Cells have the ability to create their own proteins from available amino acids. This is an important process for cell function and survival, and it is necessary for cells to be able to synthesize proteins for a variety of purposes. In order to create their own proteins, cells must do several things.
First, cells must synthesize non essential amino acids that are missing for the protein they are attempting to make. These amino acids are not available in the cell’s amino acid pool, so the cell must synthesize them from other available materials. This is a slow process, so the cell must be patient and wait for the synthesis to finish before beginning the protein synthesis process.
Second, cells must obtain amino acids that are available in the cell’s amino acid pool. This pool is made up of amino acids that the cell can obtain from its environment, such as food or other substances. The cell must look through the available amino acids and select the ones that are necessary for the protein it is trying to create.
Third, cells must slow down protein synthesis until enough of the limiting amino acid is available again. Protein synthesis can be a very fast process, so the cell must be careful not to use too many of the limiting amino acids before the synthesis is complete. This is an important step in ensuring that the cell is able to create the protein it needs.
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Which of the following, if true, would most challenge the researchers' conclusions regarding the identity of the genetic material involved in the experiment? (P and S were radiolabeled)
A. Transfer of DNA between phage and bacteria did not occur immediately following insertion of the virus.
B. No 32P was identified in the genetic material of infected step 3 bacteria following bacterial lysis and release of phage virions.
C. 35S-containing coat fragments from phage progeny adsorb to bacteria, although the fragments contain no DNA.
D. Protein which happened not to pick up the 35S label entered the cell from the phage.
No 32P was identified in the genetic material of infected step 3 bacteria following bacterial lysis and release of phage virions is the following, if true, would most challenge the researchers' conclusions regarding the identity of the genetic material involved in the experiment.
This answer would challenge the researchers' conclusions regarding the identity of the genetic material involved in the experiment, because 32P was radiolabeled and should have been present in the genetic material. If no 32P was identified, then the researchers would have to reconsider the identity of the genetic material involved in the experiment.
Genetic material is the genetic information found in the cells of an organism. It is made up of DNA and RNA molecules, which carry the instructions needed for the organism to grow and develop. Genetic material is passed from parent to offspring, and it determines the characteristics of the offspring. Changes in the genetic material can result in different traits in the offspring, or even new species.
DNA (Deoxyribonucleic acid) is the molecule that stores genetic information in all living things. It is composed of two strands of nucleotides twisted into a double helix. Each nucleotide consists of a nitrogenous base, a five-carbon sugar, and a phosphate group. The four nitrogenous bases found in DNA are adenine (A), thymine (T), guanine (G), and cytosine (C). The sequence of these bases forms a code that carries instructions for the cell’s growth and development.
RNA (Ribonucleic acid) is a single-stranded molecule that is similar to DNA. It is composed of nucleotides with three nitrogenous bases: adenine (A), guanine (G), and uracil (U), and a sugar called ribose. RNA is involved in the production of proteins, and it is often referred to as the “messenger” molecule because it transfers genetic information from DNA to the ribosome, where proteins are made. Unlike DNA, RNA is not double-stranded and can exist as single strands.
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the development of gender identity proceeds in several steps or phases. select the developmental steps that are listed in the correct sequence, from youngest to oldest.
The development of gender identity proceeds in several steps or phases. Gender awareness, Gender constancy, Gender identity commitment is the correct sequence from youngest to oldest.
Gender identity and the assigned sex at birth are two distinct concepts. Usually, the sex assigned at birth is determined by the external genital anatomy. The internal sense of being male, female, or a gender along the male-female continuum, however, is known as gender identity. Gender expression is a way that people let other people know their gender. This can be accomplished through dress, hairstyles, and behaviors.
Sexual orientation and gender identity do not develop simultaneously. Whom a person is physically, emotionally, and romantically attracted to is tied to their sexual orientation. Gender-specific actions and expressions include: Particular bathroom habits, like a girl who insists on standing up to urinate, a dislike of donning the birth-sex-designated bathing suit for the child, a fondness for the undergarments that a different sex wear and an intense desire to play with devices that are usually reserved for another sex.
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because of poverty, unemployment, and overcrowding, residents of impoverished areas are especially likely to experience
because of poverty, unemployment, and overcrowding, residents of impoverished areas are especially likely to experience hypertension.
High blood pressure, also known as hypertension, is characterized by blood pressure that is abnormally high. Your blood pressure fluctuates throughout the day as a result of your activities. Having blood pressure readings that are consistently higher than normal may lead to an assessment of high blood pressure (or hypertension).
