There are several enzymes involved in DNA replication. Which of the following replication enzymes correctly pairs with its function?
A) DNA polymerase III adds the nucleotides to the primer using the base pairing rule.
B) DNA polymerase I opens the DNA at the replication fork.
C) Helicase seals gaps between DNA fragments.
D) DNA primase extends primers by adding nucleotides to the 3' prime end.

Answers

Answer 1

DNA polymerase III is the most important enzyme in DNA replication. It adds nucleotides to the primer and extends the DNA strand. Therefore option A is correct.

DNA replication is a process where the two parental strands serve as a template for the synthesis of new daughter strands. DNA polymerase has the ability to add nucleotides only to the 3’ end of the primer, thus it can extend the DNA strand only from the 5’ to 3’ direction.

This enzyme has very high processivity and hence synthesizes new strands very quickly. It also has the proofreading ability which means it can remove the incorrectly added nucleotides by means of an exonuclease enzyme.

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Related Questions

explain how commensalism help shape biodiversity​

Answers

Commensalism is a symbiotic relationship between two organisms where one organism benefits and the other organism neither benefit or harmed.

Thus, commensalism helps in shaping biodiversity by providing shelter by creating microhabitats that support a diverse range of organisms. It also facilitates the dispersal of organisms to new locations. For example, many animals use other organisms for transportation.

Commensalism leads to evolution between species. When one organism evolves to exploit a new habitat, other organisms also adapt to the new changes which also lead to increased resource availability. When some barnacles attach to the shells of sea turtles, the food also become available to other organisms that feed on the barnacles.

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Answer:

The commensal relation is often between a larger host and a smaller commensal. The host organism is essentially unchanged by the interaction, whereas the commensal species may show great morphological adaptation. This relationship can be contrasted with mutualism, in which both species benefit.

Explanation:

have a nice day.

What does SSM stand for in microbiology

Answers

Answer:

Explanation:

C'est un mélanome à évolution progressive, pendant plusieurs mois, voire des années, son extension est superficielle.

In microbiology, SSM stands for Synthetic Salts Medium, which is a type of laboratory growth medium used for cultivating microorganisms.

Yosef is studying the ocean floor and the technology used in marine science research. How would Yosef BEST describe the contributions submarines have made to our understanding of marine science?

A.
Submarines proved Archimedes’ law of buoyancy.
B.
Submarines made it possible to predict earthquakes.
C.
Submarines made it possible to predict tsunamis.
D.
Submarines allowed for the discovery that the plates of the ocean were spreading apart.

Answers

Yosef BEST describe the contributions submarines have made to our understanding of marine science as, submarines allowed for the discovery that the plates of the ocean were spreading apart. Option D is correct.

Submarines have greatly contributed to our understanding of marine science through their ability to explore the depths of the ocean. The discovery that the plates of the ocean were spreading apart was made possible by the use of submarines to study the ocean floor. Submarines have also been used to study marine life, geology, and the chemical and physical properties of the ocean. They have allowed scientists to collect data and samples from areas that would be difficult or impossible to study using traditional methods, leading to new discoveries and insights into the ocean's complex systems. Hence, option D is correct.

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Whales are thought to have evolved from land animals similar to large otters as evidence of this whales have useless leg bones (structure c) that float inside their bodies these leg bones are _ structures

Answers

Answer: vestigial

Explanation: Vestigial structures are organs or anatomical structures that have been retained during evolution even though they have lost some of their ancestral functions.

AP Environmental Science: Examine the infographic. A soybean farming community has decided to dedicate half of its land to growing corn for ethanol. What are the most likely impacts of their decision? Select three options.
- a decrease in soybean revenue
- an increase in prices of other crops
- a decrease in fertilizer demands
- a reduction in carbon emissions
- an increase in carbon emissions

Answers

Answer: Decrease in soybean revenue, an increase in prices of other crops, and an increase in carbon emissions.

Explanation:

A decrease in soybean revenue: By dedicating half of their land to growing corn for ethanol, the soybean farmers are likely to reduce the total amount of soybeans they produce. This may lead to a decrease in revenue for the farmers who rely on soybean sales.

