an increase in the number of motor units activated in a skeletal muscle will cause the tension generated by that skeletal muscle to increase.
An increase in the number of motor units activated in a skeletal muscle will cause the tension generated by that muscle to increase. A motor unit is a nerve cell and the muscle fibers it innervates. When a nerve impulse arrives at the muscle, it causes the motor unit's muscle fibers to contract. The more motor units that are activated, the more muscle fibers will contract, resulting in an increase in the tension generated by the muscle. This is known as the "all-or-none" principle, meaning that each motor unit will either contract fully or not at all.
Thus, by recruiting more motor units, the muscle will be able to produce greater tension. This process is used in strength training and endurance exercise to increase muscle size and strength.
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when a substance is introduced into the blood that makes the fluid in the vascular compartment fluid will be drawn from the cells into the vascular compartment
When a substance is introduced into the blood that makes the fluid in the vascular compartment hypertonic, fluid will be drawn from the cells into the vascular compartment.
What do you mean by vascular compartment?
Vascular compartment refers to a group of tissues and organs that are connected by the circulatory system. It includes the heart, blood vessels, and other organs, such as the liver, kidneys, and lungs. Vascular compartments are important for regulating the distribution of blood, nutrients, and other substances throughout the body.
Hypertonic solutions contain a higher concentration of solutes than the cells, such as a higher concentration of sodium or sugar molecules. This causes molecules to diffuse out of the cells and into the vascular compartment, drawing water with them and increasing the osmolarity of the vascular compartment. This creates an osmotic pressure gradient between the two compartments, which drives fluid from the cells into the vascular compartment.
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Correct form of question:
When a substance is introduced into the blood that makes the fluid in the vascular compartment ______________, fluid will be drawn from the cells into the vascular compartment.
a gardener is trying to make pink flowers by mixing true breeding white flowers and true breeding red flowers. under normal conditions, red is dominant to white. draw a punnett square for the cross and list the phenotypic and genotypic ratios in case
The offspring of a true breeding red flower plant and a true breeding white flower plant are all pink flowering plants. Incomplete Dominance is an exception that accounts for this.
When both alleles express equally but neither is dominant on the other, this is known as incomplete dominance. This results in a new phenotype that is intermediate between the two alleles.
To help you see clearly, I've drawn a cross here:
RR X rr
White Flower Red Flower
Generation 1 Rr
Pink blossom
The phenotype here is 1:2:1, totally different from the normal dominant trait which shows a phenotype of 3:1
What is phenotype?
The set of qualities or characteristics that can be observed in an organism are known as its phenotype in genetics. The phrase refers to an organism's morphology (physical shape and structure), developmental processes, biochemical and physiological characteristics, behaviour, and the outcomes of behaviour. The genotype—the expression of an organism's genetic code—and the impact of environmental circumstances both contribute to its phenotype. Both elements might interact, which would further impact the phenotypic.
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for each of the following sequences, fill in either the dna, the mrna sequence, the trna anticodons, or the amino acid sequence that have been left blank. if several sequences might work, choose any one of those sequences. hint: when solving for the amino acids (aa), be sure to use the mrna strand for the codon cipher.
A DNA codon has the nucleotide sequence TAG. The codon in an mRNA molecule made from this DNA bears the sequence 5'-AUC-3'.
A transfer RNA joins the mRNA codon during the production of proteins. The tRNA anticodon has the nucleotide sequence 3'-UAG-5'. Isoleucine is the amino acid that is joined to the tRNA. Explanation: The sequence of nucleotides that dictate the sequence of amino acids that a protein will have during protein synthesis are found in the mRNA, which is transcribing information from the DNA. In mRNA, codons are triplets of nitrogenous nucleotides that code for an amino acid and mark the beginning and end of protein synthesis. In contrast to mRNA codons, anticodons are triplets of nucleotides found in transfer RNA (tRNA). The linking of amino acids to the polypeptide chain being produced is carried out by tRNA. Considering this TAG is one of three DNA triplets.
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Part A: DNA Structure1. From the assignment resources, download and open Unit3-Lab-DNA-Replication.pdf, print out thefirst page marked "Part A". Color-code each of the parts of the nucleotide (use 6 colors).2. Cut out each nucleotide.3. Construct the DNA molecule with the bases on the left side in the following order: Thymine,Guanine, Thymine. Pair the appropriate nucleotides to make the other side of the DNA.4. Be sure to submit your model in the results area of your lab write-up worksheet - take a photo of itand insert the image into the document
DNA is a collection of molecules that is in charge of transporting and passing genetic information from parents to children.
This holds true for viruses as well because the majority of these organisms include either RNA or DNA as part of their genetic makeup. For instance, some viruses' genetic material may be RNA whereas others' genetic material may be DNA. RNA is present in the Human Immunodeficiency Virus (HIV), which after adhering to the host cell, transforms into DNA.Mitochondrial DNA refers to the DNA that is found in the cell's mitochondria. It is passed on to the child from the mother. About 16,000 base pairs make up mitochondrial DNA in humans. Similar to this, plastids contain their own DNA and are crucial for photosynthesis.
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Which of the following events happens at the conclusion of meiosis I?
A) Four daughter cells are formed.
B) Homologous chromosomes of a pair are separated from each other.
C) The chromosome number per cell remains the same.
D) Sister chromatids are separated.
At the end of meiosis I, a pair's homologous chromosomes are split from one another.
What occurs once meiosis 1 is complete?When each homologous pair of chromosomes reaches the opposite poles of the cell, meiosis I is complete. Each haploid set of chromosomes is encircled by a fresh nuclear membrane once the microtubules break down. When the chromosomes uncoil, new chromatin is formed, and cytokinesis takes place, two distinct daughter cells are created.
At the end of meiosis, which of the following occurs?
The two cells are then physically split apart by a process called cytokinesis. Four haploid daughter cells remain after meiosis, and these cells can differentiate into either sperm or egg cells.
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in plants a storage product that results from the dehydration synthesis of many glucose molecules is
Answer:
How are glucose molecules produced by green plants usually processed? Converted into starch by dehydration synthesis and stored in roots.
anorexic individuals have trouble maintaining normal body temperature because of . group of answer choices wearing baggy clothes increased synthesis of the thyroid hormone lack of appropriate clothing as the person tries to show off his/her extreme thinness loss of body fat as insulation
Loss of body fat as insulation against cold temperatures.
How does the human body respond to cold temperatures?
When exposed to cold temperatures, the human body responds in a variety of ways. The body will attempt to maintain a balance of heat by constricting the blood vessels in order to reduce the flow of blood to the extremities and conserve heat.
The body will also shiver in an attempt to generate heat. The skin may become more pale and the person may experience a decrease in metabolism, which can lead to fatigue.
The body may also increase its production of cortisol in order to increase energy levels. Additionally, the body will begin to store fat in order to provide insulation and further conserve heat.
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You're studying MN blood type (determined by one gene with two alleles) in Navajo Native Americans, and you get the following genotype counts: MM: 144 MN: 51 NN: 5 Based on these numbers, are the Navajo at Hardy-Weinberg for this blood group gene? (If individual genotype frequencies are all within 0.05 of expectations, consider that to be NOT DIFFERENT; if individual genotype frequencies differ by more than 0.05 from expectations, then consider that to be DIFFERENT) If they differ from HW. interpret the cause of the deviation They are not, likely caused by selection against the MM blood type They are at or near Hardy-Weinberg expectations for this gene They are not likely caused by selection favoring the NN blood type They are not likely caused by a Wahlund effect from interbreeding with neighboring tribes (or possibly inbreeding)
Based on the number of MN blood group genotypes, they are not from the HW data, possibly due to the Wahlund effect of interbreeding with neighboring tribes (or maybe inbreeding)
In population genetics, the Wahlund effect is the buildup of heterozygosity (ie when an organism has two different alleles at a locus) in a population caused by the structure of subpopulations. That is, if two or more subpopulations are in Hardy-Weinberg equilibrium but have different allele frequencies, the overall heterozygosity is less than if the entire population is in equilibrium. The underlying cause of this population subdivision could be a bottleneck to the geographic flow of genes followed by genetic shifts within the subpopulation.
Genotype frequency:
MM (p2) = 400/2000 = 0.2
MN(2pq) = 1200/2000 = 0.6
NN (q2) = 400/2000 = 0.2
Allele frequency:
Frequency M = p = p² + 1/2 (2pq) = 0.2 + 1/2 (0.6) = 0.2 + 0.3 = 0.5
Frequency N = q = 1-0.5 = 0.5.
Expected genotype frequencies (assuming Hardy-Weinberg):
MM (p²) = (0.5)² = 0.25
MN (2pq) = 2(0.5)(0.5) = 0.5
NN (q²) = (0.5)² = 0.25
Expected number of individuals from each genotype:
MM = 0.25 X 400 = 100
MN = 0.5 X 1200 = 600
NN = 0.25 X 400 = 100
CHI-SQUARE (X²):
X² = Σ(O-E)²/E
X² = (400-100)²/400 + (1200-600)²/1200 + (400-100)²/40
X² =225 + 180 + 200
X² =630
X² (Calculated) > X² (table), then reject the null hypothesis. Not on HWE.
