Answer:
C
Explanation:
Answer:
C. It is cold and dense so it rises
Explanation:
"Molten rock, i.e., magma, is less dense and more buoyant than the surrounding rock, as a result magma rises through Earth's crust. Most magma is trapped in the crust, but some erupts onto the Earth's surface as lava."
What are the major mechanisms of epigenetic genome modification?
The major mechanisms of epigenetic genome modification are DNA methylation, histone modifications, and non-coding RNA-associated gene silencing.
DNA methylation is the process in which there is an addition of methyl groups to the DNA molecule. When there is the presence of methyl groups on a gene , it is turned off. Thus, no protein formation takes place from that gene.
Histone modification is the process in which histone proteins, can be modified by the addition or removal of methyl or acetyl groups. DNA is wrapped around histone proteins, and histone proteins can be modified by the addition or removal of methyl or acetyl groups. Due to these modifications. it affects how tightly DNA is wrapped around histones and genes can be turned off and on.
Non -coding RNAs control gene expression by sequence specific interactions with regulatory regions.
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Atp energizes other molecules in cells by transferring a(n) ________ to those molecules.
ATP energizes other molecules in cells by transferring phosphate groups to those molecules.
An energy-demanding process can be coupled to ATP hydrolysis in a cell in one of two ways: either ATP is used to activate a reactant, or ATP is used to alter a reactant's form. Transferring a phosphate group to the reactant results in the phosphorylation of the product, which can be used to accomplish either goal.
Cells can use chemical energy known as ATP, or adenosine triphosphate. It is the molecule that gives your cells the power to accomplish things like contract your muscles as you walk down the street.
Therefore, ATP energizes other molecules in cells by transferring phosphate groups to those molecules.
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A skeletal muscle is a composition of several components bundled one into the other. at which structural level in the muscle does contraction occur to bring about contraction in the whole muscle?
The structural level in which the muscle produces the contraction is known as the muscle fiber.
What is a muscle fiber?A muscle fiber is a single muscular cell that is able to contract by using specialized proteins such as filaments of myosin and actin.
This unit (muscle fiber) is able to contract both in vivo and in vitro by establishing suitable environmental conditions (e.g., proper calcium levels).
In conclusion, the structural level in which the muscle contracts is the muscle fiber.
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In prokaryotes, new mutations accumulate quickly in populations, while in eukaryotes, new mutations accumulate much more slowly. The primary reasons for this are ________.
In prokaryotes, new mutations accumulate quickly in populations, while in eukaryotes, new mutations accumulate much more slowly. The primary reasons for this are prokaryotes reproduce quickly and have vast populations.
Prokaryotes V/S EukaryotesProkaryotesProkaryotes are organisms consisting of cells that don't have cell nuclei or any organelles that are enclosed in membranes. It follows that prokaryote's DNA is not contained within a nucleus.
The following components could be found in a normal prokaryotic cell:
The membrane enclosing and guarding the cell is known as the cell wall.All of the cell's internal components, excluding the nucleus, are called cytoplasm.Some prokaryotic cells have filaments made of proteins called flagella and pili.A nucleoid is a cell structure that resembles a nucleus and contains genetic material.A plasmid is a little DNA molecule with independent reproduction.EukaryotesEukaryotes are organisms made up of cells with membrane-bound organelles and a nucleus that contains DNA in the form of chromosomes. Eukaryotic organisms can have several cells or just one cell. Eukaryotes make up all animal life. Protists, fungi, and plants are examples of additional eukaryotes.
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Mitosis is a type of cell division. Organize the images below to show the steps of mitosis.
The image in the correct order in which mitosis will occur will be 3, 4, 2, and 1.
What is mitosis?It is the division of vegetative cells that results in the formation of 2 daughter cells.
There are 4 stages of mitosis - prophase, metaphase, anaphase, and telophase. Thereafter, the cytoplasm divides in a process known as cytokinesis.
At prophase, the nuclear membrane dissolves and the chromatin material condenses.
At metaphase, the chromosomes align at the center of the cell while the spindle fiber engages each of them from the opposite ends of the cell.
