Answer:
ribosomes.
Explanation:
The process of protein synthesis involves two main stages: transcription and translation. In transcription, the DNA sequence in the nucleus is used to create a complementary messenger RNA (mRNA) molecule. This mRNA molecule then leaves the nucleus and travels to the cytoplasm, where it binds to a ribosome.
The ribosome is the site of translation, where the mRNA sequence is used to direct the assembly of a polypeptide chain. The ribosome reads the mRNA sequence in groups of three nucleotides, called codons, and matches each codon with the appropriate amino acid. The ribosome then links the amino acids together in the correct order to form a polypeptide chain.
The ribosome is made up of two subunits, a large subunit and a small subunit, which come together around the mRNA molecule. The ribosome also contains three binding sites for tRNA molecules, which are small RNA molecules that carry specific amino acids. The tRNA molecules bind to the ribosome and deliver their amino acids to the growing polypeptide chain, based on the sequence of codons in the mRNA molecule.
Overall, the ribosome plays a crucial role in protein synthesis by providing the site for the assembly of polypeptide chains. The mRNA molecule carries the genetic information from the nucleus to the ribosome, where it is used to direct the synthesis of proteins. The ribosome reads the mRNA sequence and matches each codon with the appropriate amino acid, using tRNA molecules to deliver the amino acids to the growing polypeptide chain.
A hort decription of the tiger' tructural, behavioral, and phyiological adaptation to help for it urvival
The tiger is adapted to survive with structural features such as a thick coat of fur, strong jaws and claws, and powerful muscles, as well as behavioral and physiological adaptations such as stealth and ambush hunting, and efficient meat-based diet processing.
The tiger is an amazing and powerful species that has adapted in many ways to survive in its environment. Structurally, they have large, padded paws which help them stalk and hunt prey. They also have long, sharp claws to catch and kill their prey.
Physiologically, tigers have excellent vision, hearing, and a strong sense of smell for tracking their prey. Behaviorally, tigers are solitary hunters and use ambush tactics to catch their prey. They are incredibly fast and agile, allowing them to attack and kill quickly.
All these adaptations have enabled the tiger to survive and thrive in its environment. They are a powerful and adaptable species, with strong capabilities for surviving in their environment.
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the discovery of gene linkage was made by bateson and punnett in 1900. they crossed a true-breeding purple (p) plant with long seeds (l)
Bateson and Punnett's discovery of gene linkage in 1900 was a significant step forward in the study of genetics. A true-breeding plant with purple flowers (p) and long seeds.
(l) was crossed with another true-breeding plant with white flowers (p) and short seeds (l) (l). The cross's progeny exhibited a combination of the parent plants' qualities, and Bateson and Punnett discovered that the purple flower and large seed traits were frequently inherited together, suggesting that these traits were connected on the same chromosome. This breakthrough was crucial because it demonstrated that genes might be physically connected and inherited jointly rather than randomly, as previously assumed. This aided in the development of the notion of linkage and chromosomal mapping, which is now widely used. a fundamental principle in modern genetics.
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How did the lab activities help you answer the lesson question "How do the processes of conduction, convection, and radiation help distribute energy on Earth?" What did you learn from conducting this lab?
You can learn about the distribution of energy on Earth with lab exercises about conduction, convection, and radiation. The correct option is D.
What is heat transfer?The generation, consumption, conversion, and exchange of thermal energy across physical systems is the focus of the thermal engineering field of study known as heat transfer.
Conduction is the process through which energy moves from one end of a conducting substance to the other.
Electric and thermal energy can both conduct. For instance, consider the passage of heat from one end of a rod to another.
The process of heat energy being transported to the liquid in various ways is referred to as convection. For instance, a geyser uses thermal energy to heat the water.
Heat is transferred as a heatwave and is referred to as radiation. As an illustration, consider the passage of heat from a heater and light bulb.
Thus, the correct option is D.
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Your question seems incomplete, the missing options are:
Conduction transfers heat between two materials that are touching, such as foil and chocolate pieces, or particles, such as the atoms in foil.
Convection allows heat to be transferred in liquids, like water.
Radiation transfers heat from a light bulb to paper.
Conduction, convection, and radiation move energy from the Sun to Earth and throughout Earth.
jimmy streaks a culture onto a ypd plate. after incubation at 30c for two days, he notes that there are three distinct colony types on the plate, one red type, one large, moldy looking type, and a pasty white type. what is the best and most likely explanation for these different colony types?