An increase in prices of other crops: If the soybean farmers in the community switch to growing corn for ethanol, it may reduce the supply of soybeans in the market. This could lead to an increase in the prices of other crops that are commonly used as substitutes for soybeans, such as sunflowers or rapeseed.

An increase in carbon emissions: Although corn ethanol is often marketed as a "cleaner" fuel than gasoline, the production of corn ethanol is not without environmental impacts. Converting half of the soybean land to corn may lead to an increase in carbon emissions if more fossil fuels are used to power the machinery and transport the corn. Additionally, the corn may be grown using synthetic fertilizers, which can contribute to greenhouse gas emissions.

he point (x,y) lies on the circle with center (8,−4)
(
8
,

4
)
and radius 9. Which equation must be true?

Answers

Answer:

The equation for a circle with center (a, b) and radius r is:

(x - a)^2 + (y - b)^2 = r^2

Substituting the given values into this equation, we get:

(x - 8)^2 + (y - (-4))^2 = 9^2

Simplifying this equation, we get:

(x - 8)^2 + (y + 4)^2 = 81

Therefore, the equation that must be true for a point (x,y) to lie on the circle with center (8, -4) and radius 9 is:

(x - 8)^2 + (y + 4)^2 = 81

The equation that must be true is (x-8)² + (y+4)² = 81, which is the standard form equation of a circle with center (8,-4) and radius 9.

The equation of a circle with center (a,b) and radius r is given by:

(x-a)² + (y-b)² = r²

In this problem, the center of the circle is (8,-4) and the radius is 9. Substituting these values into the equation, we get:

(x-8)² + (y+4)² = 9²

Simplifying the equation, we get:

(x-8)² + (y+4)² = 81

Therefore, the equation that must be true for a point (x,y) to lie on the circle with center (8,-4) and radius 9 is (x-8)² + (y+4)² = 81.

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Why is it hard to regain a trait that has been lost? This is an evolutionary bio question!!

Answers

It is hard to regain a trait that has been lost because the genetic changes required to evolve a new trait or to regain a lost trait are often complex and can involve multiple genes and regulatory elements. Furthermore, evolution is a slow, laborious process that requires beneficial mutations to accumulate over many generations.

When a trait disappears, the genetic material encoding it may also disappear or become inactive, making it more challenging for the trait to reappear in subsequent generations. For example, restoring a species' ability to manufacture a specific enzyme required for a particular metabolic pathway can be challenging if the genetic changes required to do so are complex.

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Will Give Brainly!
What were the old models of the solar system?
What factors influence the gravitational forces between objects?

Answers

Older solar system models have evolved over time and among cultures, but some of the more well-known ones are geocentric theory and heliocentric theory.

The geocentric theory was popularized by the ancient Greek philosopher Aristotle, and it was later modified by the astronomer Ptolemy. According to this theory, Earth serves as the universe's center, with other heavenly bodies revolving around it.

The heliocentric theory, first proposed by the ancient Greek scientist Aristarchus, places the Sun at the core of the solar system. Astronomer Nicolaus Copernicus later improved the paradigm that is now accepted by science.

The following are some of the variables that affect how strongly things gravitate towards one another:

The gravitational pull of an object is inversely proportional to its mass.

Distance: The gravitational pull between two objects weakens with increasing distance.

An object's shape and the distribution of its mass within it can have an impact on the gravitational pull.

The gravitational constant, a fundamental law of nature, governs how strongly two objects at a given mass and distance are drawn together by gravity.

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1. The old models of the solar system:

The old models of the solar system were based on the belief that the Earth was at the center of the universe. One such model, known as the geocentric model, was proposed by ancient Greek astronomers such as Aristotle and Ptolemy. According to this model, the Earth was stationary and all celestial bodies, including the Sun, Moon, planets, and stars, revolved around it in circular orbits.

Another old model, known as the heliocentric model, challenged the geocentric model and suggested that the Sun, rather than the Earth, was at the center of the solar system. This idea was proposed by astronomers such as Nicolaus Copernicus and later supported by observations made by Galileo Galilei.