In the past few decades impoverished areas have indeed been experiencing a significant transition toward raised blood pressure or hypertension only a few have their blood pressure managed.
This rising burden broadens the inequality gap, makes a significant contribution to massive economic hardships for patients and caregivers, and raises costs for the health system, which is already dealing with issues like low health care professional ratios and a lack of access to medicines. Unhealthy diet (high salt and low fruit and vegetable intake) is an established risk factor for hypertension. Emerging risk factors for hypertension entail pollution (air, water, noise, and light), urbanization, and a reduction in green space. Risk factors that necessitate further in-depth research are low birth weight and social and economic determinants of health.
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3. Trace the pattern of blood flow in the kidneys starting with the abdominal aorta and ending at the inferior vena cava. Hint there are 14 structures in total. (8 points)
The structures of the pattern of blood flow in the kidneys starting with the abdominal aorta and ending at the inferior vena cava are:
1. Abdominal aorta
2. Renal artery
3. Segmental artery
4. Interlobar artery
5. Arcuate artery
6. Interlobular artery
7. Afferent arteriole
8. Glomerulus
9. Efferent arteriole
10. Peritubular capillaries
11. Venule
12. Interlobular vein
13. Arcuate vein
14. Interlobar vein
15. Renal vein
16. Inferior vena cava
The pattern of blood flow in the kidneys starts with the abdominal aorta, which supplies the renal arteries to the kidneys. The renal arteries then branch into segmental branches, which further divide into interlobar arteries. The interlobar arteries then divide into arcuate arteries, which divide into afferent arterioles. The afferent arterioles enter the glomerulus, which is part of the nephron, and supply blood to the glomerular capillaries. The glomerular capillaries are then drained by the efferent arteriole, which carries blood away from the glomerulus. The efferent arteriole then divides into interlobular arteries, which divide into arcuate veins. The arcuate veins then converge to form the interlobar veins, which converge to form the renal vein. The renal vein then empties into the inferior vena cava, completing the pattern of blood flow in the kidneys.
1. The abdominal aorta is a large artery that carries oxygenated blood from the heart to the kidneys.
2. The renal arteries branch off from the abdominal aorta and carry blood to the kidneys.
3. The renal arteries divide into segmental arteries, which enter the kidneys and supply the renal cortex and medulla.
4. The segmental arteries divide into interlobar arteries, which run between the renal pyramids.
5. The interlobar arteries divide into arcuate arteries, which run along the corticomedullary junction.
6. The arcuate arteries divide into interlobular arteries, which supply the renal cortex.
7. The interlobular arteries divide into afferent arterioles, which enter the glomerulus in the renal corpuscle.
8. The afferent arterioles carry blood to the glomerulus and leave as efferent arterioles.
9. The efferent arterioles leave the glomerulus and enter the peritubular capillaries.
10. Theabdominal aorta surround the renal tubules and carry the blood away from the glomerulus.
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If a cell has 8 chromosomes, how many chromosomes will each of its dauchter cells have after evtokinesis?
Answer: Also 8
Explanation:
Okay, so the parent cell has eight chrome zone chromosomes. Therefore each daughter cell will also have eight chromosomes because of mitosis.
Answer: 8 daughter cells
Explanation:
Each daughter cell will have 8 chromosomes. That is correct. By the end of mitosis, there are two daughter cells. Each daughter cell will have the same amount of genetic material as the parent – 8 chromosomes.
an experiment was set up so that each test tube contained water at a ph of 6.3 and a ph indicator. test tubes 1 and 2 also contained a common pond autotroph. carbon dioxide dissolves in water and forms carbonic acid. after three days the four test tubes were found to have these results.
This experiment is a demonstration of the effects of carbon dioxide on the pH of water. Test tube 1 and 2 contained a common pond autotroph, while test tubes 3 and 4 did not.
By introducing a carbon dioxide source, such as the autotroph, it was possible to observe the effect of an increase in carbon dioxide in the water on the pH of the water.
The results of this experiment show that the presence of the autotroph in test tubes 1 and 2 influenced the pH of the water in those test tubes. Test tubes 1 and 2 both had a pH of 7.1 after three days, while test tubes 3 and 4 had a pH of 6.3. This indicates that the autotroph was able to produce carbon dioxide, which dissolved in the water and caused the pH to rise.
This experiment illustrates the importance of carbon dioxide in the aquatic environment. Carbon dioxide is a major component of the carbon cycle, which is responsible for all the life sustaining processes on Earth. By introducing a carbon dioxide source, such as an autotroph, into the water it is possible to observe the effects of carbon dioxide on the aquatic environment.