The most likely explanation for the different colony types is that each type is a different strain of the same species of microorganism.
The red type is likely to be a wild type strain, the large, moldy looking type likely a mutant strain, and the pasty white type could be a mutant strain that has lost the ability to produce a pigment.
It is also possible that the different colony types could be different species of microorganism that were present in the original culture, but this is less likely.
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which equation is particularly useful in genetic problems where more than two combinations of offspring are possible?
The Hardy-Weinberg equation is particularly useful in genetic problems where more than two combinations of offspring are possible.
This equation is used to calculate the frequencies of different alleles in a given population. It takes into account the probability of random mating and the occurrence of mutation, both of which can affect the frequencies of alleles.
The equation can be used to determine the frequencies of different genotypes in a given population, which is useful in predicting the outcomes of different genetic scenarios.
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coat color variation in one of the rock pocket mouse populations is associated with genotype at the mc1r locus.there is complete dominance at this locus, with the dark (d)allele dominant to the light (d) allele. mice that match theirbackgrounds will suffer less predation than mice that contrastwith their backgrounds. assume that survival of light mice is 80% that of dark mice on lava flows and that we can usesurvival as a proxy for fitness. what is the selection coefficient against the light phenotype in miceliving in this habitat? express your answer to one decimal place.
The selection coefficient against the light phenotype in mice living in this habitat is 0.2. This means that the selection pressure is reducing the population of light mice by 20% relative to the population of dark mice.
This is due to the fact that the dark phenotype is better adapted to the environment and is better able to blend in with the background, making it less likely to be targeted by predators. In addition to this selective pressure, the light phenotype may have other negative consequences. For example, the light phenotype may be more prone to parasites or diseases than the dark phenotype, which could further reduce the population of light mice.
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if these conditions persist, the reduce amount of oxygen available accelerates the problems with , a condition in which the blood does not have enough healthy red blood cells and can result in a .
A condition in which the blood does not have enough healthy red blood cells and can result in a Anemia.
Anemia is a condition in which the body does not have enough healthy red blood cells to carry sufficient oxygen to the body's tissues. This can happen if the body does not produce enough red blood cells, if red blood cells are destroyed or lost, or if there is not enough iron in the body to produce hemoglobin, a protein in red blood cells that carries oxygen. If these conditions persist, the reduction in available oxygen can exacerbate the symptoms of anemia, which can include fatigue, weakness, pale skin, shortness of breath, and irregular heartbeat. In severe cases, anemia can lead to life-threatening complications, such as heart failure or stroke. Treatment for anemia may include lifestyle changes, such as a diet rich in iron, or medications to increase the production of red blood cells.
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which groups would be expected to have the greatest number of genetic differences? bay cat and domestic cat
Bay cats and domestic cats would be expected to have the greatest number of genetic differences.
There are numerous levels at which genetic variation can be found. It is possible to determine genetic variation based on observations of phenotypic variation in either quantitative traits (traits that vary continuously and are coded for by many genes, such as leg length in dogs) or discrete traits (traits that fall into discrete categories and are coded for by one or a few genes, such as white, pink, or red petal color in particular flowers). [Required Citation]
Using the protein electrophoresis method, it is also possible to detect genetic variation by looking at variations at the enzyme level. There are multiple alleles at each locus in polymorphic genes. While polymorphisms are less common in vertebrates, they may make up half of the genes that code for enzymes in insects and plants.
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a finer sense of discrimination usually is made possible by having larger receptor cells. a. true b. false
Cell receptors are proteins either inside a phone or on its surface which get a sign. In ordinary physiology, here a protein-ligand ties to a protein receptor. The answer is true.
The ligand is a substance courier delivered by one cell to flag either itself or an alternate cell. It helps in signal transduction. It controls the layer channels. It is additionally associated with insusceptible reactions and immunotherapy. It instigates cell digestion systems, including cell development, cell division, and cell passing.
Receptors come in many sorts, however, they can be partitioned into two classifications: intracellular receptors, which are tracked down within the cell (in the cytoplasm or core), and cell surface receptors, which are tracked down in the plasma layer.
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examine this punnett square. what does the number 0.6 refer to?
o the offspring genotype frequency p2 o the gamete allele frequency p o the proportion of gametes that are eggs o the offspring allele frequency p
The number 0.6 in the given Punnett square represents the gamete allele frequency p.