At anaphase, chromosomes are pulled apart and sister chromatids of the same chromosome begin migrating towards opposite ends of the cell.
At telophase, migration of chomatids complete.
Thereafter, the nuclear membrane reappears around each chromosome, the chromosomes decondense, and the cytoplasm divides to give two independent cells.
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An infant has a strange rash. Some of the rash is swabbed and examined under the microscope. A mass of threadlike structures is observed. How should this infection be treated
An infant has a strange rash. Some of the rash is swabbed and examined under the microscope. A mass of threadlike structures is observed. So, this infection be treated with an anti-fungal cream
OTC creams will deal with the infection (e.g., Lamisil, Lotrimin, Micatin, Tinactin), however, in some cases oral drugs are fundamental.
In infants, Fungi can cause superficial infection, i.e., on skin, nails, and hair like oral thrush, candida diaper rash, fungal infection, and so forth, are different kinds of superficial fungal infections, subcutaneous contagious disease in tissues under the skin and finally it causes systemic infection in more profound tissues.
The primary structure of most fungi consists of fine, spreading, normally dull threads like structures called hyphae. Every fungus will have immense quantities of these hyphae, all interlacing to make up a tangled web called the mycelium.
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What is plant development biology??
Plant Developmental Biology encompasses the study of how complex multicellular plants are developed from a single zygotic cell.
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What is the highest total blood cholesterol concentration (mg/dL) that falls within the desirable range
Cholesterol levels below 200 mg/dl are considered "desirable blood cholesterol," 200 to 239 mg/dl are considered "borderline-high blood cholesterol," and 240 mg/dl and above are considered "high blood cholesterol."
There are two forms of cholesterol: low-density lipoprotein (LDL) and high-density lipoprotein. Cholesterol is a waxy, fatty molecule (HDL).The "bad" cholesterol LDL, or too much of it, can accumulate in blood arteries and form plaques, which are fatty deposits.Heart attacks and strokes are only two more issues that these plaques can cause.Low levels of both total and LDL cholesterol are ideal. However, having higher levels of HDL, or "good," cholesterol, may lower your chance of having a heart attack or stroke.Doctors can check your total cholesterol, HDL, and LDL levels.learn more about Cholesterol levels here: https://brainly.com/question/841110
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Which procedure is contraindicated in an antepartum client with bright red, painless bleeding?
A vaginal exiamination contraindicated in an antepartum client with bright red, painless bleeding.
If a patient has bright red vaginal bleeding, a vaginal examination should be avoided until placenta previa has been ruled out. Vaginal bleeding is referred to as antepartum haemorrhage. It is most frequently observed in the third trimester and is linked to high rates of maternal and foetal morbidity and mortality.
Placental previa, placental abruption, and bloody labour show are common causes of antepartum haemorrhage. Vaginal haemorrhage, stiff uterus, and lower abdominal pain are frequently present placental abruption symptoms. Contrarily, placenta previa and vasa previa often present with painless vaginal bleeding and foetal discomfort prior to or following the rupture of the membranes, respectively.
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The use of a thiazide diuretic that inhibits NaCl reabsorption in the distal tubule does which of the following
Thiazide diuretics promote natriuresis and diuresis.
Thiazide diuretics are an FDA-approved class of drugs that inhibit reabsorption of 3% to 5% of luminal sodium in the distal convoluted tubule of the nephron. By doing so, thiazide diuretics promote natriuresis and diuresis.
What is Thiazide diuretics ?Thiazide diuretics are a common treatment for high blood pressure (hypertension). They are also used to clear fluid from the body in conditions where your body accumulates too much fluid, such as heart failure.
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Lithified ash (or ash mixed with pyroclastic fragments) forms a volcaniclastic rock called a:________
Lithified ash (or ash mixed with pyroclastic fragments) forms a volcaniclastic rock called a Tuff.
A form of rock called tuff is created when volcanic ash is blasted from a vent during an eruption. The ash is transformed into a rock after ejection and deposition. Tuff is defined as rock with an ash content of more than 75%, whereas tuffaceous refers to rock with an ash content of 25% to 75%.The thickness of tuff often decreases with distance from the volcano and is usually greatest close to the volcanic vent. The typical shape of a tuff deposit is that of a "lens," not a "layer." Tuff may also be thickest on the vent's side that faces away from the wind or on the side facing the direction of the blast.