The acceptance of the heliocentric model revolutionized our understanding of the solar system and paved the way for further scientific discoveries.

2. Factors influencing gravitational forces between objects:

Gravitational forces between objects are influenced by several factors:

- Mass: The mass of an object directly affects the gravitational force it exerts. The larger the mass, the stronger the gravitational force. For example, the Earth has a larger mass than the Moon, so it exerts a stronger gravitational force on objects near its surface.

- Distance: The distance between two objects also affects the gravitational force between them. According to Newton's law of universal gravitation, the gravitational force decreases as the distance between objects increases. This means that the closer two objects are, the stronger the gravitational force between them. For instance, the gravitational force between the Sun and the planets is stronger when the planets are closer to the Sun.

- Gravitational constant: The gravitational constant (represented by G) is a fundamental constant in physics that determines the strength of the gravitational force. It is a fixed value and is the same throughout the universe.

- Distribution of mass: The way mass is distributed within an object can also influence the gravitational force it exerts. For example, if an object is more spread out or has a larger volume, the gravitational force near its surface may be weaker compared to an object with the same mass but a smaller volume.

Understanding these factors is crucial for comprehending how gravity operates in the universe and how it shapes the motions and interactions of celestial objects.

how can the media spread false information. and biased information about the atlanta forest​

Answers

Through enticing headlines, a misunderstanding of a fake piece of information can be born about the Atlanta forest​.

What is fake news?

Fake news is information that is incorrect or misleading and is presented as news. Fake news is frequently intended to harm a person's or entity's reputation or to profit from advertising income.

The Atlanta forest is made up of many forested zones that are currently being proposed as an official national park.

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How does the tree metaphor represent evolution 

Answers

The tree metaphor represents evolution by illustrating branching patterns, depicting relationships and common ancestors among species over time.


The tree metaphor is a widely used representation of evolution, showcasing how species have evolved over time through branching patterns.

In this metaphor, the tree's trunk symbolizes the common ancestor of all living organisms, and as you move up the trunk, branches diverge, representing the speciation events.

The branches continue to divide, indicating further speciation and diversification of species.

The leaves on the branches represent modern-day species.

This metaphor helps us visualize the relationships between different species, highlighting the shared ancestry and the progressive changes that have occurred during the course of evolutionary history.

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Five strands of mRNA are depicted here, numbered 1-5. The mRNA sequence labeled number 1 indicates the codons that result from the transcription of the original, unmutated DNA. Identify the statements below that accurately describe the impacts of the mutations shown based on the illustrations. Select the three (3) answer choices that apply.

Answers

The statements that accurately describe the impacts of the mutations shown based on the illustrations are: Mutation 1 is a silent mutation, Mutation 2 results in a frameshift mutation and Mutation 4 results in a premature stop codon.

Options A, B & D are correct.

A silent mutation is a change in the DNA sequence that does not change the amino acid sequence of the resulting protein. In this case, mutation 1 is a substitution of a single nucleotide, but it still results in the same amino acid (leucine), so it is a silent mutation. Therefore, statement A is true.

A frameshift mutation is a type of mutation that results in the alteration of the reading frame of the codons in the mRNA sequence, which can lead to a completely different amino acid sequence downstream from the mutation site. In this case, mutation 2 is an insertion of a single nucleotide, which causes a frameshift mutation that changes the amino acid sequence downstream from the mutation site. Therefore, statement B is true.

A missense mutation is a change in the DNA sequence that results in a different amino acid being incorporated into the protein. In this case, mutation 3 is a substitution of a single nucleotide that changes the amino acid from leucine to proline. Therefore, statement C is true.

A premature stop codon is a type of mutation that results in the truncation of the protein sequence, usually leading to a non-functional protein. In this case, mutation 4 is an insertion of a single nucleotide that creates a premature stop codon, resulting in a truncated protein. Therefore, statement D is true.

Therefore, the correct answer choices are A, B, and D.