The Punnett square is basically a square diagram which is used to predict the genotypes of a particular breeding experiment or a cross. The diagram is used in order to determine the probability of a particular offspring having a particular genotype. The square contains possible combinations of the paternal as well as maternal genes.
Alleles are basically two alternate forms of a gene. The gamete allele frequencies in a particular population are represented by "p" and "q". In the given Punnett square, as evident, the number 0.6 represents the gamete allele frequency p.
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a large kd for a binding protein and its ligand means the protein has a large kd for a binding protein and its ligand means the protein has multiple isoforms. a binding site that requires cofactors. low affinity for the ligand. multiple antagonists. required allosteric activators.
A binding protein's poor affinity for its ligand is indicated by a high KD value for the protein and ligand pair.
A binding protein's poor affinity for its ligand is indicated by a high dissociation constant (Kd), which means that the binding between the two is brittle and readily broken.
In other words, the protein has the propensity to dissociate or separate from the ligand and does not bind to it firmly. This may happen if the protein's ligand-binding site is insufficiently strong or effective, or if it has a low affinity.
The existence of several isoforms, binding sites requiring cofactors, multiple antagonists, or necessary allosteric activators is different from a poor affinity for the ligand.
Complete question:
A large KD for a binding protein and its ligand means the protein has
A - multiple isoforms.
B - a binding site that requires cofactors.
C - low affinity for the ligand.
D - multiple antagonists.
E - required allosteric activators.
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which structure is most likely to absorb or stop more of the x-rays from reaching the film?
a. bone b. pulp c. gingival tissue
Bones are the structures which contain calcium that absorb the X-Rays and stop them from reaching the film.
X-Rays are used for the diagnosis and examination of the different parts of the body. They are most commonly used to assess bones and joints and are also sometimes used to examine soft tissues and some internal organs.
The different tissues present in our body absorb different amounts of x-Ray radiations. Calcium that is present in bones is able to absorb x-rays the most and therefore the bones look white. Fat and the other soft tissues absorb less amount of x-ray and look gray. Air absorbs the least amount of x-rays and so lungs look black.
Hence, the correct option is a. bone.
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explain why it would be desirable to have included an extra tube containing no enzyme
Another test tube which contains no catalase enzyme would be desirable in this experiment as it would act as a control for comparing the rate of reactions.
Catalase is found to be present in almost all the living entities and is a very commonly occurring enzyme. It is able to decompose hydrogen peroxide in order to produce oxygen and water.
In the given reaction, the affect of temperature on the rate of catalase reaction is being observed in which catalase has been added to test tubes containing hydrogen peroxide. The rates of reaction are then being assessed at four different temperatures. The more the bubbles produced, the higher is the rate of the reaction.
Another test tube which contains no enzyme might be desirable as it can act as a control and can be used to compare the rate of reaction in the absence of the enzyme catalase.
--The given question is incomplete, the complete question is
"Catalase is an enzyme that converts hydrogen peroxide to oxygen and water. An experiment investigated the effect of temperature on the rate of the catalase reaction. Small (10 cm) test tubes were used for the reactions, each containing 0.5 cm of enzyme and 4 cm of hydrogen peroxide. Reaction rates were assessed at four temperatures (10°C, 20°C, 30°C. and 60°C). For each temperature, there were two reaction tubes (e.g. tubes 1 and 2 were both kept at 10°C). The height of oxygen bubbles present after one minute was used as a measure of the reaction rate: a faster reaction rate produced more bubbles. Why it would be desirable to have included an extra tube containing no enzyme?" --
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What is an example that may cause DNA to shear (degrade)?
A. excessive homogenization
B. vortexing long time
C. rapid re-pipetting
D. all above
Excessive homogenization, vortexing long time, and rapid re-pipetting are an example that may cause DNA to shear (degrade)
DNA shearing is an experimental method that uses mechanical devices to randomly break DNA to prepare it for analysis or other processing. The required fragment range of DNA is sheared. Physical shearing, for example, can be accomplished by probe sonication or nebulization. Excessive harsh handling of DNA (e.g., pipetting or vortexing) can result in breaks and nicks. The longer the DNA, the more vulnerable it is to shearing, therefore handle it with caution if you need intact DNA.
The quality of the DNA to also be sequenced is one of the most important factors of successful library preparation. To achieve sensitive and accurate NGS findings, the DNA must first be successfully and consistently sheared into the proper fragment size (depending just on sequencing platform).