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Which type of archaebacteria are found in the same environments as those of bacteria?
Group of answer choices
Methanogens
Nonextreme Archaebacteria
All of the choices
Extremophiles
The type of archaebacteria are found in the same environments as those of bacteria are methanogens (option A).
What is Archeaebacteria?Archaebacteria are a diverse group of bacteria that belongs to the domain Archaea. They are exemplified by their ability to survive in extremely harsh environments.
There are three major classes of Archaebacteria as follows:
methanogenshalophilesthermophilesMethanogens are any of various archaebacteria that is capable of methanogenesis, which is the production of methane anaerobically.
Halophiles and thermophiles are found typically in extreme environments of high salinity and high temperature respectively.
Therefore, the type of archaebacteria are found in the same environments as those of bacteria are methanogens.
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Which molecule allows for crossbridge reformation by breaking the myosin and actin crossbridge?
a) acetylcholinesterase
b) acetylcholine
c) calcium
d) atp
ATP allows for crossbridge reformation by breaking the myosin and actin crossbridge. So the correct answer is d) atp
When ATP is bound to myosin head, and the myosin, cross bridges between actin and myosin are broken up, releasing ADP and P1, and the muscle returns to its relaxed condition. The myosin globular head, which extends from a myosin filament in muscle, is held to momentarily bind to a nearby actin filament and bring it into the A band of a sarcomere between the myosin filaments to form a cross bridge.
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How does sodium regulate the uptake of glucose into enterocytes?
Answer:
Sodium regulates the absorption of glucose by the enterocytes.
There are two basic types of transport systems for glucose:
- Sodium dependent glucose transporters (SGLTs)
- Glucose transporters (GLUTs)
Sodium is transported into cells actively by SGLTs, and glucose is transported into cells passively. The co-transport system's energy source are the sodium ions. In addition to other tissues, the GI brush-border membrane contains a very high number of SGLTs.
There are as many as 6 more related proteins, mostly expressed in the kidney, and at least 3 SGLTs (SGLT1-3) have been described from different species. The extracellular side of the SGLTs has both N and C terminal ends, totaling up to 15 transmembrane domains.
The GLUTs enable the diffusion of glucose, and some of them can also move other hexose carbohydrates. Due to amino acid sequences in the four hydrophilic domains of the 12 transmembrane domains, certain GLUT proteins are tissue-specific.
True vertebrates have a true head that develops from a neural crest of cells and hard structures surrounding the notochord.
Yes. True vertebrates have a true head that develops from a neural crest of cells and hard structures surrounding the notochord.
The neural crest, which forms early in the development process in vertebrate embryos, is a fold on the neural plate where the neural and epidermal ectoderms converge. As an embryo grows, the neural crest produces neural crest cells (NCCs), which can differentiate into a variety of different cell types and contribute to tissues and organs.
The notochord is a temporary structure that plays a crucial role in higher animals. It secretes substances that communicate with all neighbouring tissues, telling them where they are and what will happen to them.
Therefore, True vertebrates have a true head that develops from a neural crest of cells and hard structures surrounding the notochord.
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The body of most fungi consists of threadlike _____, which form a network called a _____.
Answer:
The asnwer to your question is Hyphae and Mycelium
Explanation:
The body of most fungi consists of threadlike Hyphae, which form a network called a Mycelium.
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Consider a hypothetical food chain consisting of grass, rabbits, and foxes. The primary productivity of the grass is 200 units. What is the maximum amount of energy that we should expect to be
The maximum amount of energy that we should expect to be recycled from fox trophic level back to the grass trophic level is 0 units.
A food chain describes who eats whom in the wild. Every living thing – from unicellular algae to giant blue whales – needs food to survive. Every food chain is a possible pathway that energy and nutrients can travel through an ecosystem. The primary productivity of the grass is 200 units. There is a 10 fold decrease in the amount of energy units as we move upwards in production chain. So from grass to rabbits we lose energy. The foxes will only really have two units once it's decreased by 10 fold again. The grass does not get any energy from the decaying bodies of foxes, they get the minerals that they need to grow. And so the correct answer to this question is 0 units because when the energy gets recycled from fox trophic level back to the grass trophic level it will be totally reduced.