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Can you please help me
The number of nutrients reduces as you dig deeper in a hole in the ground, as seen by the example.
A is the ideal answer.
If I were to drill a hole through the Earth, where would I go?You could travel from Argentina to China or Spain to New Zealand, but Greenland to Antarctica might be your best bet. All of this is possible because Earth is a spherical, which means that if you dig straight down in the northern hemisphere, you will end up just as far from the equator in the southern hemisphere.
What results from drilling through through the Earth?Without the Coriolis Effect, gravity would pull you down just as it would if you leaped out of a skyscraper, bridge, or other elevated platform. And since there was nothing to slow you down, you soon reached a speed of 6 miles per second. Yikes.
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The _________________ of probability tells that to determine the chances of independent events, such as the likelihood of inheriting a certain allele, probabilities are multiplied.
Choose matching definition
a. segregation
b. easy to grow, had a shortgeneration time, and produced multiple offspring.
c. product rule
d. sum rule
Segregation is the answer. According to the segregation of probability, probabilities are multiplied in order to calculate the chances of independent events, such as the possibility of inheriting a specific allele.
The Principle of Segregation explains how reproductive cells are divided into pairs of gene variants. Gregor Mendel made the first observation of the segregation of alleles, or gene variants, and the traits they are associated with, in 1865. Mendel conducted mating crosses on pea plants while researching genetics. Genes exist in several forms or alleles. A single gene copy is randomly selected in each gamete that an organism produces. The segregation law is what is known as this.
As a result, segregation is the solution. The segregation of probability states that probabilities are multiplied to determine the likelihood of independent events, such as the potential for inheriting a certain gene.
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Papez’s circuit provides a model of the relationships of different regions in the limbic system involved in:Facial expressionAutonomic response specificityEmotional expressionThe neural control of violence
Such facial expressions are linked to physiological reactions in the autonomic nervous system, which could exhibit various patterns depending on the variety of facial expressions and the emotions they convey (Ekman, Levenson, & Friesen, 1983).
A subjective experience, a physiological response, and a behavioural or expressive response are the three parts of an emotional experience. Six primary emotions—fear, anger, pleasure, sorrow, contempt, disgust, and surprise—were adopted by Ekman instead of the seven he originally recommended. The cognitive component is in charge of analysing and interpreting feelings. The bodily changes that come along with emotion are caused by the physiological component. The behavioural element is also in charge of the emotions displayed through body language, vocal expressions, and face and facial expressions. People can have four different sorts of affective reactions: emotions, particular feelings, moods, and assessments, which can be good or negative and weigh the benefits and negatives. The degree of physical arousal or the intensity with which those two forms of impact are experienced varies.
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do the tropical easterlies blow away from the equator
Answer: Tropical Easterlies- Tropical Easterlies take direction in an east-to-west flow because of the rotation of the Earth. As air from the equator rises, it gets warmer and when it cools down, it comes back down to the equator. Tropical easterlies are located at 0-30 degrees latitude in both hemispheres.
Explanation: Internet
What kind of RNA is in an ionic bond
A bonds with T in DNA, A bonds with U in RNA and G bonds with C in DNA and RNA.
What is DNA base pair?DNA base pair has been under normal circumstances, the nitrogen-containing bases adenine (A) and thymine (T) pair together, and cytosine (C) and guanine (G) pair together. The binding of these base pairs forms the structure of DNA.
Two hydrogen bonds form between adenine and thymine or adenine and uracil. Complementary pairs always involve one purine and one pyrimidine base. In RNA the base Thymine is not present, instead the base Uracil is present which has a very similar structure to Thymine.
Therefore, A bonds with T in DNA, A bonds with U in RNA and G bonds with C in DNA and RNA.
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true or false : It's difficult to determine the source of variation in humans because parents and offspring can share traits because of shared genes, shared environment, or shared culture.
True
Determining the cause of human variation can be difficult because there are several factors that can influence an individual's traits and characteristics.
These factors include genetics (i.e. the genes a person inherits from their parents), environment (i.e. the social and physical environment in which a person is raised), and culture (i.e. shared beliefs, values, habits) included. by a group of people).
All of these factors can contribute to the variability seen among people, and it can be difficult to elucidate their relative contributions.
Genetics play a role in determining an individual's traits and characteristics, as genes provide instructions for the development and function of the body's cells, tissues, and organs. For example, genetics can influence a person's physical characteristics such as height, eye color, facial features, and risk of certain diseases and conditions.
