When a research project includes the collection of biological samples, all planned future uses of the samples, identifiers, and the data obtained from the samples, must be fully explained to the research subject.a.Trueb.False

Answer:

The correct answer is b) has cells that are sparsely scattered through a nonliving matrix.

Explanation:

Connective tissue is the most diverse and widespread of the body. It can be found in bone, ligaments, tendons and more. It's one of its main characteristics is the presence of cells in a matrix called ground substance.

Answer:

The regularity of DNA's overall structure.

Explanation:

DNA is the genetic material of almost all the living organisms but RNA may also acts as the genetic material in some viruses only. The mutation in DNA may cause characteristic disease in individual.

The nucleotide excision repair mechanism excise the wrong nucletide and replace with the correct nucleotide. The overall DNA structure like its nucleotide sequence, the size and angles between the DNA base pair, its methylation helps in recognizing different DNA type.

Thus, the correct answer is the regularity of DNA's overall structure.

The structure of DNA allows the nucleotide excision repair mechanism to identify and fix various types of DNA damage. The mechanism works by unwinding the DNA, removing the damaged segment, and replacing it with correct nucleotides using the complementary strand as a guide. Then, the DNA strand is resealed and rejoined to its complement.

The aspect of DNA structure that enables the recognition of various types of DNA damage is especially linked to the nucleotide excision repair mechanism. In this process, erroneous or damaged bases, such as those that may arise from UV-induced thymine dimers, are identified and excised by certain repair proteins. The DNA molecule is unwound, and the damaged segment gets removed by making an incision on both the 3' and 5' ends of the damaged base.

After the removal of the defective nucleotides, the DNA molecule undergoes reparation, during which the correct nucleotides are added in alignment with the complementary strand. This repair, the fill-in of the correct nucleotides, is facilitated by an enzyme named DNA polymerase. Post that, the DNA strand gets sealed and is allowed to rejoin its complement. The ends of the newly synthesized fragment are attached to the remaining DNA using another enzyme called DNA ligase, which forms a phosphodiester bond.

https://brainly.com/question/30395579

#SPJ12

Answer: Homologous Recombination

Explanation:

In DNA recombination, homologous recombination is a type of gene repair in which nucleotide sequences are exchanged between two identical molecules of DNA.

When DNA damages occur such as DNA double-stranded breaks or DNA gaps during DNA synthesis.

To conserve genome, cells uses a homologous recombination (HR), a type of DNA repair.

In genetic engineering a foreign DNA with identical nucleotide sequence similar to that of the missing DNA gaps or breaks are introduced into a target cell. The cell recognizes the identical DNA sequences as homologues, causing target gene to be exchanged with the foreign DNA sequence during DNA repair.

HR also occur naturally.

Crossing over is the exchange of DNA sequences between non-sister chromatids of homologous chromosomes during meiosis I, leading to recombinant chromosomes and increased genetic variation.

The process in which related DNA sequences from two different sources are exchanged is known as crossing over. This biological mechanism occurs during meiosis I, when homologous chromosomes pair closely together. During crossing over, non-sister chromatids exchange genetic material, which results in the formation of new combinations of genes, or recombinant chromosomes.

The purpose of crossing over is to increase genetic diversity within a species. It is a critical part of sexual reproduction and ensures that offspring have a unique combination of DNA from both parents, leading to genetic variation within a population. The process is also known as recombination, and the points where the chromatids break and rejoin are called chiasmata.

Answer:

The correct answer is a. ecological disturbance

Explanation:

Any event that disrupts the ecosystem by changing the structure of biotic communities and abiotic elements is called ecological disturbance. So ecological disturbance has a devastating effect on communities that like in that ecosystem.  

These disturbances can be natural like disturbance from tsunami, volcanic eruptions, landslide, flood, etc. Disturbance created by human activities comes under artificial ecological disturbance for example disturbance created by dams.

Here the disturbance is created by digging up the grass which changes the structure of biotic and abiotic elements of that ecosystem therefore it is an example of ecological disturbance.

