The actions that will introduce confounding variables into Hakeem's experiment of testing the effects of sunlight on samples of soil will be:
(B) He tests for multiple hypotheses at a time.
(E) He uses different varieties of soil in each of his samples.
Variables are the factors of an experiment that can themselves change or exhibit the potential to change the results of the experiment. There are three types of variables: the dependent variable, the independent variable and the controlled variable.
Hypothesis can be defined as any statement or theory that has no significant proof. That theory may be or may not be true and applicable.
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A ______ joint occurs where bones are held together by dense regular connective tissue.
Answer:
Fibrous
What are Fibrous joints?
They are bones that are joined by dense connective tissue that is rich mostly in collagen fibers. The joints all together are called sutures
explain why the maternal strategy typically used by phocids is different from the maternal strategy used by otariids
Phocid maternal techniques fluctuate from that of the otariids, particularly by using a shorter lactation duration and maternal fasting for the duration of the entire lactation period.
Reported obstetric care interventions were basically secure delivery care interventions and the supply of basic and comprehensive emergency obstetric care (EmOC), together with cesarean sections. different obstetric care interventions covered the education of healthcare employees and referral for care.
Phocids are also called earless seals or “real” seals. they've ear holes, but no external ear flaps. in addition, they have small front flippers and circulate on land by flopping along on their bellies. At sea, those seals circulate their rear flippers back and forth like a fish's tail to propel themselves through the water.
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What is the purpose of microtubules during Mitosis
Answer:
During mitosis, microtubules similarly extend outward from duplicated centrosomes to form the mitotic spindle, which is responsible for the separation and distribution of chromosomes to daughter cells.
In this unit, we learned about severe weather disasters and their repercussions. According to Murphy, explain how reducing the initial emergency response by one day can reduce the overall recovery by 1000 days?
Answer:According to Murphy it has been concluded that to accelerate the emergency response,autonomous robots and unmanned machines can be used.
Explanation: Don't ask how i know it :)
Answer: The correct answer is : According to studies carried out, it has been concluded that to accelerate the emergency response one day, autonomous robots and unmanned machines can be used. In this way the recovery time can be reduced by one thousand (1000) days or almost three years.
Explanation: I Jus know it
population genetics is the study of total genetic variation of a population through time. select one: true false
Answer:
True
Explanation:
Population genetics is the study of variation within populations of individuals, and the forces which shape it. Do with this info as you may. Also just paste the question into another search engine. This tends to give different results
Making good decisions with our natural resources will presumably lead to?
A solid with volume 12 cubic units is dilated by a scale factor of k. Find the volume of the image for 1/4
The volume of the image for 1/4 is 3/16 cubic units.
You can make use of the idea that the solid is composed of 12 cubes, each with a side length of one unit. For k = 1/4, the volume of the dilated solid's image is 3/16 cubic units.
Given that the initial solid had 12 cubic units. Its volume was the same as the sum of the volumes of 12 cubes with a unit side length. Given that the scale factor of the dilation is k, each cube's side length has been multiplied by k.
Now, V = 12 x k^3 gives the volume of a 12-cube pyramid whose sides are each k units long. Given that k = 1/4, we can calculate V as follows: 12 x (1/4)^3 = 3/16 unit3. Therefore, for k = 1//4, the volume of the dilated solid's image is 3/16 cubic units.
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11. All of the following are disadvantages of using wind energy EXCEPT
O visual impacts.
O unreliable production.
O air pollution.
O noise pollution.
All of the following are disadvantages of using wind energy except air pollution.
Any mechanical energy that is produced by wind or any naturally occurring airflow is referred to as wind energy.
Unpredictability, danger to animals, low-level noise, unattractiveness, and the restricted number of areas that can support wind turbines are a few of the key drawbacks of wind energy.
On the plus side, wind energy is one of the most economical forms of electricity and is a clean, renewable energy source. On the negative side, wind turbines may be noisy, and unsightly, and can have a negative impact on the surrounding natural environment.
Wind energy is intermittent, like solar energy, which means that turbines are dependent on the weather and can't produce electricity constantly.
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Which of the following statements is true about the chromosomes in animal cells?
Select one:
a.