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cytochrome c is released from the mitochondria during apoptosis through a process called mitochondrial outer membrane permeabilization (momp). this process involves the formation of protein pores in the outer membrane of the mitochondria, which allows cytochrome c and other proteins to leak out of the mitochondria and into the cytosol. this ultimately leads to the activation of caspases, which are proteases that play a key role in the execution of apoptosis.
Cytochrome c (Cyt c) is a protein that surrounds the mitochondrial inner membrane. The location of Cyt c is in the intermembrane or intercristae part of mitochondria. It is one of many factors that are important for apoptosis.
There’s a stimulus to induce outer membrane apoptosis, then Cyt c mobilizes from CL, and after that Cyt c is released to the cytosol. Cyt c allows apoptosis-protease activating factor 1 for caspase-3 and caspase-9 to be matured.
Basically, Cyt c activates caspase. In this case, Cyt c is a stimulus. After that outer membrane will break to facilitate the mobilization of Cyt c to the cytosol. This is a process of a stimulus, protease, and also proteins.
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The question was incomplete. This is a general answer.
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Which process is shown in the plant cell below?
The process shown in the plant cell is that of mitosis.
What is mitosis?Mitosis is a type of cell division involving the vegetative cells of organisms. During mitosis, vegetative cells divide to produce two daughter cells. The two daughter cells are not only the same morphologically and genetically with one another, but also with their parents.
Unlike mitosis which results in 2 daughter cells, meiosis is another type fo cell division involving sex cells whereby 4 daughter cells are produced.
Looking at the image, one can see that a single cell divides and two daughter cells result at the end. Thus, it can be concluded that the process shown is that of mitosis.
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Help please!
How can you differentiate someone who has quality hypnosis training and someone who does not?
Answer:
a good hypnotherapist should have these qualities:
a strong sense of responsibility.
emotional strength, to deal with clients' personal problems.
communication skills to listen and talk to the client.
the ability to build a trusting relationship with the client, working with them towards what they want to achieve.
If not it is more than likely a scam.
the genetic code is degenerate. that means the genetic code is degenerate. that means multiple choice it is possible for a single codon to specify more than one amino acid. a particular amino acid can be specified by more than one codon. the second base in the codon is usually a variable base. the code allows for more than one type of stop codon. in two individuals of the same species, some codons may be different.
Answer:
A particular amino acid can be specified by more than one codon.
Explanation:
Autobiographical memory research shows that a person's brain is more extensively activated when viewing photos
They acted independently. Memory for one's own past is referred to as autobiographical memory. First time you learned how to drive a car, childhood experiences, and even memories of your birthplace.
A person's autobiographical memory is their system of remembered events from their life that is made up of both episodic (personal experiences and particular things, people, and events experienced at a given time and place) and semantic (generic knowledge and facts about the world) memory.
It is a form of explicit memory as a result. There are three types of autobiographical knowledge: knowledge of lifespan periods, knowledge of general events, and knowledge of individual occurrences. The highest level of containment is used for lifetime periods, such as attending college. general information at this level. The middle level holds general events, which are composite episodes that are experienced over days, weeks, or months.
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If an immunocompromised child lives in a community in which 97% of people have received the MMRV vaccine, herd immunity is likely to protect the child fromA. measlesB. rabiesC. mumpsD. ChickenpoxE. German measlesF. meningitis
If an immunocompromised child lives in a community in which 97% of people have received the MMRV vaccine, herd immunity is likely to protect the child from measles (A), mumps (C), chickenpox (D), german measles (F).
What type of immunity occurs when a person receives the MMR vaccination?When a person receives the MMR vaccination type of immunity which will occur is active Immunity. Vaccine-induced immunity is acquired through the introduction of a killed or weakened form of the disease organism through vaccination.MMRV vaccine contain all three vaccines contain live, attenuated measles, mumps, and rubella virus. MMRV vaccine also contains live, attenuated varicella-zoster virus. The lyophilized live MMR vaccines and MMRV vaccine should be reconstituted and administered as recommended by the manufacturersActive immunity refers to the administration of "antigens" in order to activate an immune response, whereas passive immunity refers to the transfer of "antibodies".
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Use the diagram to answer each question.
How do volcanoes form at B?
Volcanoes are formed at the point B as a result of stress cracks due to pressure edges between the two plates and the hot spot in the Earth's mantle.
How does Volcanoes form?