Note: The question seems to be incomplete. So the complete question is "Consider a hypothetical food chain consisting of grass, rabbits, and foxes. The primary productivity of the grass is 200 units. What is the maximum amount of energy that we should expect to be recycled from the fox trophic level back to the grass trophic level? Answer choices: A) 0 units B) 0.2 units C) 2 units D) 20 units"
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The difference in heat distribution between the poles and the equator is due to Earth’s
a. orbit around the sun
b. spherical shape
c. tilted axis of rotation
uneven heating between the equator and the poles the one air ICS and the cooler air from the reasons in the 0300 latitude belt on the either side of equator moves in these wines below the form of North and South towards the equator as the falls the air is colder than the lead to and 60 degree
Relatively speaking, how much atp is produced by glycolysis and the citric acid cycle?
2 ATPs are produced in the TCA cycle per glucose molecule (2 acetyl CoA).
The ATP that is produced by glycolysis and the citric acid cycle is, both yield a small amount of ATP.
Citric acid cycle is also known as Krebs cycle, which breaks down the pyruvic acid to carbon dioxide. As a result to which it produces 2 ATP and 6 NADH, for every glucose molecule entering glycolysis.
Krebs cycle is a series of reactions that occurs in the matrix of mitochondria. It takes in acetyl CoA and produces carbon dioxide.
The overall yield of energy-containing compounds from the citric acid cycle is three NADH, one FADH2, and one GTP.
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Psl 250 when the ventricles are contracting, blood is flowing through which valves?
Pulmonary valve and Aortic valve
During systole, the aortic and pulmonic valves open to permit ejection into the aorta and pulmonary artery.
What happen when ventricles contract ?When the right ventricle contracts, blood is forced through the pulmonary semilunar valve into the pulmonary artery
Then it travels to the lungs. In the lungs, the blood receives oxygen then leaves through the pulmonary veins. It returns to the heart and enters the left atrium.When the left ventricle contracts, it forces blood through the aortic semilunar valve and into the aorta. The aorta and its branches carries the blood to all the body's tissues.Learn more about Ventricles here:
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Staphylococcus bacteria are commonly present in the human nasal cavity and rarely cause disease in the upper respiratory system. Which type of symbiosis does this represent
Staphylococcus bacteria are commonly present in the human nasal cavity and rarely cause disease in the upper respiratory system. Which type of symbiosis does this represent commensalism.
What is staphylococcus bacteria?Numerous virulence factors, including hemolysins, leukocidins, proteases, enterotoxins, exfoliative toxins, and immune-modulating substances, are produced by the bacterium aureus. During growth, these factors' expression is strictly controlled.Molecules with phagocyte-destructive potential. The measles virus has the ability to weaken the immune system, deactivating host defenses.Numerous poisons, immune evasion mechanisms, and a wide range of protein.Non-protein substances that promote host colonization during infection are among them.
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There are 7,000 species of echinoderms, all of which are marine, move slowly, and have a bumpy or spiky surface. Drag the functions to the echinoderm structures highlighted in the sea star.
Sea stars are members of class Asteroidea and are the most well known members of Echinoderms.
What are the characteristics of Sea stars?The sea stars, or members of the class Asteroidea, are among the most well-known echinoderms. There are more than 1,800 species of them, and they come in a wide range of sizes, colors, and shapes. Five thick arms that stretch from a central disk where organs penetrate the arms are one of the features of sea stars that distinguish them from other echinoderm classes. Sea stars utilize their tube feet to hold prey as well as to grip surfaces. They can evert one of their two stomachs, which they have, through their mouths to exude digestive juices into or onto prey before absorption. Sea stars have two stomachs. By effectively liquefying the prey, this procedure helps facilitate digestion.What are the functions of echinoderms highlighted in Sea stars? Like other echinoderms, Sea stars are radially symmetrical with pentamerous radial symmetry, coelomate, triploblastic and have organ-system level of organization.Pedicellariae are present.Calcareous endoskeleton made of ossicles is present that gives them a spiny appearance.Water Vascular System is present which is the most distinctive features of echinoderms.learn more about echinoderms- https://brainly.com/question/13048917
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Methicillin is an example of the beta-lactam class of drugs that?