In animals, all cells are diploid.
b.
In animals, gametes are haploid, but all other cells are diploid.
c.
In animals, gametes are diploid, but all other cells are haploid.
d.
In animals, all cells are haploid.
Answer:
In animals, gametes are haploid, but all other cells are diploid.
Explanation:
Most animals are diploid, meaning that adults have two copies of each chromosome in every cell, except the sex cells(gametes) (1 copy of each chromosome).
Where is the dorsal root ganglion found?
The dorsal root ganglion is located in under the vertebral pedicle at the thoracic and lumbar levels.
What Is dorsal root ganglion?
The dorsal root ganglion, also known as the spinal ganglion more recently, is made up of sensory neurons' neuronal cell bodies. This is the most prevalent kind of sensory ganglion in the human body.
The dorsal root ganglion, as its name suggests, is connected to the spinal nerve's posterior or dorsal root. It is situated near to where the spinal cord is. The ganglion is formed as the dorsal root of the spinal nerve enlarges as it exits the intervertebral neural foramen. Before the dorsal and ventral roots combine to produce a single spinal nerve, it is present.
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Which adaptation was the most important in enabling the first terrestrial animals to eliminate their dependence on aquatic habitats?.
The primary evolutionary strategy used by terrestrial animals to transfer the "pond" inland and lessen their need on water for reproduction was the amniotic egg.
What modifications do terrestrial animals have?To catch their food, certain terrestrial animals have keen teeth with pointed canines and pointy claws. These creatures' highly developed senses enable them to hunt for food during the night or just by spotting the movement of their prey. The majority of terrestrial animals share these unique adaptive traits.
Fins were replaced by limbs as mechanical support structures, swimming was replaced by walking, gills were replaced by lungs as respiratory organs, and suction feeding was replaced by biting as a mode of nutrition.
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what stimulates chemoreceptors to increase breathing rate and depth? group of answer choices excess co2 needs to be removed po2 was too high blood ph was too alkaline more o2 is required
Excess [tex]CO_{2}[/tex] needs to be removed as it stimulates chemoreceptors to increase breathing rate and depth.
So, the correct option is A.
The rate and depth of breathing are both augmented by hypoxia-induced increased chemoreceptor activity or an increase in carbon dioxide partial pressure, which returns oxygen and carbon dioxide partial pressures to normal levels. When the chemical makeup of their immediate environment changes, chemoreceptors are stimulated. Chemoreceptors come in a variety of forms and are found all over the body. They aid in controlling functions such as taste, smell, and breathing.
The strongest stimulus to take deeper breaths more frequently typically occurs when the concentration of carbon dioxide rises. In contrast, the brain reduces the number of breaths taken and their depth when the blood's carbon dioxide concentration is low.
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The ph of the inner thylakoid space, the stroma, and the cytosol of a particular plant cell has been measured. Which, if any, relationship would you expect to find?.
The stroma's pH is greater than the thylakoid's. glands and organs, and other body tissues are supported and structured by the tissues and cells that make them up.
What does stroma cell mean?Any organ's connective tissue cells, or stromal cells, support the hepatocellular cells of that organ's function. Fundamentally, stromal/stromal cells are a diverse population of cells with divergent differentiation potential based on their environmental context.
In a cell, where is the stroma?The thylakoid lumen, an area of central aqueous tissue, is enclosed by the thylakoid membrane. The stroma, a matrix made up of dispersed enzymes, starch granules, and copies of a chloroplast genome, fills the area between both the inner membrane and the thylakoid membrane.
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which of the following describes the role of glutamine synthetase in protein catabolism? i. glutamine synthetase converts glutamate and ammonia to glutamine using one molecule of atp ii. the reaction catalyzed by glutamine synthetase is reversible iii. the reaction catalyzed by glutamine synthetase removes excess nitrogen (in the form of toxic ammonia) from protein degradation iv. glutamine synthetase converts glutamine to glutamate
The role of glutamine synthetase in protein catabolism is: (iii) the reaction catalyzed by glutamine synthetase removes excess nitrogen (in the form of toxic ammonia) from protein degradation.