Volcanoes generally form by three ways which are constructive plate boundaries, destructive plate boundaries, and hot spots. The magma in the Earth rises from the hot spots and erupts in the form of lava through the cracks in the Earth's surface which forms volcano. As a plate moves slowly across a hot spot on the Earth's crust, a chain of volcanoes or volcanic islands can form.
The Point B in the diagram represents a boundary between the two tectonic plates because stress cracks form at the pressure edges of the two plates. The volcanoes are formed due to the existence of a hot spot in the Earth's mantle, whereby heat starts to escape. This case is generally visible on the island of Hawaii.
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Most stormwater features such as bioswales, rain gardens, or porous paving have two goals: cleansing and infiltration. A) True B) False.
The answer is True. Most stormwater features such as bioswales, rain gardens, or porous paving have two goals: cleansing and infiltration.
Infiltration describes the more extensive distribution or deposition of foreign substances within a tissue or cell. The term "infiltrate" describes a material that has gathered inside particular tissues or cells. The invasion of cancer cells into the underlying matrix or blood vessels as a result of a disease process is referred to as infiltration. The accumulation of amyloid protein is another meaning of the phrase. In response to cytokines from the blood, white blood cells move during leukocyte extravasation, a process known as chemotaxis, often in the same direction as a chemical gradient, into the diseased or infected tissues.
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what describes the flow of energy in animal cells
Answer:
The flow of energy in animal cells is described by the process of cellular respiration. This process involves the breakdown of glucose molecules in the presence of oxygen to produce energy in the form of ATP. The energy from ATP is then used by the cell to carry out various functions, such as muscle contraction and enzyme-mediated reactions. In animal cells, cellular respiration typically occurs in the mitochondria, which are the cell's "powerhouses" where ATP is produced.
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Explanation:
which arrow denotes the domain of tfiib that facilitates the transition from the closed to open promoter complex?
The arrow that denotes the domain of transcription that facilitates the transition from the closed to open promoter complex is the Promoter Open Complex (POC).
POC is the first step of transcription initiation in which the promoter region of a gene is opened up to allow the binding of the RNA Polymerase enzyme. The POC is formed when the transcription factor proteins bind to the promoter region of the gene and recruit the RNA Polymerase enzyme to the promoter. The transcription factor proteins are responsible for forming the POC by unwinding the DNA and creating an open promoter region where the RNA Polymerase can bind and initiate transcription. This process of opening the promoter region to initiate transcription is essential for gene transcription, and without it, the gene will not be expressed.
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What happens to the molecules in a gas as it is cooled inside o jar
Answer:
The molecules move more slowly when the given sealed jar of gas is cooled. This happens due to the fact that gaseous particles come closer to each other when the temperature is decreased (on cooling). The number of collisions also decreases upon cooling.
Explanation:
If you were to use a mutated plasmid in the pGlo experiment, one that no longer had a functional beta-lactamase gene, which statement below is the most likely observable outcome? Bacteria will not be able to grow on ampicillin plates Bacteria will not be able to break down arabinose The bacteria will not be able to express GFP There will be a significant change in the bacterial colony appearance The plasmid will no longer be able to be transformed into the bacterial cells
Bacteria are microbes with a cell structure simpler than that of many other organisms. Their control centre, containing the genetic information, is contained in a single loop of DNA. Some bacteria have an extra circle of genetic material called a plasmid rather than a nucleus.
A competent strain of bacteria is injected with the DNA (often in the form of a plasmid) during transformation so that the bacteria can reproduce the desired sequence in numbers adequate for additional research and/or modification. A recombinant plasmid that has been inserted into a bacterial cell causes the cell to start expressing the genes on it. By employing the bacterial cell's machinery, DNA polymerase finds the ori- the origin of replication- and begins to duplicate the plasmid. A fundamental molecular biology approach is the heat shock method of transforming plasmid DNA into E. coli. It involves putting an alien plasmid or ligation product inside of bacteria.
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which of these lists the structures in the correct sequence that light must pass through in order to reach the photoreceptors of the human eye?
The correct sequence of structures that the light must pass through in order to reach the photoreceptors of the human eye is: cornea → pupil→ lens→ retina.
Photoreceptors are the special neuron cells that are involved with the vision of the eyes. There are two types of photoreceptors in humans: rods and cones. The rods are responsible for the vision during the night or dark. And the cones are responsible for the day or light vision.
Retina is the light-sensitive area of the eye. It receives the images of the object and sends them to the brain in the form of electrical signals. These signals are sent by the retina through the optic nerve.