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The question is incomplete. the complete question is:

Five strands of mRNA are depicted here, numbered 1-5. The mRNA sequence labeled number 1 indicates the codons that result from the transcription of the original, unmutated DNA. Identify the statements below that accurately describe the impacts of the mutations shown based on the illustrations. Select the three (3) answer choices that apply.

A. Mutation 1 is a silent mutation.

B. Mutation 2 results in a frameshift mutation.

C. Mutation 3 is a missense mutation.

D. Mutation 4 results in a premature stop codon.

Part 1. Gene Cloning

1) How is a gene inserted into a plasmid cloning vector? Be specific, but be brief. No more than 2 (non-run-on) sentences please, and do not exceed this space.






2) A geneticist has transformed a vector with an ampicillin resistance gene into E. coli cells and plated those cells on media containing ampicillin. She comes back 24 hours later and sees only blue colonies on the media.
a) How does she know that the cells growing on the media were successfully transformed with the vector?





b) What does it mean that the colonies are blue?

Answers

In terms of genetics and genomics, cloning refers to the use of scientific techniques to create exact or nearly exact duplicates of an organism, cell, or DNA sequence.

Thus,  In most cases, the term "molecular cloning" refers to isolating and duplicating a specific DNA segment of interest for future research.

The term "cloning" refers to a laboratory procedure that creates millions or even billions of copies of a single molecule, most frequently DNA. In contrast to how the terms cellular cloning and organism cloning are used in reproductive genetics, this is not cloning.

We can investigate the molecules in the lab by amplifying or creating numerous copies of the DNA using molecular cloning.

Thus, In terms of genetics and genomics, cloning refers to the use of scientific techniques to create exact or nearly exact duplicates of an organism, cell, or DNA sequence.

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compare systems for digestion in an amoeba to those in a mouse.

Answers

The digestive system in an amoeba is a single-celled process, while in a mouse, it involves a complex system of organs and specialized tissues for mechanical and chemical breakdown of food.

An amoeba ingests food via phagocytosis, in which the cell membrane engulfs the food particle and forms a food vacuole. Enzymes are then secreted into the vacuole to break down the food. In contrast, a mouse ingests food through the mouth, where it is mechanically broken down by teeth and saliva, and then chemically broken down in the stomach and small intestine through the secretion of digestive enzymes.

The main difference between the digestion systems of an amoeba and a mouse is that an amoeba has a single cell that performs all the functions of digestion, whereas a mouse has specialized organs that perform different roles in the process of digestion. The digestive system of a mouse is adapted to break down complex food molecules into smaller units that can be absorbed and utilized by the body, while the digestive system of an amoeba is adapted to break down small food particles that can be absorbed directly into the cell.

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Can someone help me please


With your on words describe a situation between 2 people and then rephrase to show empathy

Answers

Situation: John is angry with his friend David for forgetting his birthday.

Rephrased with empathy: John might be feeling hurt and disappointed that David forgot his birthday.

How does the tree metaphor represent evolution 

Answers

The branches of the tree shows how the organisms do spread out into more species via evolution.

What is evolution?

The tree metaphor is commonly used to depict evolution because it conveys the idea of species divergence and branching from common ancestors. The common ancestor in this comparison acts as the metaphorical "trunk," and the lineages of descendants function as the "branches."

The analogy of a tree also emphasizes the idea of "descent with modification," according to which species change over time as a result of factors like natural selection, genetic drift, and other forces of evolution.

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Homeostasis describes the stable environment that the human body maintains, enabling the body to function properly. When an outside stimulus threatens to disrupt homeostasis, body systems work to bring things back into balance. Which of the following correctly describes systems working together to maintain homeostasis?

Answers

The neurological and endocrine systems keep the body in a state of homeostasis.

What are endocrine systems?

The endocrine system is a messenger system that consists of feedback loops of hormones delivered by an organism's internal glands straight into the circulatory system, thereby regulating distant target organs.

The hypothalamus is the neurological control center for all endocrine systems in animals.