Final answer:

Digging up the grass for a new garden creates an ecological disturbance. The immediate effect is the disruption of the existing ecosystem, potentially allowing new species to colonize through ecological succession.

Explanation:

When you have finished digging up the grass to plant a garden, but have not yet planted anything, you have created an ecological disturbance in the lawn. The correct answer to the question is option a. For reference, an ecological disturbance is an event that disrupts ecosystem, community, or population structure and changes resources, substrate availability, or the physical environment. As described in ecological studies, when a disturbance occurs, it often provides opportunities for new species to colonize and potentially creates a new community over time through the process of ecological succession. However, immediately after the disturbance and before any new species have established themselves, the primary effect is the disturbance itself, not the creation of a new community.

Furthermore, to address the follow-up question related to ecological roles, the function of a life-form within a community is called a niche, which is option A.

Student nurse indicates effective Clients who are in the ESI-4 category present with stable vital signs, and Clients with severe respiratory distress fall within the ESI-1 category.

Answer: Option B & D

Explanation:

The ESI has developed by many hospitals from all over the countries in the world. It stands for Emergency Severity Index that is a 5 level algorithm categorizing the patient's degree of emergency for the treatment.

They can be mentioned as ESI 1-5 and in terms of Immediate, high risk, medium risk, low risk and stable. Respiratory distress falls within ESI-1 because the chance of pursuing life at risk is more than high-risk situations.

ESI-4 is a low-risk state where the patient can be little stable. This state shows the signs of being stable that is only one resource has to cured to get stable.

Answer:

D) Sexual reproduction increases genetic variation because random mutations can be shuffled between organisms.

Explanation:

Sexual reproduction involves the combination of two gametes from two different parents one from the male parent and another from female parents. So as the two different gene combination occurs in sexual reproduction, therefore, it increases the genetic variation.  

Also, the random mutation that occurs in the DNA can be shuffled between organisms during the fertilization event of reproduction. This increases the genetic variation because new alleles and genes get added to the gene pool. So good mutation is selected naturally and through reproduction, it passes to a new generation. So the right answer is D.

Mutation and sexual reproduction are the two main mechanisms that contribute to genetic diversity in a population. Mutation introduces new alleles and can have various effects on the phenotype, from reducing fitness to providing a beneficial advantage. Sexual reproduction brings together unique combinations of alleles from two parents, resulting in genetic diversity among offspring.

Genetic diversity in a population comes from two main mechanisms: mutation and sexual reproduction. Mutation, a change in DNA, is the ultimate source of new alleles, or new genetic variation in any population. The genetic changes caused by mutation can have one of three outcomes on the phenotype. A mutation can affect the phenotype of the organism in a way that gives it reduced fitness-lower likelihood of survival or fewer offspring. Alternatively, a mutation may produce a phenotype with a beneficial effect on fitness. And, many mutations will also have no effect on the fitness of the phenotype; these are called neutral mutations. Mutations may also have a whole range of effect sizes on the fitness of the organism that expresses them in their phenotype, from a small effect to a great effect. Sexual reproduction also leads to genetic diversity: when two parents reproduce, unique combinations of alleles assemble to produce the unique genotypes and thus phenotypes in each of the offspring.

Answer:

Symbiosis can be described as a biological interaction between organisms of different species.

There are different forms of symbiosis. A type of symbiosis in which both the organisms benefit from each other is called as mutualistic symbiosis.

The blue fungus and the pink plant are able to grow more in size when placed side by side because they undergo symbiosis. They both help each other and develop a symbiotic relationship which allows both of them to have enhanced growth.

Answer:

The correct answer is option B.20 weeks.

Explanation:

By week 20 the mother will already find a pregnancy in half way, remember that a pregnancy lasts 40 weeks.

At this stage the baby's facial features begin to take shape, and the baby begins to develop a sleep-wake cycle. Another feature is that it will probably start sucking its finger.

It is possible that the mother already begins to feel slight movements from her baby in week 20, which should be weighing between 9 and 11 ounces of pounds.