What is/are an example that may cause DNA to shear (degrade)?
A. Excessive homogenization
B. Vortexing long time
C. Rapid re-pipetting
D. All of the above
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the advantage(s) of second-generation dna sequencing compared to the sanger method are the result of
How was boiled potatoes used as a solidifier for microorganisms
Microorganism growth needs are reflected in the complexity of many media used for microorganisms. For instance, for the majority of fungi, additional carbohydrates and an acidic environment are essential for optimum growth.
These organisms are grown on potato dextrose agar, also referred to as Sabouraud dextrose agar. For the optimal culture of viruses and rickettsiae, living tissue cells must be provided, while liquid media are typically necessary for protozoa.
Fresh, lightly processed, and heavily processed potato products can all include various types of spoilage and harmful microbes. Frozen, dried, ready-to-eat, and minimally processed potatoes are just a few of the goods that may be made from potatoes. Agricultural procedures, harvesting techniques, airborne and soil inocula, as well as storage circumstances, all have an impact on the indigenous microflora of potatoes.
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What is caused by a frameshift mutation?
A. Only one base pair changes, but nothing happens.
B. No shift occurs in the rest of the base pairs.
C. All of the base pairs after the mutation shaft.
Answer:
C. All of the base pairs after the mutation shift.
Explanation:
Frameshift mutation changes the way genetic code is read and thus changes the entire amino acid sequences. The amino acid sequences change from a base pair change which results in a chain of changes in the amino acid sequence.
What term describes the variable that affects another variable
in a scientific experiment?
a independent
b dependent
C control
The term describes the variable that affects another variable
in a scientific experiment is called independent variable
What is independent variable?In a scientific experiment, an independent variable is one that is altered or under control. An independent variable is one that researchers alter during experiments to examine the causes of changes in other variables.
The cause is the independent variable. Its value is unaffected by the other study variables. Effect is the dependent variable. Changes in the independent variable affect its value.
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what effect did increasing the extracellular potassium have on the resting membrane potential? what effect did increasing the extracellular potassium have on the resting membrane potential? the resting membrane potential became more negative. the resting membrane potential became less negative. the resting membrane potential did not change. the resting membrane potential disappeared.
What impact did expanding the extracellular potassium have on the resting layer potential? The resting layer potential turned out to be more positive.
As recently examined, expanding the extracellular potassium fixation brings about a diminishing in the resting layer potential (that is, from −90 mV to −80 mV).
Expanding the extracellular potassium diminishes the steepness of the fixation inclination thus less potassium diffuses out of the neuron.
Layer potential is a potential slope that powers particles to move in one heading: positive particles are drawn in by the 'negative' side of the film and negative particles by the 'positive' one latently.
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how does napoleon attempt to dispel the rumors about animal farm?
Napoleon attempt to dispel the rumors about animal farm by using different trick and tactics.
He starts by setting up a commission to probe the rumors and also intimately announces the results of the disquisition. He also uses propaganda to circulate his own interpretation of the rumors, claiming that they're false and that the ranch is a place of substance.
He also uses the power of the media to try to shift public opinion in his own favor. Eventually, he uses his own coffers to try to discredit any reports that may be inimical to him or the ranch, similar as hiring a public relations establishment to produce positive stories about Animal Farm.
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Information can only travel in one direction at a synapse. Explain why neurons can only transmit information in one direction at a synapse
Since the neurotransmitter storage vesicles as well as the receptors are present in one location, the neurons are able to transmit information in one direction at the synapse.
Nerve impulses only can travel in one direction in the neurons. Some tiny gaps are present between these neurons and these gaps are referred to as the nerve synapses. The transmission of impulses is dependent on the synaptic transmission, that is, nerve impulses must cross the synaptic junctions in order to travel from one cell to the other cell.
There are reasons behind why nerve impulses can only travel in one direction. This happens because the nerve cells have only one transmission site. Also the receptors for the neurotransmitters are present only present on the postsynaptic membrane and also work in one direction.
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In humans, the CFTR gene is responsible for a protein that regulates the components of sweat, digestive fluids, and mucus. Individuals with a mutated version of this gene develop cystic fibrosis. Which of the following research questions would provide the best data for clarifying the role of DNA in the development of this disease?
A)What environment factors stimulate or slow the production of sweat, digest fluids, and mucus?