There are three types of endocrine cells:

Alpha cells that secrete glucagon, Beta cells that secrete insulin, and Delta cells that block glucagon and insulin secretion

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In fruit flies, wild eye is dominant over white eye and is sex-linked (X). In a cross between a white-eyed male and a pure breeding wild eye female, the phenotypic ratio for each sex would be?

Answers

The phenotypic ratio for each sex would be 2:1:1 in situation where they have 3 children.; Females 100% wild-eyed and Males 50% wild-eyed and 50% white-eyed.

What is meant by  phenotypic ratio?

Phenotypic ratio is defind as the proportion or ratio of different observable physical traits or characteristcs seen by a group of individuals, usually as a result of a genetic cross or breeding experiment.

In a cross between a white-eyed male and a pure breeding wild eye female, considering that thy  there are 3 wild-eyed offspring (2 females and 1 male) and 1 white-eyed offspring (1 male) in the Punnett square. The ratio will be 2:1:1 given that 2 females are wild eye, one male is white eyed and one  wild eye

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Which of these might be true of this particular behavior? Select all the correct answers. This could be an expression of social dominance. These animals may be competing for territory. These animals may be cooperating for the good of the herd. These animals could have a predator/prey relationship.​

Answers

The statemen that might be true of the particular behavior are;

This could be an expression of social dominance. These animals may be competing for territory.

What is Animal behavior?

Animal behavior  can be described as the study of how animals move in their environment as well as the actual way that the interraction is is been done socially.

This can emncompass the way they learn about their environment,  as well as the the way the  animal might achieve cognitive understanding of its environment. More also this counld encompass the act of competing for territory as well as the compition for food.

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When the codes hidden inside our genes come out to light as physical traits, we call it _____:
A. translation.
B. transcription.
C. replication
D. gene expression.

Answers

When the codes hidden inside our genes come out to light as physical traits, we call it D. gene expression.

What is gene expression?

Gene expression refers to the way genetic information present in genes get converted into functional proteins or RNAs. A series of intricate biochemical processes are triggered; firstly transcription rewires DNA into RNA followed by its translation into proteins.

Appropriate regulation of this process needs careful consideration since it has implications on proper development and functioning at both individual and organism levels.

Factors that influence proper regulation include cell types as well as environmental transitions together with developmental phases.

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Mark and Nancy both take three measurements of the length of a pencil that is 15.1 cm. Mark records 15.0, 15.0, and 15.1 cm. Nancy records 15.1, 15.2, and 15.2 cm. Which of the following statements is true about Mark and Nancy's measurements?
A. Mark's measurement is more precise.
B. Nancy's measurement is more accurate.
C. Mark's measurement is more accurate.
D. Both sets of measurements are equally accurate and precise.​

Answers

The true statement on Mark and Nancy's measurements is D. Both sets of measurements are equally accurate and precise.

How accurate are the measurements ?

The closeness of a measurement to its exact value is known as accuracy, while the degree of reproducibility or repeatability pertains to precision. Mark and Nancy's measurements closely mirrored the fundamental value of 15.1 cm; however, Mark deviated slightly below while Nancy stood above it.

Their sets of measurements are similar in this regard, thus rendering them equally accurate. Notably, their range of values displays a counterpart pattern with Mark's readings differing by just 0.1 cm and that of Nancy ranging from 0.1-0.2 cm. Hence, both sets share a similar level of precisions too.

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Makayla is taking a guided tour of an estuary that is part of a nature preserve. The tour guide says that the estuary has much more flounder than any other species of fish, and Makayla thinks this must mean that the ecosystem is unbalanced. What is the BEST explanation of why she is wrong? *ANSWER IS C* *INTEFERING*

A.
Ecosystems in nature preserves are always balanced because they are protected.

B.
Every marine ecosystem has one fish species that is an apex predator of the others.

C.
Interference competition and varying population sizes help balance ecosystems.

D.
Estuaries lack the intraspecific competition that causes unequal population sizes.

Answers

Interference competition and varying population sizes help balance ecosystems. Option C is correct.

This is the best explanation of why Makayla is wrong. While it may seem like an abundance of one species means the ecosystem is unbalanced, this is not necessarily the case. Interference competition, where individuals of the same or different species compete for resources, can help to balance the ecosystem by regulating population sizes. Additionally, the size of populations can naturally vary over time due to factors such as environmental conditions, predation, and disease. Therefore, an ecosystem with a large population of one species does not necessarily indicate an imbalance. Option C is correct.

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Why lemurs, lorises and bush babies are considered descendants of the earliest primates?

Answers

Answer:

Lemurs, lorises, and bush babies are considered descendants of the earliest primates because they share several key characteristics with the earliest known primates that lived over 55 million years ago. These characteristics include:

1. Grasping hands and feet - These primates have opposable thumbs and big toes that enable them to grip branches and move through trees more easily.

2. Forward-facing eyes - This feature provides depth perception and better vision for hunting and avoiding predators.

3. Large brains - Compared to other mammals of similar size, primates have larger brain-to-body size ratios, which may have contributed to the development of complex social behaviors.

4. Nails instead of claws - Most primates have flat nails on their fingers and toes instead of curved claws to aid in gripping and manipulating objects.

5. Arboreal lifestyle - The earliest primates were tree-dwellers, and lemurs, lorises, and bush babies are all adapted to life in the trees, with long limbs and flexible joints that allow them to move quickly and efficiently through the branches.

For these reasons, scientists believe that lemurs, lorises, and bush babies share a common ancestor with the earliest primates and are often referred to as "prosimians," which means "before monkeys."

1 The four butterflies in the illustrations represent the offspring in the F, generation.
Which statement is best supported by the phenotypes of these offspring?
A The F, generation is composed only of males.
B Two of the offspring in the F, generation will not be able to reproduce.
C The F, generation is the result of a dihybrid cross.
D Two of the offspring in the F, generation will experience aspontaneous mutation.

Answers

The F1, generation is the result of a dihybrid cross as the four offspring consist of both recessive gene and dominant gene expression. Therefore, option "C" is correct. A cross between two different organisms of the same species having two different heterogeneous traits is known as a dihybrid cross.

The heterogeneous traits here referred to the dominant and the recessive alleles of the same traits. The F1 generation here is referred to as filial generation 1 in which the offspring are produced from the cross between both types of alleles.

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A mother and father are both carriers of a recessive allele that causes a genetic disorder, but neither of the parents has the disorder.

Which is a correct Punnett square for this scenario, and what is the probability for that one of their children will also be a carrier for the disorder?

A
100% probability to be a carrier
B
50% probability to be a carrier
C
75% probability to be a carrier
D
50% probability to be a carrier

Answers

The probability for that one of their children will also be a carrier for the disorder is 50% probability to be a carrier. Option B is correct.

Correct Punnett square for this scenario is:

| | A | a |

---|---|---|---|

| A | AA| Aa|

| a | Aa| aa|

In this Punnett square, both parents are heterozygous carriers, which means they both have one copy of the normal allele (A) and one copy of the disease-causing allele (a). The probability of each child inheriting a copy of the disease-causing allele is 50%, and the probability of each child inheriting a copy of the normal allele is also 50%.

Therefore, the probability of one of their children being a carrier for the disorder is 50%. This means that the child will have one copy of the normal allele and one copy of the disease-causing allele, like the parents. However, the child will not have the disorder because they need two copies of the disease-causing allele (one from each parent) to express the disorder.

It is also important to note that this is a simplified model and that many genetic disorders are more complex than a simple dominant or recessive pattern of inheritance. Additionally, genetic testing and counseling may be necessary for couples who are carriers of genetic disorders to understand the risks of passing on the disorder to their children. Hence Option B is correct.

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Help please Name any two of the major types of chemical substances that are broken down in chemical digestion. For each substance, name an enzyme that breaks them down and what final product is actually absorbed by the body for use or storage.

Answers

Two major types of chemical substances that are broken down in chemical digestion are carbohydrates and proteins.

Thus, carbohydrates are broken down by amylase secreted by salivary glands and pancreas into simpler sugars, such as glucose, Glucose is then absorbed by the body for energy or can be stored as glycogen in the liver and muscles.