For this week, the baby's skin is covered with an amniotic fluid and a waxy covering that is called vernix.

This vernix is associated with the lanugo, which helps it maintain and is a type of fine and soft hair.

An individual with the genotype AaBbCCDdEE can produce 8 unique gametes through independent assortment, considering the independently assorting genes Aa, Bb, and Dd.

The student has asked how many unique gametes could be produced through independent assortment by an individual with the genotype AaBbCCDdEE. To answer this, we must first consider the alleles that can segregate independently. The genotype AaBbCCDdEE has three genes where independent assortment can occur: Aa, Bb, and Dd. CC and EE do not affect the calculation since they are homozygous and only provide one type of allele. The number of unique gametes is calculated by raising the number of possible allele combinations for a single gene to the power of the number of genes that can segregate independently. In this case, each gene with different alleles (Aa, Bb, and Dd) can produce 2 different gametes (A or a, B or b, D or d). Since we have three such genes, the number of unique gametes is 2^3, which equals 8. Therefore, the correct answer is (b) 8.

Answer:

c. ​Sima de los Huesos

Explanation:

Answer:

Nitric oxide.

Explanation:

Superoxide may be defined as the compounds that contain the superoxide anions like oxygen anion (O2-). This is also known as the reactive oxygen species.

These anions are generated by the immune system to kill the pathogens. These superoxide include the species like NO, NO2. These super oxide anions are toxic to the cell membrane and also plays an important role in the process of ageing.

Thus, the correct answer is option (A).

Answer:

Option (I) and (IV).

Explanation:

Fatty acids may be defined as the carboxylic acid that contains the long aliphatic chain. Fats are generally of two types - saturated fatty acid and  unsaturated fatty acid.

The fatty acids are generally synthesized in the two carbon units. This helps in the proper synthesis of fat. The fatty acids that are most common in plants and animals are palmittic acid or the fats that contain  C16 and C18 species predominate.

Thus, the correct answer is option (I) and (IV).

Answer:

There will be no movement of kinesin protein along microtubules.

Explanation:

ATP or adenosine tri phosphate is an energy rich compound which undergo hydrolysis to generate free energy that is utilized by the cell to carry out various cellular and biological process such as movement of kinesin along microtubules.

 Accoeding to the given question if the kinesin and microtubules are incubated with non hydrolyzable ATP analog instead of ATP then there will be no movement of kinesin along microtubules due lack of free energy.

 As non hydrolyzable ATP anolog is used it will unable to undergo hydrolysis to generate free energy.

Answer:

Myasthenia gravis

Explanation:

Myasthenia gravis is an uncommon (20 per 100000) chronic autoimmune neuromuscular disorder characterized by weakness in the skeletal muscles that worsens with exertion and improves with rest, this happens due to an error in the transmission of nerve impulses to the muscle. Its causes are unknown but it is treatable.

I hope you find this information useful and interesting! Good luck!

Answer:

The correct option is lower.

Explanation:

Schizophrenia can be described as an inherited disease and it is a type of mental illness. As Armend has an identical twin brother with diagnosis of schizophrenia hence, he will have more chances than Robert whose fraternal twin sister has schizophrenia.

As fraternal twins develop from two different eggs hence, the chances in them having the same disease will be lower. Identical twins develop from the same egg, hence they will have more chances of having the same inherited disease.

Robert, who has a fraternal twin with schizophrenia, likely has a lower chance of being diagnosed with schizophrenia compared to Armend, who has an identical twin with the condition, because identical twins share more genetic material than fraternal twins.

The question asks about the likelihood of Robert, who has a fraternal twin sister with schizophrenia, compared to Armend, who has an identical twin brother with the same diagnosis, in having schizophrenia himself. From a genetic point of view, Armend, having an identical twin with schizophrenia, has a higher chance of developing the disorder compared to Robert, who has a fraternal twin sister with the condition. This is due to the fact that identical twins share all of their genetic material, while fraternal twins only share about half, similar to any siblings. The statistics also show that environmental factors play a role, but the genetic risk is significant.

Based on the provided information, which highlights that adoptees with a high genetic risk have a significantly higher likelihood of developing schizophrenia when raised in disturbed environments compared to those raised in healthy environments, it's important to note that while the environment is influential, genetics carry substantial weight in the risk for developing schizophrenia. However, in the context of this question, we are comparing fraternal to identical twins, which implicates the genetic factor as the primary variable. Therefore, it is likely that Robert has a lower chance of having a diagnosis of schizophrenia compared to Armend.

https://brainly.com/question/14033241

#SPJ3

Answer:

Enzyme reverse transcriptase RT

Explanation:

This enzyme is what is needed by the virus to make several copies of itself. Reverse transcriptase is inhibited by this drug thereby reducing the numbers of the virus. The drug is a nucleoside analog of thymidine

Answer:

Stages of Meiosis II

Explanation:

Meiosis is a type of cell division that results in the four gamete cells, with each of the cells reduced by half of the number of chromosomes of the parent cell.

Mitosis is another type of cell division that results in two identical daughter cells, with each having the same number of chromosomes as the parent cell.

Meiosis is divided into meiosis I and meiosis II. Meiosis I is completely distinct from mitosis because every change that distinguishes meiosis from mitosis occurs in meiosis I. Meiosis II is similar to mitosis in its order of activities. Some of them include:

- Prophase II: This involves condensation of chromosomes and formation of new spindle fibres. The similarity in this stage is that the breaking and rejoining of the arm of a chromatid, a process called crossing-over, does not occur unlike in Meiosis I.

- Anaphase II: sister chromatids (replicated pair of chromosome joined by a centromere) separates. This is similar to what occurs in mitosis unlike Meiosis II, where homologous pairs of chromosomes are pulled apart by spindle fibres moving two sister chromatids to each pole.

-Cytokinesis: After the cytokinesis of meiosis II, each daughter cell has the same number of chromosome as the parent cell that divided e.g. a parent cell with n gives rise to two n cells. This is similar to the cytokinesis of mitosis (equal division) unlike Meiosis I, where the number of chromosomes of the daughter cell has been reduced by half (reduction division) e.g a parent cell with 2n gives rise to two cells with n each.

Answer:

two turns

Explanation: At the end of glycolytic pathway, One glucose molecule produces two Acetyl-CoA molecules, the energy output of the Kreb's cycle is usually expressed as the product of the two cycles needed to break down both Acetyl-CoA's.

Steps in the Krebs Cycle

The Krebs Cycle releases energy from acetyl–CoA, but the cellular task is to release energy in a steady and useful way. Thus, the pathway (1) links the acetyl group(2-carbon) of Acetyl-CoA to the substrate(4-carbon) to create a 6-carbon molecule;

(2) rearranges the 6-carbon molecule to a more reactive form;

(3) removes one of the carbon molecules of the substrate to form a 5-carbon molecule and releases energy;

(4) removes another of the carbon atoms of the substrate to form a 4-carbon molecule and releases energy; and

(5) rearranges energy; The main point is that the substratum is first extracted and its carbon atoms emitted in the form of CO2, and only then are the atoms rearranged to reconstruct the substratum in the acetate (from the Acetyl–CoA).

To consume the methyl carbon of acetyl-CoA in the citric acid cycle, approximately three turns are required due to the intricate processes involved in carbon atom distribution and conversion.

The citric acid cycle, also known as the Krebs cycle, processes acetyl-CoA, which enters the cycle contributing two carbon atoms. Each turn of the cycle releases two carbon dioxide molecules, but these do not necessarily contain the same carbon atoms contributed by the acetyl group on that turn. It typically takes multiple turns for the methyl carbon specifically (one of the carbon atoms of acetyl-CoA) to be consumed.

For the methyl carbon of acetyl-CoA to be fully released as carbon dioxide, it requires approximately three turns of the citric acid cycle. This is due to the intricate rearrangement and conversion processes within the cycle that distributes the carbon atoms over subsequent rounds.

Answer:

1:e

2:d

3: homologous structure

4:true

5: vestigial structures

6: evolution

7: appendix

8:true

One of the greatest proofs of evolution is the existence of fossil records.

Evolution refers to the gradual changes that took place in living organisms over time. One of the greatest evidences of evolution is the existence of fossil records.

Homologous Body Structures are the structures that have different mature forms but develop from the same embryonic tissues. It is a true statement that the wing of a bat, human arm, and leg of a turtle are examples of Homologous Body Structures.

The  traces of homologous organs in other species in which they no longer serve a function are called vestigial organs. The appendix in humans is a vestigial organ.

It is a true statement that in their early stages of development, chickens, turtles and rats look similar, providing evidence that they shared a common ancestry.

Learn more: https://brainly.com/question/8592296

Answer: Importance of Microbes - serving to ferment foods, produce fuel, enzymes and bioactive compounds.

Aerobic (fermentation) uses oxygen anaerobic (fermentation) does not use oxygen.

Processes energy flow and nutrient cycling.

(How are they linked?) These two processes are linked through the natural services that are components of the earth.

Microbes are vital for nutrient cycling, decomposition, and bioremediation in ecosystems. Aerobic respiration uses oxygen to produce energy efficiently, while anaerobic respiration (fermentation) occurs without oxygen, producing energy less efficiently but essential in environments lacking oxygen.

Importance of Microbes:

Microbes play a crucial role in various ecological processes and are essential for the maintenance of life on Earth. They are involved in nutrient cycling, such as the fixation of nitrogen from the atmosphere, making it available to plants, and the decomposition of organic matter, which recycles nutrients back into the ecosystem. Microbes are also used in industrial processes, such as the production of antibiotics, enzymes, and biofuels. Additionally, they are vital components of the human microbiome, influencing human health by aiding in digestion, producing vitamins, and protecting against pathogens.

Aerobic Respiration vs. Anaerobic Respiration (Fermentation):

Aerobic respiration is a metabolic process in which cells use oxygen to convert glucose into energy (ATP). The complete breakdown of glucose results in the release of carbon dioxide, water, and a large amount of energy. The general equation for aerobic respiration is:

[tex]\[ C_6H_{12}O_6 + 6O_2 \rightarrow 6CO_2 + 6H_2O + \text{energy (ATP)} \][/tex]

Anaerobic respiration, or fermentation, occurs in the absence of oxygen. In this process, glucose is only partially oxidized, and the final electron acceptor is an organic molecule, such as pyruvate, which is converted into various products like ethanol, lactic acid, or hydrogen gas, depending on the organism and conditions. The energy yield in anaerobic respiration is much lower than in aerobic respiration. A general equation for fermentation might be:

[tex]\[ C_6H_{12}O_6 \rightarrow 2C_2H_5OH + 2CO_2 + \text{less energy (ATP)} \][/tex]

Two Processes Sustaining Ecosystems and the Biosphere:

The two fundamental processes that sustain ecosystems and the biosphere are photosynthesis and respiration. Photosynthesis is the process by which plants, algae, and certain bacteria convert light energy into chemical energy, storing it in glucose. This process also produces oxygen as a byproduct, which is essential for aerobic respiration. The general equation for photosynthesis is:

[tex]\[ 6CO_2 + 6H_2O + \text{light energy} \rightarrow C_6H_{12}O_6 + 6O_2 \][/tex]

Respiration, as previously discussed, is the process by which organisms convert nutrients into energy (ATP). This energy is used to fuel cellular activities. Respiration can be aerobic or anaerobic, depending on the presence or absence of oxygen.

Link Between Photosynthesis and Respiration:

Photosynthesis and respiration are linked in a cyclical manner. Photosynthesis captures energy from sunlight and stores it in organic compounds like glucose, which are then used by organisms during respiration to release energy for various life processes. During photosynthesis, oxygen is produced, which is necessary for aerobic respiration. Conversely, the carbon dioxide released during respiration is used as a substrate for photosynthesis. This interdependence forms the basis of energy flow and matter cycling within ecosystems and the biosphere as a whole.

Answer:

C) I and III

Explanation:

The biological species concept defines species as a group of individuals that can interbreed together to give rise to fertile and viable progeny. Therefore, a biological species consists of one or more populations whose members are able to interbreed among themselves to produce fertile progeny but can not interbreed with the members of other biological species. Reproductive isolation is the criteria to classify organisms on the basis of the biological species concept.

The concept cannot be applied to the extinct organisms or the organisms that do not reproduce sexually.

Final answer:

Biological species are defined by reproductive isolation and are the largest unit of population in which successful reproduction is possible.

Explanation:

The correct statements about species, as defined by the biological species concept, are:

Biological species are defined by reproductive isolation. This means that individuals of different species cannot reproduce successfully with each other, leading to the formation of distinct species.

The biological species is the largest unit of population in which successful reproduction is possible. This means that individuals within the same biological species have the ability to interbreed and produce viable, fertile offspring.

Therefore, the correct answer is option C) I and III.

Answer:

Those steps take place in the liver and the kidneys.

Explanation:

Cholecalciferol, which is the inactive form of vitamin D, is first transported in the blood via vitamin D binding protein (DBP) to the liver.

Upon reaching the liver, cholecalciferol will undergo chemical changes, forming calcidiol, the deposit form of vitamin D.

After that, calcidiol goes to the kidneys, which will form calcitriol, the metabolically active form of vitamin D.

Cholecalciferol must be converted in both the liver and the kidney to become the active form of vitamin D, known as calcitriol. In the liver, it becomes calcidiol, and then in the kidney, it is finally converted to calcitriol, regulating vital bodily processes.

Cholecalciferol, an inactive form of vitamin D, must undergo two conversion steps before it becomes the active form of vitamin D, calcitriol. These steps take place in the liver and the kidney.

In the liver, cholecalciferol is hydroxylated to become 25-hydroxycholecalciferol (calcidiol), also known as 25(OH)D. This is the main circulating form of vitamin D in the blood. From there, it travels to the kidney, where it undergoes another hydroxylation step. The kidneys convert calcidiol into 1,25-dihydroxycholecalciferol (calcitriol), which is the biologically active form of vitamin D. This transformation is crucial for regulating calcium and phosphorus levels in the blood and is important for maintaining healthy bones and teeth among other physiological processes.

Answer:

D. temporal

Explanation:

Temporal isolation is a reproductive barrier that occurs when two similar members of a biological population occupying the same habitat breed at different times of the day or at different seasons. When this occurs, the two similar members would be unable to mate with each other. Over time, both individuals become entirely two different species through this evolutionary mechanism

The answers to the blank spaces are: against, with, higher, lower, ligand, flow, membrane potential. All answers stated respectively .

The difference between two areas' concentrations of a material is referred to as a concentration gradient. It is the difference in concentration over a certain distance, usually between two areas of different concentrations. It could be a molecule, an ion, or another type of chemical compound.

Traveling "against" the concentration gradient entails traveling from a region of higher concentration to a region of lower concentration, while moving "with" the concentration gradient entails doing the opposite.

Learn more on concentration gradient here:

https://brainly.com/question/19328396

#SPJ3

Answer:

The correct answer are - A brain, ventral nerve cords and segmental ganglia.

Explanation:

Cephalized invertebrates are the invertebrates that shows a degree of cephalization which is an evolutionary trend in which the organism developed the nerve ganglia, sense organs, and mouth over the generations in more concentrated at the anterior end of the organism.

Insects have a relatively simple nervous system components that invelove segmental ganglia, A well developed brain, and ventral nerve cords.

Thus, the correct answer is - A brain, ventral nerve cords and segmental ganglia.

Answer:

The correct answer will be option-A

Explanation:

Thomas Hunt Morgan performed the experiment in 1910 on the Drosophila which explained the role played by the chromosomes in heredity. When Morgan crossed red-eyed flies he observed that F₂ flies included both red ad white-eyed flies in which the males are white-eyed only.