B)What is the current rate of the development of cystic fibrosis in the human population and has this changed over time?
C)Is cystic fibrosis present in individuals who have a normal, non-mutated copy of the CFTR gene?
D) Are the components of sweat, digestive fluids, and mucus significantly different in individuals with cystic fibrosis?
A buildup of thick mucus results from mutations in the CFTR gene, which in turn causes the CFTR protein to fail or not be produced at all. This condition worsens other organ issues such as pancreatitis, which can be fatal, and recurring lung infections. Examples of recessive diseases include cystic fibrosis.
What is CF Genetics?The CFTR gene, which controls the transmembrane conductance of cells, is present in every individual in two copies. A person with cystic fibrosis must inherit two mutated copies of the CFTR gene, one from each parent.The CFTR (cystic fibrosis transmembrane conductance regulator) protein is produced by the CFTR gene, which is mutated in cystic fibrosis.The CFTR protein is present in the cells of the lungs and other regions of the body, and CFTR gene abnormalities in persons with CF can impair its normal production or function.Examples of recessive diseases include cystic fibrosis. Accordingly, CF can only be caused by a mutation in the CFTR gene in both copies.Carrier status for cystic fibrosis is conferred by inheriting both a normal and a mutated copy of the CFTR gene. Even though they do not really have the disease, CF carriers can convey their flawed copy of the gene to their offspring.To Learn more About CFTR gene Refer To:
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If someone has dry, brittle hair, what might be a possible explanation?
a. reduced activity of sebaceous glands.
b. reduced activity of ceruminous glands.
c. reduced activity of eccrine sweat glands.
d. reduced activity of mammary glands.
The most possible explanation for someone having dry, brittle hairs is: a. reduced activity of sebaceous glands.
Hairs are the fine thread-like structures that emerge out of the skin from various parts of the body. A hair is actually a protein filament composed of keratin proteins. The hair can be divided into two parts: hair shaft and hair root. The shaft is the visible portion while the root is embedded into the skin.
Sebaceous glands are present in the hair follicles that secrete an oily substance called sebum. Its function is to prevent the drying out of hairs. The sebum is composed of triglycerides and fatty acid breakdown products, wax esters, squalene, cholesterol esters and cholesterol.
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Which statement correctly compares glucose with ATP?
Glucose provides energy faster than ATP.
Both glucose and ATP have high-energy phosphate bonds.
Glucose stores 90 times the energy in its chemical bonds when compared to ATP.
Glucose provides energy faster than ATP. The correct option is A.
What is ATP?A chemical that is a part of all living cells and gives energy to a variety of metabolic processes, including the production of RNA.
In patients with advanced solid tumours, the effects of laboratory-produced ATP on weight loss and muscle strength are being investigated. Likewise known as adenosine triphosphate.
Compared to ATP, glucose has a higher energy content. But unlike ATP, which possesses energy that a human body cell may use right away, glucose does not contain energy that is immediately ready for use.
It can be compared to ATP serving as the proper unit of account in the cell.
Thus, the correct option is A.
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What are two ways enzymes speed chemical reactions?
The two ways are : Instead of wasting energy moving around until they randomly collide, they might bring the reactants together, making it easier for them to interact.
They might direct the reaction in a different direction that calls for less activation energy.
How do enzymes affect chemical reactions in two different ways?Enzymes, like all other catalysts, have two fundamental properties. First, they speed up chemical reactions without becoming consumed or permanently altered in the process. Second, they raise the rate of reactions without affecting the chemical equilibrium that exists between products and reactants.
Why do enzymes accelerate chemical reactions?Because they reduce the energy of activation—the energy required for molecules to react with one another—enzymes accelerate chemical reactions. Through the formation of an enzyme-substrate complex, enzymes reduce activation energy.
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blood bank what examples of peripheral vs integral proteins on rbcs and what are the main functions for these proteins?
Peripheral protein is at the membrane surface but do not penetrate into the core of the lipid bilayer. Integral protein is present on the RBCs membrane.
Membrane proteins are divided into two categories: peripheral and integral. Peripheral membrane proteins interact with integral proteins or lipids at the membrane surface but do not penetrate into the core of the lipid bilayer. Glycophorins, Rh proteins, Kell and Duffy antigens, band 3 (AE1, anion exchanger 1, SLC4A1), Na+, K+-ATPase, Ca2+-ATPase, and Mg2+-ATPase are examples of integral membrane proteins. Integral membrane proteins contain a large number of membrane receptors and antigens. Enzymes like glyceraldehyde-3-phosphate dehydrogenase and the structural proteins of the spectrin-actin-based membrane skeleton are examples of peripheral membrane proteins that are located on the cytoplasmic membrane face.