Answer:
Meticillin (INN, BAN) or methicillin (USAN) is a narrow spectrum beta-lactam antibiotic of the penicillin class.
Explanation:
Like other beta-lactam antibiotics, methicillin acts by inhibiting the synthesis of bacterial cell walls. It inhibits cross-linkage between the linear peptidoglycan polymer chains that make up a major component of the cell wall of gram-positive bacteria.
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Answer:
target gram-positive bacteria
Explanation:
To be specific, they block the synthesis of the bacterial cell wall that is composed of peptidoglycan which methicillin targets
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Which of the following is TRUE about bacteria?
Group of answer choices
Autotrophic bacteria are responsible for the recycling of nitrogen, phosphorus, and carbon.
All bacteria cause diseases.
Some bacteria help to process foods or control agricultural pests through chemicals or genetic engineering.
All bacteria are heterotrophs that require oxygen to survive.
The TRUE statement about bacteria is "Some bacteria help to process foods or control agricultural pests through chemicals or genetic engineering". The third option is correct.
One crucial fact about bacteria is that some of them favourably affect food processing and agricultural pest management. Bacteria perform many different functions on our planet.
In the food industry, these helpful bacteria are used to ferment different goods, such as yoghurt and cheese, boosting flavour and nutritional value.
Additionally, certain bacteria function as biopesticides, aiding farmers in pest management without the use of hazardous chemicals.
Additionally, genetic engineering is used to harness microorganisms to create useful materials like pharmaceuticals and enzymes, which help a variety of businesses.
This emphasises the important part that certain bacteria play in enhancing food production, sustainability, and human welfare.
Thus, the third option is correct.
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1 ) Explain how competition between members of the same species helps to control population growth.
2) Name two factors that the crop plants and weeds may complete for and explain the importance of each.
3) Farmers usually prefer to spray herbicides on weeds early in the growing season. suggest why.
Competition help to regulate population growth since only those who are able to obtain food survive.
Crop plants and weeds may compete for water and for sunlight.
Farmers spray herbicides early in the growing season to avoid competition between crop plants and weeds.
What is the effect of competition on population?Competition among species help to regulate population growth by ensuring that only those who are able to obtain food survive. Thus, only fit individuals of a species survive.
Crop plants and weeds may compete for water because water enables them to carry out metabolic activities of growth and development.
Crop plants and weeds may also compete for sunlight and they need sunlight to carry out photosynthesis.
Farmers spray herbicides early in the growing season in order to avoid or reduce competition between crop plants and weeds.
In conclusion, competition among species helps to control overpopulation.
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INTRODUCTION
The decline in weed seed numbers in arable fields (approx. 95%) over the course of the 20th century is witness to the success of weed control measures (Robinson and Sutherland, 2002). This success in weed control has resulted primarily from the extensive use of herbicides, changes in crop rotations and a range of cultivation methods. However, the sustained use of a range of agro‐chemicals, in recent years, has resulted in an increase in the number of herbicide‐resistant weed species (Powles and Shaner, 2001), a shift in the weed flora of arable fields from one of mixed weeds to one dominated by grass weeds (Barr et al., 1993) and increasing environmental and public health concerns over the use of pesticides (Conway and Pretty, 1991).
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What aspect of the run chart helps you compare data before and after a pdsa cycle?
The baseline median AND annotations of while particular changes were examined (PDSA cycles)both the median and annotations marking particular changes permit you to see how observations earlier than your PDSA cycle evaluate those that come after.
Control charts help health systems measure healthcare processes and determine the strategy and scope for an improvement initiative. The control chart can help determine the focus of the next PDSA cycle in one of four areas: Identifying variation. Understanding variation.
A trend on a run chart is five or greater consecutive factors all going up or all going down. If the cost of or more successive points is the same, ignore one of the points whilst counting. Like values do now not make or destroy a trend.