Morgan concluded that the genetic factor which controlled the eye color was present on the same chromosome which determined the sex of the flies. This indicated that the gene in involved on the X chromosome and the male is hemizygous for the trait.

Thus, option-A is the correct answer.

The explanation for the observed outcome of Thomas Hunt Morgan's fruit fly experiment is that the gene for eye color was on the X chromosome. The white-eyed flies were all male due to inheriting this gene from their mothers, as males only have one X chromosome and thus cannot mask the expression of recessive traits.

The explanation for the observed phenomenon in Thomas Hunt Morgan’s experiment pertains to the genes and where they are located. In this case, the correct explanation is A) The involved gene was on the X chromosome. This is because in fruit flies, which is what Morgan used, the sex is determined by the XY system, where males are XY and females are XX. If a male receives a recessive gene (like the one for white eyes) it will be expressed because he has no other allele on a second X to mask it. This is why all the white-eyed flies were male in Morgan’s F₂ generation, as they inherited the white-eye gene on their X chromosome from their mother.

https://brainly.com/question/30459739

#SPJ3

Answer:

All viruses possess a mechanism except exiting the cell

Explanation:

There are two main types of reproductive cycle in viruses, the lytic cycle and the lysogenic cycle.

In the lytic cycle, the bacteriophage attaches itself to the host cell through its tail fibers and gain contact with the host cell wall. The tip of the tail make a hole in the bacterial cell wall by means of enzyme lysozyme. Through this hole or point of entry, the viral genome enters the host cell and transcribe some mRNAs to form enzymes over the host ribosomes and degrades the host DNA and mRNAs. It takes over of the entire cellular machinery. Different components combine to form new phages particles or viruses The eclipse period is the period between entry of viral nucleoid into the host cell and the bursting of host cell to release new viruses.

Contrastingly, in lysogenic cycle, the phage DNA does not take over the control of cellular machinery of the host instead produces a repressor and undergoes reduction to temperate or non violent state.

The diagram can be improved by:

                                   Lungs

                                      ↓

                                  oxygen

                                      ↓

                Red blood cells (carrying oxygen)

                                      ↓

Organs (like stomach and liver etc) from where carbon is taken and oxygen is supplied

                                      ↓

        RBC's carrying Carbon dioxide to the lungs

Lungs: The lungs are where oxygen is taken in during the process of breathing. Oxygen is a vital element required by the body for cellular respiration.

Red Blood Cells (carrying oxygen): Red blood cells (RBCs) are specialized cells in the bloodstream responsible for carrying oxygen from the lungs to different parts of the body. They contain a protein called hemoglobin, which binds with oxygen in the lungs and carries it to where it is needed.

Organs (like stomach and liver, etc.) from where carbon is taken and oxygen is supplied: This part of the diagram signifies that various organs in the body, including the stomach and liver, require oxygen for their metabolic processes. They receive oxygen from the red blood cells to function properly. At the same time, these organs produce carbon dioxide (a waste product) as a result of their metabolic activities.

RBC's carrying Carbon dioxide to the lungs: After delivering oxygen to the organs, the red blood cells pick up carbon dioxide, which is a waste product of cellular metabolism. The red blood cells then carry this carbon dioxide back to the lungs.

To know more about Lungs:

https://brainly.com/question/29129215

#SPJ3

Answer:

The correct answer is Speech-language pathologists.

Explanation:

There is a type of language disorder which treats people who have trouble understanding other people and expressing themselves.

This should be distinguished from speech disorder, which is when a person has difficulty producing sounds or speaking fluently.

Those who work to help people with these types of disorders are called Speech-language pathologists. They are professionals who are responsible for the identification, diagnosis, and design of the treatment plan and curriculum for children with communication, language, and speech disorders.

They usually form teams with other professionals such as therapists, teachers, audiologists, etc.

Together they try to solve the problems presented by this disorder that are usually semantic or grammatical problems, difficulty in social communication or problems to relate the sound of a word with its meaning, among others.