An ingested protein helps in Ion transport and the preservation of protein-protein interactions are Band 3's two main roles as the largest integral protein of the RBC. Proteins in peripheral membranes The primary element of the membrane skeleton is spectrin. It is made up of two physically related but functionally different subunits called and spectrin. The remarkable trait of spectrin's high flexibility and ability to take on a range of conformations may be essential for the regular pliancy of membranes.
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a ________ detects a change in a regulated variable and sends that information to a(n) ________ which relays signals to a(n) ________, usually a muscle or a gland.
A sensor detects a change in a regulated variable and sends that information to a(n) integrating center which sends signals to an effector, usually a muscle or gland. The correct option is A.
A sensor, also known as a receptor, is often a modified neuron. The integrating centre is often located in the central nervous system. An efferent neuron stimulates the effector. Changes from in this set point are detected by receptors situated in critical locations throughout the body and sent to control centres in the brain. To govern the body's reaction, control centres monitor and relay information to effector organs.
The system is considered to be controlled by negative feedback if these effectors reverse the initial situation. To maintain homeostasis, the body must constantly check its internal circumstances. Every physiological situation has a fixed point, from body temperature through blood pressure to nutritional levels.
The complete Question is
A _____ detects a change in a regulated variable and sends that information to a(n) _____ which sends signals to a(n) _____, usually a muscle or gland.
A. sensor, integrating center, effector
B. receptor, integrating center, negative feedback control
C. stimulus, receptor, organ system
D. receptor, stimulus, regulated variable
E. sensor, effector, integrating center
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Approximately how many red blood cells are replaced per minute in the human body on average?
a. 5,000
b. 5,000,000
c. 500,00
d. 150,000,000
e. 50,000,000
The human body replaces approximately 150,000,000 red blood cells per minute on average.
Red blood cells which are also known as the RBCs or erythrocytes are shaped like slightly indented and flattened disks. These cells contain hemoglobin which is a protein that carries the oxygen. Red blood cells are made in the inside part of bones which is known as the bone marrow.
Each red blood cell lives for about a duration of 4 months. Each day, the human body produces new red blood cells to replace those cells that die or are lost from the body. Every minute, the human body approximately replaces 150,000,000 cells red blood cells on an average.
Hence, the correct option is d. 150,000,000
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describe how the structure of an antibody is related to its function in your answer you must clearly link structure and function 7 marks
The structure allows antibody molecules to carry out their dual functions: antigen binding and biological activity mediation.
What are the functions of antibodies?Antibodies are protective proteins produced by your immune system. They attach to antigens (foreign substances) — such as bacteria, fungi, viruses and toxins — and remove them from your body.
Examples of antibody functions include neutralization of infectivity, phagocytosis, antibody-dependent cellular cytotoxicity (ADCC), and complement-mediated lysis of pathogens or of infected cells.
Antibodies are secreted into the blood and mucosa, where they bind to and inactivate foreign substances such as pathogens and toxins (neutralization). Antibodies activate the complement system to destroy bacterial cells by lysis (punching holes in the cell wall).
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PLEASE HELP if the scientist is correct and the new species is a reptile. how would the new species maintain homeostasis.
Answer:
If the scientist is correct and the new species is a reptile, it would likely maintain homeostasis through several mechanisms.
Firstly, reptiles are cold-blooded animals, meaning that their body temperature is regulated by the environment, this is known as thermoregulation, they would maintain homeostasis by basking in the sun to raise their body temperature when it's too cold and seeking shade when it's too hot.
Secondly, reptiles also have a specialized respiratory system that allows them to extract oxygen efficiently from the air. They would maintain homeostasis by adjusting their breathing rate to match their level of activity.
Thirdly, reptiles have a specialized renal system that allows them to regulate the water and electrolyte balance in their bodies. This species would maintain homeostasis by staying close to the lake where it can drink and maintain the electrolyte balance.
Lastly, the new species would maintain homeostasis by using its behavior to avoid predators and other threats, such as inflating itself when scared, burrowing in the ground, and communicating through sounds.
Explanation:
