogen gas atom in an animal's DNA cycles through the nitrogen cycle are as follows:
the nitrogen atom in the DNA is removed from the DNA and cycled into the urea cycle during the process of DNA metabolism.the nitrogen in the urea cycle is eliminated from the body as urea present in urine.the urea breaks down and nitrogen gas is released in to the atmosphere.What is the nitrogen cycle?
The nitrogen cycle refers to the various processes by which nitrogen is recycled between the living and non-living components of the earth to ensure that nitrogen is constantly replenished.
The sequence of events that occurs when a nitrogen gas atom in an animal's DNA cycles through the nitrogen cycle is that the nitrogen is either removed as part of urine from the urea cycle during the degradation of DNA or it is released into the atmosphere when the animal dies.
In conclusion, the nitrogen cycle is essential for the recycling of nitrogen.
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Cells grow in a petri dish tend to divide until they form a thin layer covering the bottom off the dish. If cells are removed from the middle of the dish, the cells bordering the open space will begin dividing until they have filled the empty space. What does this experiment show?
i. Cell division is a completely random process
ii. Once cells divide, they never divide again
iii. The controls on cell growth and division can be turned off and on
iv. There is only a limited amount of DNA available to a given group of cells
Answers
Cells grow in a petri dish tend to divide until they form a thin layer covering the bottom of the dish. If cells are removed from the middle of the dish, the cells bordering the open space will begin dividing until they have filled the empty space. This experiment shows that the controls on cell growth and division can be turned off and on (iii).
Cell division is the process in which a parent cell divides into two or more daughter cells. It takes place as part of a larger cell cycle. In eukaryotes, cell division occurs in two main stages: the first stage, mitosis, involves the separation of duplicated chromosomes into two identical nuclei, whereas the second stage, cytokinesis, involves the separation of the cytoplasm and other organelles. In prokaryotes, cell division occurs through binary fission. Cell division can be regulated by both internal and external factors, such as hormones and nutrients. Mutations in genes involved in cell division can lead to diseases such as cancer, where cells divide uncontrollably.
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Select the correct answer from each drop-down menu. Alma is walking in a park. Suddenly, a wild dog charges toward her. Alma is frightened. The starts to respond by increasing her heart rate and dilating her pupils. After running for a few minutes, Alma realizes that the dog has fallen far behind. At this point, her starts working to relax her body by slowing down her heart rate and constricting her pupils.
Answers
Answer:
sympthetic nervous sytem and parasympathetic nervous system
Explanation:
A threat stimulus, such as the sight of a predator, triggers a fear response in the amygdala, which activates areas involved in preparation for motor functions involved in fight or flight. It also triggers release of stress hormones and sympathetic nervous system.
The sympathetic nervous system doesn't destress the body once the tree is felled or the danger has passed. Another component of the autonomic nervous system, the parasympathetic nervous system, works to calm the body down, according to the Clinical Anatomy of the Cranial Nerves, published in 2014 by Academic Press
Sympathetic and parasympathetic nervous system which are forms of autonomic nervous system.
What is nervous system?The primary function of the nervous system, which is a network of neurons, is to generate, modulate, and transmit information between the various parts of the human body. The regulation of vital body functions, as well as sensation and body movement, are all made possible by this property.
The sensory system is comprised of the mind, spinal string and nerves. It has a significant impact on your thoughts, feelings, and physical actions. You can walk, speak, swallow, breathe, and learn thanks to it. Additionally, it directs the body's emergency response. Sympathetic and parasympathetic nervous system which are forms of autonomic nervous system.
Therefore, sympathetic and parasympathetic nervous system which are forms of autonomic nervous system.
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How are the craters the same?
Answers
Answer:
The craters on what? Is there supposed to be a picture added to this?
Explanation:
Need help please having trouble
Answers
Answer:
Brain
toxins
smaller
injury
protein
slow
rest
dementia
Select the correct answer.
How are 3-D printers useful in studying evolution?
A.
to color the fossils of organisms
B.
to create clones of extinct organisms
C.
to create replicas of fossils
D.
to prepare paper cutouts of organisms
E.
to study the composition of fossils
Answers
They create replicas of fossils.
Answer:
c
Explanation:
which rna base bonded with the thymine
Answers
The RNA base that binds with thymine of DNA is Adenine. The correct option is A.
Adenine (A) from RNA and thymine (T) from DNA will join together during transcription.
The transcription enzyme RNA polymerase creates a complementary RNA molecule using the DNA template strand as a starting point.
Adenine from RNA joins forces with thymine from DNA in this step to produce base pairs. Accurate genetic information may be accurately transferred from DNA to RNA thanks to this A-T base pairing.
After transcription is finished, the newly created RNA molecule can serve as a template for protein production or participate in other biological processes, among other tasks.
Thus, the correct option is A.
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Your question seems incomplete, the probable complete question is:
which rna base bonded with the thymine of DNA?
A) Adenine (A)
B) Guanine (G)
C) Uracil (U)
D) Cytosine (C)
Two genes coding for proteins involved in glycolysis are located near each other on the same chromosome. Can these genes assort independently?
Answers
Yes, two genes coding for proteins involved in glycolysis can assort independently.
This phenomenon is known as 'Gene Linkage'. When genes are located near each other on the same chromosome, they can be separated through meiosis during the formation of gametes, resulting in the independent assortment of the two alleles. Independent assortment allows for the expression of unique combinations of alleles in an individual, leading to the variety of phenotypes observed in a species. Additionally, if the two genes coding for proteins involved in glycolysis are located on the same chromosome, they will be inherited together, increasing the chance of them being expressed simultaneously in the same individual.
This phenomenon is important in evolutionary biology, as it can influence the rate at which an allele can spread through a population, and is especially relevant when considering genetic disorders, as these can arise when a deleterious allele is linked to a beneficial one on the same chromosome. In summary, two genes coding for proteins involved in glycolysis can assort independently, allowing for unique combinations of alleles to be expressed in the same individual. This has a variety of implications for evolutionary biology and genetic disorders.
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PLEASE HELP ILL GIVE 50 POINTS AND BRAINLIEST.
23.How are lungs a benefit over simple diffusion for getting oxygen?
24.What is the relationship between the alveoli and capillaries?
25.Make an argument that the heart is the most important part of the circulatory system.
26.Make an argument that the blood is the most important part of the circulatory system.
Answers
Answer:
23.oxygen diffuses through alveoli walls to the blood capillaries
24.blood capillaries surround alveoli
25. pumps blood which carry all the body minerals all over the body from the lungs and to all body parts
Why does dna flow toward the positive side of the gel chamber?.
Answers
Answer:
DNA has a negative charge and is attracted by the positive side.
Explanation:
The DNA flows toward the positive side of the gel chamber because the positive side attracts DNA, which has a negative charge.
What is a DNA?The hereditary substance in humans and virtually all other animals is DNA, or deoxyribonucleic acid.
In conclusion, This means that in the gel chamber the laws of attraction still apply.The law that state that unlike charges attract.
Hence,The positive side attracts DNA, which has a negative charge.
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why is there a problem replicating the ends of linear dna? group of answer choices the primer used for lagging strand synthesis can't be replaced because there is no available 3' oh to add the replacement dna on to. okazaki fragments are generated along both strands but dna ligase is inhibited by the tus-ter complexes at the ends of the dna. the primer used for leading strand synthesis can't be removed and replaced. primase cannot copy telomere dna. since replication only initiates at the ends of linear dna and primers are permanent, the primer at the ends of the dna cannot be removed.
Answers
The problem with replicating the ends of linear DNA lies in the fact that the primers used for both leading and lagging strand synthesis cannot be fully replaced. In the case of lagging strand synthesis, there is no available 3' OH to add the replacement DNA onto, making it impossible to replace the primer.
This results in the generation of Okazaki fragments along both strands, but DNA ligase is inhibited by the tus-ter complexes at the ends of the DNA. In the case of leading strand synthesis, the primer cannot be removed and replaced. Additionally, primase cannot copy telomere DNA. Since replication only initiates at the ends of linear DNA and primers are permanent, the primer at the ends of the DNA cannot be removed, leading to incomplete replication and eventually, the shortening of telomeres. This can contribute to aging and diseases such as cancer.
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Please help with completing this chart it dues tmr PLS
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Please help me I’m begging
Answers
D. The desert wildflowers recieve energy from Sun to make their own food
E. The millipedes return nutrients from decomposing organisms back into the soil.
What is your observation in three bean seed experiment?
Answers
The observation which we get from the three bean seed experiment is that for germination to take place, oxygen, water and temperature are necessary in equal proportion.
The purpose of this study is to show that seeds require equal amounts of oxygen, water, and temperature.
A glass slide, a beaker, a thread, and bean seeds make up the apparatus.
Use a glass slide to bind three ripe bean seeds in three distinct places. Place the slide in the water-filled beaker with the top seed above the water, the middle seed at water level, and the third seed submerged in the water.
Observation: Because the top seed receives oxygen but not water, it does not germinate. As it receives both oxygen and water, the center seed begins to sprout. The seeds at the bottom do not germinate, but they do display the appearance of a little radical as a result of a small amount of dissolved oxygen in the water.
Therefore, a seed requires water, oxygen and temperature in equal proportion.
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PlEASE HELP HAVE NEVER GOT AN ANSWER!!!
Answers
Answer:
a is the correct answer
Where is blood connective tissue found in the body?
Answers
Connective tissue is a type of tissue found throughout the body that serves a variety of functions, including supporting and protecting organs and structures, and transporting fluids and nutrients. One specific type of connective tissue is blood connective tissue, which is commonly known as blood.
Blood connective tissue, also known as blood, is a vital type of connective tissue that is found within the body's circulatory system and is responsible for transporting oxygen, nutrients, and other important molecules throughout the body via the blood vessels.
Blood connective tissue is found within the circulatory system, which is the body's transportation system for oxygen, nutrients, and other important molecules. Blood is composed of a mixture of cells and plasma, and it is transported throughout the body in blood vessels, such as arteries, veins, and capillaries. The cells found in blood connective tissue include red blood cells, which carry oxygen to the body's tissues, and white blood cells, which help fight off infections.
The circulatory system is made up of the heart, blood vessels, and blood. The heart pumps the blood, which travels through a network of blood vessels, including arteries, veins and capillaries. Arteries carry oxygen-rich blood away from the heart to the body's tissues, while veins return oxygen-poor blood back to the heart. Capillaries are the smallest blood vessels, and they connect the arteries and veins. They allow for the exchange of oxygen, nutrients, and waste products between the blood and the body's cells.
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Repolarization of an autorhythmic cell is due to the opening of which channels?.
Answers
Answer: voltage- gated potassium channels
Explanation: don't got one.
Determine which embryo is a cow, horse, cat, and human. Thank you! (scroll down to see A,B,C,&D)
Answers
Answer:
a - horse
b - cow
c - cat
d - human
i think
Process at the nephron
Answers
Answer:
The concentration of solutes is different in glomerulus, glomerular filtrate and urine is different because with time to time, the useful solutes are absorbed to the blood thus the concentration of useful solutes (that can be used by the body) goes on decresing in the glomerulus. After that, the unwanted solutes (most of which is Urea) remain at the end and are expelled out of the body.