Glutamine synthetase is an enzyme. It condenses glutamate and ammonia to form glutamine. It controls the use of nitrogen inside cells. The location of the enzyme in the body is: brain, kidneys, and liver.
Protein degradation is carried out by a process called ubiquitination where ubiquitin tags are added to the protein destined for degradation. The ubiquitin tags are not added randomly instead they are added to the amino group of the side chain of a lysine residue.
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List the end products of digestion for carbohydrates, fats, proteins.
There are enzymes secreted in the saliva, stomach, duodenum, and from the pancreas.
What are the names of these enzymes what do they act on?
The end products of digestion for carbohydrates, fats, proteins are as follows:
Carbohydrates: Glucose
Fats: Fatty acids and glycerol
Proteins: Amino acids
The digestive enzymes secreted in the saliva, stomach, duodenum, and from the pancreas and their respective substrates are as follows:
Saliva: Salivary amylase (acts on starch), lingual lipase ( acts on fats) and lysozymes (kills pathogenic particles which might have entered the oral cavity via food intake).
Stomach: Pepsin (acts on proteins) and gastric lipase (acts on triglycerides).
Duodenum: Duodenal enterokinase ( acts on trypsinogen and chymotrypsinogen) Maltase (acts on maltose), Lipase (acts on lactose) and Sucrase ( acts on sucrose).
Pancreas: Trypsinogen (inactive form of trypsin), chymotrypsinogen (inactive form of chymotrypsin), elastases (acts on elastin), Lipase ( acts on dietary fat molecules), protease (acts on dietary proteins) and pancreatic amylase (acts on starch molecules).
How do the digestive enzymes secreted in saliva work?Salivary amylase: Digestion of carbohydrates also starts in the mouth. The amylase produced by the salivary glands, breaks down complex carbohydrates i.e, primarily cooked starch into shorter chains or even simple sugars. It's also known as ptyalin at times.
Lingual lipase: The mouth is where lipid digestion begins. Lingual lipase initiates the breakdown of lipids and fats.
Lysozyme: Because food contains microorganisms like bacteria and viruses in addition to important nutrients, it has a limited but nevertheless useful antiseptic function during digestion.
How do the digestive enzymes secreted in stomach work?Pepsin: The primary stomach enzyme is pepsin. It is created by the principal cells of the stomach, which are zymogens that manufacture pepsinogen, an inactive form of the digestive enzyme. The stomach acid then converts pepsinogen into its active form, pepsin. Pepsin breaks down the protein in the diet into more manageable pieces like amino acids and fragments of peptides. As a result, protein digestion primarily begins in the stomach, as opposed to carbohydrate and lipid digestion, which begins in the mouth.
Gastric lipase: It is an acidic lipase that is released by the gastric main cells of the stomach's fundic mucosa. Its pH ranges from 3-6. Gastrointestinal lipase and lingual lipase are the two acidic lipases namely. These lipases do not require bile acid or colipase for effective enzymatic action, in contrast to alkaline lipases (like pancreatic lipase). Gastric lipases act on triglyceride molecules to produce fatty acids and glycerol.
How do the digestive enzymes secreted in duodenum work?Duodenal enterokinase: Trypsinogen is activated into its active i.e, trypsin by the duodenal enzyme enterokinase.
Maltase: Helps in conversion of maltose into glucose.
Lactase: Helps in breaking down of lactose into glucose and galactose.
Sucrase: Breaks down sucrose to produce glucose and fructose.
How do the digestive enzymes secreted in pancreas work?Trypsinogen: Produced as an inactive (zymogenic) protease which is turned into trypsin in the duodenum. Trypsin breaks down proteins at their fundamental amino acids. The duodenal enzyme enterokinase converts trypsinogen into its active form, trypsin.
Chymotrypsinogen: When duodenal enterokinase activates the inactive (zymogenic) protease chymotrypsinogen, it transforms into the enzyme chymotrypsin, which degrades proteins at their aromatic amino acids.
Carboxypeptidase: A protease which removes the protein's terminal amino acid group.
Elastases: Break down various proteins, including elastin.
Pancreatic lipase: Triglycerides are broken down by pancreatic lipase into two fatty acids and a monoglyceride.