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Marijuana is an accepted medical treatment for the nausea and vomiting associated with chemotherapies.
Numerous small studies have demonstrated that smoking marijuana helps to reduce nausea and vomiting brought on by cancer chemotherapy.
Several studies have shown that marijuana can be smoked or vaporized to reduce neuropathic pain (pain caused by damaged nerves).
Marijuana use enhances food intake in HIV patients, according to studies. There are no studies on the effects of hemp or marijuana oil on people. Studies have long shown that patients who ingested marijuana extracts during clinical trials tended to use painkillers less frequently.
More recently, scientists found that THC and other cannabinoids like CBD destroyed or reduced the growth of several cancer cells growing in test dishes. According to several animal studies, some cannabinoids may inhibit the growth and spread of various malignancies. There have been preliminary clinical trials using cannabis to treat human cancer, and additional studies will likely follow.
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How do the skulls of adult chimpanzees and humans differ?
Adult chimpanzees have heavier brow ridges.
Human and chimp skulls clearly distinguish one another based on facial traits. Heavy brow ridges that reach considerably in front of the head can be found in chimpanzee skulls. The forehead of a human skull, on the other hand, rises immediately from the brows.
When compared to human cranial anatomy, apes often have a more projecting face, a bigger brow ridge, a longer face, larger front teeth than rear teeth, larger jaws, and a foramen magnum that is positioned posteriorly (the site on the skull where the spinal cord connects). The adult human skull grows to the size and allometric form of an infant chimpanzee without permanent teeth at the end of development. It also achieves the allometric shape of an adult chimpanzee. A baby's head must be big at birth to accommodate the brain. This indicates that during childhood, the skull doesn't need to expand as much as the rest of the body.
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Which of the following contains tracts that connect the cerebellum to a greater variety of other brain regions than do the others?A: middle cerebellar peduncleB: vermisC: inferior cerebellar peduncleD: arbor vitae
Inferior cerebellar peduncle contains the tracts that connect the cerebellum to a greater variety of other brain regions.
The inferior cerebellar peduncles are connected structures comprising essential white matter fiber tracts that also connect the cerebellum to the medulla.
There are four afferent tracts (posterior spinocerebellar, vestibulocerebellar, olivocerebellar, and reticulocerebellar) and one efferent tract in the inferior cerebellar peduncle (the cerebellovestibular tract). The middle cerebellar peduncle is the widest and consists of only pontine nucleus afferent fibers.
The inferior cerebellar peduncle (ICP) is a significant neural tract in the cerebellum and is associated with the synchronization of motion and reflexes; consequently, ICP damage can be associated with poor coordination of mobility, including ataxia.
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which of the following best predicts what will happen to the blood glucose level if the person has another meal at 5 p.m.?
If the person has another meal at 5 p.m., then the blood glucose level will a)increase. So, correct option is a
Blood glucose, or glucose, is considered as the principal sugar tracked down in your blood. It comes from the food you eat, and is considered as your body's principal wellspring of energy. Your blood easily conveys glucose to your body's all's cells to use for energy.
Diabetes is a sickness where your glucose levels are excessively high. Over the long run, having an excessive amount of glucose in your blood can lead to difficult issues. Regardless of whether you have diabetes, at times you might definitely disapprove of glucose that is excessively low or excessively high. Keeping an ordinary timetable of eating, movement, and taking any drugs you really want can help.
Usually a person takes 3 times meal in a single day, if any person takes a meal again at 5pm,then the amount of blood glucose present in his body will definitely increase as his body already contains blood glucose due to three times meal.
Hence, correct option is a.
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(Complete question) is:
which of the following best predicts what will happen to the blood glucose level if the person has another meal at 5 p.m.?
a)increase
b)decrease
c)remains same
d)none of the above
The endocrine system regulates physiological processes through the binding of hormones to ______ on target cells. Receptors.
The correct answer is Receptors.The endocrine system regulates physiological processes through the binding of hormones.
Hormones are used by the endocrine system to regulate bodily processes. Hormones control a variety of internal processes, including metabolism, growth, sexual development, and labour induction. They go through the circulation, attach to certain cells, and modify the way that various tissues and organs operate. Hypothalamus: Your brain has a gland that regulates your endocrine system. It makes decisions about when to signal other glands, such as the pituitary gland, to release hormones based on input from your brain system. The hormones are released from the carrier protein at the target cell and diffuse through the lipid bilayer of the cell's plasma membrane. The target cell's plasma membrane allows steroid hormones to enter and stick to intracellular receptors in the cytoplasm or nucleus.
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