Carbohydrates and proteins are chemical substances breaking down during chemical digestion where proteins are broken down by proteases secreted by the stomach and pancreas into smaller peptides and amino acids. These smaller peptides and amino acids are further absorbed by the body and used for the synthesis of new proteins.

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Can you please tell me 3 different mechanisms that lead to the formation of saltations?

Answers

Answer:

In biology, saltation (from Latin saltus 'leap, jump') is a sudden and large mutational change from one generation to the next, potentially causing single-step speciation. This was historically offered as an alternative to Darwinism. Some forms of mutationism were effectively saltationist, implying large discontinuous jumps.

Speciation, such as by polyploidy in plants, can sometimes be achieved in a single and in evolutionary terms sudden step. Evidence exists for various forms of saltation in a variety of organisms.

History

Further information: Alternatives to evolution by natural selection

Prior to Charles Darwin most evolutionary scientists had been saltationists.[1] Jean-Baptiste Lamarck was a gradualist but similar to other scientists of the period had written that saltational evolution was possible. Étienne Geoffroy Saint-Hilaire endorsed a theory of saltational evolution that "monstrosities could become the founding fathers (or mothers) of new species by instantaneous transition from one form to the next."[2] Geoffroy wrote that environmental pressures could produce sudden transformations to establish new species instantaneously.[3] In 1864 Albert von Kölliker revived Geoffroy's theory that evolution proceeds by large steps, under the name of heterogenesis.[4]

With the publication of On the Origin of Species in 1859 Charles Darwin wrote that most evolutionary changes proceeded gradually but he did not deny the existence of jumps.

From 1860 to 1880 saltation had a minority interest but by 1890 had become a major interest to scientists.[5] In their paper on evolutionary theories in the 20th century Levit et al wrote:

The advocates of saltationism deny the Darwinian idea of slowly and gradually growing divergence of character as the only source of evolutionary progress. They would not necessarily completely deny gradual variation, but claim that cardinally new ‘body plans’ come into being as a result of saltations (sudden, discontinuous and crucial changes, for example, the series of macromutations). The latter are responsible for the sudden appearance of new higher taxa including classes and orders, while small variation is supposed to be responsible for the fine adaptations below the species level.[6]

Explanation:

How long would it take an oxygen molecule in blood to travel 1 meter if it did so by diffusion rather than by being transported by the circulatory system

Answers

Here Is the Answer:

The distance that an oxygen molecule would travel by diffusion through blood vessels depends on various factors such as the concentration gradient, temperature, and the surface area of the blood vessels. However, on average, it is estimated that the diffusion rate of oxygen in blood is approximately 0.2-0.3 millimeters per second. Therefore, it would take around 3,333 seconds or 55.5 minutes for an oxygen molecule to travel 1 meter by diffusion alone. This highlights the vital role that the circulatory system plays in efficiently transporting oxygen throughout the body.

do you think there should be government regulation against known carcinogenic

Answers

Based on scientific evidence, exposure to carcinogenic substances can have adverse health effects and governments should take necessary actions to regulate the use and disposal of known carcinogenic substances.

Thus, many countries have implemented regulations on carcinogenic substances based on the scientific evidence, such as asbestos, tobacco, etc. to be used in industrial processes which limit the use or sale of certain substances.

Regulation can play a critical role in protecting individuals from the harmful effects of carcinogenic substances. The regulations on carcinogen substances have potential economic impact on industries that use these substances. However, these regulations should be based on the scientific evidence and the potential risks associated with it.

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What is coded by the codon UAA?

Answers

Answer:

its A

Explanation:

Three sequences, UAG, UGA, and UAA, known as stop codons, do not code for an amino acid. instead' they signal the release of the nascent polypeptide from the ribosome.

How can color be use in balance?

Answers

Answer:

Color balance changes the overall mixture of colors in an image and is used for color correction. Generalized versions of color balance are used to correct colors other than neutrals or to deliberately change them for effect.

Explanation:

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