Several nucleases, such as DNAase and RNAase, break down nucleic acids.
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The end products of the digestion of carbohydrates are monosaccharides like glucose, fats are fatty acids and glycerol, and proteins are amino acids.
What are the enzymes that help in the digestion process?
Salivary amylase (ptyalin) is a cleavage enzyme produced by the salivary glands that help in the digestion of carbohydrates and converts them into glucose.
Pepsin is an enzyme secreted by the stomach that serves to digest proteins found in the ingested food.
Gastric lipase is an acidic lipase secreted by the gastric chief cells in the fundic mucosa of the cells that helps in the breakdown of fats into fatty acids and glycerol.
Pancreatic enzymes include trypsin and chymotrypsin in the digestion of proteins, amylase in the digestion of carbohydrates, and lipase to break down fats.
Hence, Digestive enzymes are a group of enzymes that break down polymeric macromolecules into smaller building blocks, in order to facilitate their absorption into the cells of the body.
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Farmers use various methods of irrigation on crops. which of the following statements correctly pairs an irrigation method with an advantage or disadvantage?
a. Flood irrigation is often used in agricultural fields, however, it increases surface erosion and salinization of the soil.
b. Drip irrigation is readily used in large-scale farming because of the low cost associated with this method.
c. Furrow irrigation is a method in which farmers plant two different types of crops in alternating strips which increases productivity.
d. Spray irrigation loses the least amount of water to evaporation.
Flood irrigation is often used in agricultural fields, however, it increases surface erosion and salinization of the soil.
Surface irrigation is the application of water to the soil surface and its distribution by gravity. It is by far the most common type of irrigation in the world and has been practiced virtually unchanged in many areas for thousands of years. Surface irrigation (also known as flood or furrow irrigation) is one of the oldest methods of irrigating fields, with farmers flowing water down small trenches running through their crops.
Drip irrigation, also known as trickle irrigation, is a type of micro-irrigation system that allows water to drip slowly to plant roots, either above the soil surface or buried below the soil surface.
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At a gaba-ergic synapse, the postsynaptic receptor for the gaba neurotransmitter is which type of channel?.
One of the most often prescribed classes of psychoactive medicines is benzodiazepines, which are positive allosteric modulators of GABAA receptors.
Gamma-aminobutyric acid, or GABA, is the main inhibitory neurotransmitter in the central nervous system of developmentally mature mammals. Reduced neuronal excitability across the nervous system must be its main goal. GABA is offered as a dietary supplement in various nations.
When GABA activates GABAA receptors, chloride ions are able to cross the cell membrane through ligand-activated chloride channels. Whether the chloride flow is depolarizing, shunting, or inhibitory/hyperpolarizing depends on the direction of the flow.
Benzodiazepines are thus positive allosteric modulators of GABAA receptors and one of the most often prescribed classes of psychotropic medications.
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where are hadley cells found? where are hadley cells found? in the atmosphere near the poles in the water near the equator in the water near the poles in the atmosphere near the equator
Hardley cells can be found near the equator which is in the atmosphere.
So, the correct option is D.
Both sides of the equator contain Hadley cells. Energy is transported from the equator to about the 30th latitude by each cell, which latitudinally circles the globe. These phenomena can be observed in the circulation: Heavy precipitation results from warm, humid air combined close to the equator. The Hadley Cell consists of air rising close to the equator, moving in the direction of the North and South Poles, returning to the Earth's surface in the subtropics, and then moving back toward the equator at the planet's surface. This causes tropical easterlies and trade winds to form.
Hadley cells are low-latitude overturning circulations where air rises near the equator and sinks at about 30° latitude. Low-latitude weather patterns are governed by them, as well as trade winds.
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During dna synthesis, the sites where the two template strands are unwound and new dna is made are called what?.
The opening of the double helix and separation of the DNA strands, priming of the template strand, and construction of the new DNA segment are the three main phases in replication.
The DNA double helix's two strands uncoil at a specific spot known as the origin during separation. The starting point for the opening of the DNA's double helix structure at the origin of replication for DNA synthesis is known as a DNA unwinding element (DUE or DNAUE).DNA replication takes place in an unwinding, open region known as a replication bubble. When the enzyme helicase divides the two strands of DNA so they may be copied, bubbles are produced.