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If an organism with the genotype aabb produces gametes, what proportion of the gametes would be bb?
Assuming independent genes and normal meiotic events, the gametes of an individual with genotype aabb are ab, ab, ab, ab. There are no bb gametes. The answer is NONE.
What is a gamete?
A gamete is a haploid cell that results from the meiotic division of germ cells during gametogenesis.
These haploid cells have half the number of chromosomes of somatic and germ cells, and their destiny is to merge with another gamete to produce a new diploid cell.
During gamete formation, homologous chromosomes separate after crossing over, and finally, sister chromatids separate too, resulting in four haploid cells, each of them with a different allele combination.
When genes are in different chromosomes or far from each other in the same chromosome, they express independent assortment during meiosis. These genes are independent.
Independent assortment means that during a meiotic event, alleles from two or more different genes distribute in gametes independently from each other.
Each gamete receives an allele of a gene that does not depend on nor influence the allele of another gene in the same gamete.
In the exposed example, the homozygous recessive genotype is composed of two diallelic genes ⇒ aabb
Genotype: aabbAllele combination ⇒ Gametes ⇒ ab, ab, ab, ab
Assuming independent genes, unless there is some sort of problem during meiosis, there are no gametes bb, because gametes result from the combination of both genes.
The answer is NONE. There are no gametes bb.
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Compare the function of phototropism to the function of gravitropism. How does each of
these tropisms work?
(Hint: starch molecules and auxins should be part of your response.)
The function of phototropism can be compared best with the function of gravitropism by taking an example of statoliths (Starch molecules) in roots and auxin in stem.
Roots often bend away from light (i.e., exhibit negative phototropism) in the direction of gravity(i.e. exhibit positive gravitropism).
Whereas stem-like organs drive their growth toward the light (i.e., positive phototropism) and away from gravity (i.e., negative gravitropism) (i.e. positive gravitropism).
As in the instance of phototropism, positive tropisms react by migrating towards the direction of the stimulus source.
Auxin formation and blue light stimulation control this response's mechanism.
On the shaded side of the plant, where those cells are starting to elongate, the activation of the blue light results in a concentration of auxin, a plant hormone.
On the other hand, negative tropisms, like gravitropism in plant shoots, react by migrating away from the stimulus's source.
A unique type of cell called a statocyst contains statoliths, which are starch molecules that can settle within the statocysts in reaction to gravity.
These starch molecules accumulate on the bottom of the statocyst as they descend toward gravity, increasing auxin levels and encouraging cell elongation.
Hence, these two processes can be compared best with an example of statoliths (Starch molecules) in roots and auxin in stem.
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A human somatic cell is in g1 of the cell cycle. How many physical copies of the ldlr gene does this cell have?
A human somatic cell is in g1 of the cell cycle. The cell will have two copies of the ldlr gene.
Humans are diploid, which means that each chromosome has two copies.Since a diploid organism is produced by the union of two gametes, each of which contains one set of chromosomes (N), diploid cells (all the cells in our body aside from our gametes) have 2N. It helps to think of chromosomes as bundles of genetic data when discussing chromosome number (ploidy). Because each sister chromatid has genetic material (alleles) inherited from just one parent, they make up one chromosome.A diploid organism has two copies of each gene during G1 of interphase. The cell is only developing and functioning normally in the body during the G1 phase.learn more about G1 phase here: https://brainly.com/question/11779221
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Hormones called ________ are involved in regulation of white blood cell populations.
Hormones called Colony-stimulating factors are involved in regulation of white blood cell populations.
They are the master regulators of granulocyte and macrophage populations. As well as they are hematopoietic growth factors that induce clonal growth of hematopoietic progenitors in vitro and in vivo.
It is a substance that stimulates the production of blood cells.
The Colony-stimulating factors include granulocyte colony-stimulating factor (G-CSF), granulocyte-macrophage colony-stimulating factor (GM-CSF), and promegapoietin.
The Colony stimulating factors circulate in the blood, acting as hormones, and are also secreted locally. One example of it is erythropoietin.
The main function of it is to increase the immune system by increasing the number of neutrophils produced.
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