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true or false: vancomycin is more widely used to treat gram-positive bacteria that have become resistant to methicillin, a problem especially in hospitals and the community at large.
It is true that Vancomycin is a widely used glycopeptide antibiotic that is effective against most Gram-positive bacteria including Streptococcus, Staphylococcus, and Bacillus species.
What is gram-positive bacteria?Bacteria having thick cell walls are classified as Gram-positive bacteria. These organisms show positive in a Gram stain test. The chemical dye used in the test colours the bacterium's cell wall purple. Staphylococcus (catalase-positive), which grows in clusters, and Streptococcus (catalase-negative), which grows in chains, are examples of Gram-positive cocci. Staphylococci are further classified as coagulase-positive (S. aureus) and coagulase-negative (S. epidermidis and S. aureus). Gram-negative bacteria have a thin peptidoglycan cell wall that is surrounded by an outer lipopolysaccharide-containing membrane. Gram-positive bacteria lack an outer membrane but are surrounded by peptidoglycan layers that are many times thicker than those found in Gram-negative bacteria.
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What are the characteristics of Weberian bureaucratic?
Answer:
no they are not live
Explanation:
Characteristics of Weberian bureaucratic are:
specialization and division of laborformal written recordscompetence for job appointmentsstandard operating proceduresimpersonality in bureaucracy.What is Weber's theory of bureaucracy?
Max Weber's theory of bureaucracy is an approach that proposes a specific way to manage an organization. It proposes that the most appropriate way to run an organization is to structure it into a rigid hierarchy of individuals governed by strict rules and regulations.
What is an example of bureaucratic theory?
An Army division is broken down into brigades. The brigades are broken down further into battalions. Battalions are divided into companies, and companies are broken down into platoons.
Thus, these are the 5 characteristics of Weberian bureaucracy.
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The side by side pairing of homologous maternal and paternal chromosomes at the start of meiosis.
The side-by-side pairing of homologous maternal and paternal chromosomes at the start of meiosis is called Synapsis.
In meiosis I, there are 4 subphases: Homologous chromosomes align themselves side by side during prophase I. They are touching each other on a physical level. Synapsis is the term for this procedure. Crossing over takes place at synapsis. Synaptonemal complex formation takes place during the meiotic prophase along with the pairing of homologous (maternal and paternal) chromosomes, physical contact, and DNA exchange through reciprocal sites of crossing over (chiasmata) between homologs.
Homologous chromosomes pair with their counterparts during meiosis and remain connected as a result of the exchange of genetic material. This process is known as synaptic plasticity. To lessen the genetic makeup of the final gamete cells, homologous chromosomes are coupled and then separated during meiosis.
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The given question is incomplete. The complete question is:
The side-by-side pairing of homologous maternal and paternal chromosomes at the start of meiosis is called____________.
what potential disadvantage does the alternate pathway of fructose catabolism in the liver introduce as compared to glucose catabolism?
There are fewer regulatory stages in sugar catabolism than in glucose catabolism.
What does a high glucose level mean?In cases of hyperglycemia, the body does not produce enough insulin, resulting in high blood sugar levels. Hyperglycemia, a sign of diabetes, can lead to vomiting, excessive thirst and hunger a rapid heartbeat, eyesight issues, and other symptoms. Serious health issues might result from uncontrolled hyperglycemia.
Is blood sugar the same as glucose?The primary sugar in your blood is called blood sugar, or glucose. Your body uses it as its primary source of energy, and it originates from of the food you eat. All of the cells in your body receive glucose from your blood to be used as fuel. Diabetes is a condition in which you have too high levels of blood sugar.
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Which chemical can be used to test for the presence of starch?
how can introduced species disrupt ecosystems? question 10 options: by causing habitat fragmentation by increasing biodiversity by crowding out native species by decreasing competition
Introduced species can disrupt the ecosystems by crowding out native species
What is an ecosystem ?Invasive species have the potential to wipe out native species, reduce biodiversity, compete with native organisms for scarce resources, and modify environments. This may have significant negative economic effects and fundamentally alter the ecosystems of the Great Lakes and the seashore.
Ecosystems can be destroyed by some imported species that are invasive. These animals procreate quickly and are frequently hostile. Because they have no natural predators, they can 6 outcompete local species and change habitats.Learn more about Ecosystem here:
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Which of the following occurs during the latent period of muscle contraction?
a. Acetylcholine is released at the axon terminal.
b. Acetylcholine is released at the axon terminal and an action potential is generated.
c. Calcium is released from the sarcoplasmic reticulum.
Option c is correct Calcium is released from the sarcoplasmic reticulum.
The action potential is moving over the sarcolemma during the latent phase. The sarcoplasmic Ca++ ions connect to troponin during the contraction phase, tropomyosin departs from actin-binding sites, cross-bridges develop, and sarcomeres contract.
The time it takes for an action potential to reach the muscle fiber, depolarize the sarcolemma (the cell membrane of the muscle cell), and let calcium to be released from the sarcoplasmic reticulum is known as the latent period of a muscle twitch (an organelle in the muscle cell that stores calcium).The time interval between the generation of an action potential in a muscle cell and the beginning of muscle contraction is known as the latent period. Describe the mechanism by which the fibers of skeletal muscles couple excitation and contraction.
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Match the variables used to describe streams to their descriptions.
a. The rate of water flow expressed as volume per unit of time
b. The slope of the stream bottom
c. Used to describe the channel pattern
d. The loose sediment and dissolved chemicals being carried by the stream
e. The amount of earth material waiting to be moved by a stream
1. Discharge
2. Gradient
3. Sinuosity
4. Load
5. Available sediment
The correct answers/matches are: a-1, b-2. c-3, d-5, e-4. Flow rate is defined as the volume of water flowing over a given surface per unit of time. In simpler terms, it is the speed at which water flows through a pipe.
Water velocity, pipe diameter, and frictional losses all affect volumetric flow. River Slope – The river slope, or the number of drops per mile measured between two points along the river path.
a. The flow rate of water expressed in volume per unit time is Discharge.
b. The slope of the mountain stream bottom is Gradient
c. A third sine wave is used to represent the channel pattern is Sinuosity.
d. loose sediment and dissolved chemicals carried by the stream is sediment available.
e. The amount of dirt material waiting to be moved by the stream is load.
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(c) (i) The material entering the colon is liquid, but the faeces are usually much more solid. State how this happens.
Answer:
Water is absorbed from the chyme in the colon, leaving the fecal matter more solid in the end
Which characteristics are present in a crustacean?
Characteristics of crustacean are as follows:
a segmented body with two pairs of antennae, jointed limbs, and usually two branches on each limb (referred to as biramous),gills.
The crustacean group, which contains all species in the clade Pancrustacea with the exception of hexapods, can be thought of as a subphylum of the clade Mandibulata, according to new molecular studies. Few crustaceans are more closely related to other hexapods and insects than other crustaceans.
Crustaceans are typically marine aquatic animals. Some residents have settled there permanently. Land-based crustaceans include, for example, crabs and woodlice.
Crustaceans are almost universally dioecious. Numerous methods can be used to fertilize an organism. While some crustaceans develop into tiny adults, others go through a nauplius stage as larvae.They are related to insects.
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When a stem cell differentiates and changes in size and shape, specific genes are being(1 point).
When a stem cell differentiates and changes in length and form, unique genes are being EXPRESSED.
Gene expression entails the drift of genetic data from genes (DNA) to RNA and proteins.
Differentiation includes first the transcription of genes to messenger RNAs (mRNAs) and second the translation of these mRNAs to proteins.
All through gene transcription, a fraction of DNA called 'gene' is used as a template to create an mRNA within the cellular nucleus.
Ultimately, this mRNA travels to the cytoplasm wherein it is then used as a template to create a protein via the technique of translation.
In conclusion, while a stem cell differentiates and changes in length and form, precise genes are being EXPRESSED.
Stem cell differentiation involves the changing of cellular to a greater specialized mobile kind, involving a transfer from proliferation to specialization. This involves a succession of alterations in cell morphology, membrane capability, metabolic pastime, and signal responsiveness.
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