Therefore, conclude there is a statistically significant difference between what was observed and what was expected under Hardy-Weinberg. That is, the null hypothesis is rejected and concludes that the population is not in HWE. They don't, possibly due to the Wahlund effect of interbreeding with neighboring tribes (or possibly inbreeding).
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Why are bats able to live much longer than mice – even mice that have been protected their entire lives in a lab setting?
_______________develop when two eggs each get fertilized by two different sperm, resulting in two zygotes in the uterus at the same time.
A) Dizygotic twins
B) Fraternal twins
C) Wombmates
D) Monozygotic twins
Fraternal twins develop when two eggs each get fertilized by two different sperm, resulting in two zygotes in the uterus at the same time.
What is Fraternal Twins?
Fraternal twins, also known as non-identical twins, are two babies that were created when two separate eggs are fertilized by two separate sperm.
They develop from two separate fertilized eggs and, therefore, have different genetic make-ups. Fraternal twins are as genetically different from each other as any other sibling.
They may share some physical characteristics, but they are not identical. Fraternal twins are no more alike than any other siblings, although they may have similar personalities or interests as a result of growing up in the same family.
Fraternal twins are often referred to as dizygotic twins, meaning that they developed from two separate eggs. Fraternal twins can be of the same or different sexes, and the rate of fraternal twinning can vary greatly between families and ethnic groups.
Therefore, Option B is correct.
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true/false. harold felt his stomach growl when he smelled the pizza. in this example, the smell of pizza is the unconditioned response secondary reinforcer positive reinforcer conditioned response conditioned stimulus
harold felt his stomach growl when he smelled the pizza. in this example, the smell of pizza is the unconditioned stimulus.
Unconditioned stimulus is a term used to describe a stimulus that causes an instinctual reaction. At the time of Pavlov's experiment, food was the unconditioned stimulus. Reaction to a stimulus that is unconditioned occurs reflexively. The dogs' unconditioned response in Pavlov's experiment was to salivate for food.
Food's aroma serves as an unconditioned stimulus, hunger is an unconditioned response, and the whistle you make when you smell food serves as a conditioned stimulus.
Your nose is being tickled by a feather, making you sneeze. When you cut an onion, the fragrance makes your eyes water. grass and flower pollen, which makes you sneeze. A sudden loud bang makes you startle.
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In the paragraph below, select the words that correctly complete each sentence. All plants and animals use the process of to obtain energy from food. This process begins in the , where glucose is broken down into smaller molecules to produce energy. The second part of the process takes place in the . Here the molecules are broken down further and produce as a waste product. In addition, the second part of the process requires in order to function.
The words that complete the blanks are;
1) Respiration
2) Cells
3) Carbon dioxide
4) Oxygen
5)ATP
What are the words that complete the blanks?We know that in the ecosystem, it is the plants that are the producers of the energy and it can be stored as the complex sugars that are taken in by animals.
The process of digestion begins with the intake of these energy molecules and then they are broken down and they can now be converted into energy.
Hence, the process involves the intake of oxygen and the production of the carbon dioxide
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which of the following gives the proper sequence of steps for achieving a beer clean glass using the three-sink method?
1. Rinse the glass with hot water in the first sink. 2. Soak the glass in a sanitizer solution in the second sink for at least one minute. 3. Rinse the glass with cold water in the third sink. 4. Allow the glass to air dry in a clean, inverted position.
What is sink?A sink is a fixture used for washing hands and dishes, and for other cleaning purposes. It is usually made of porcelain or stainless steel and is mounted on the countertop or wall. The sink has a basin, usually with a drain and a tap or faucet. It is connected to the plumbing system, which supplies water for washing and draining. Sinks can also have a sprayer hose, a garbage disposal, or an aerator for better water flow. They are an essential part of any kitchen or bathroom, and come in a variety of sizes and styles to suit different spaces and needs.
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the following media contains specific nutrients that encourage the growth of a pathogen over the growth of other bacteria from a specimen. it is useful in the isolation of stool pathogens such as salmonella and shigella, the isolation of anaerobes, and the selective isolation of group b streptococci.
The media described is a selective media. Selective media contains specific nutrients that encourage the growth of a specific microorganism or group of microorganisms while inhibiting the growth of others.
The Selective media is useful in the isolation of stool pathogens nutrients such as Salmonella and Shigella by providing an environment that supports the growth of these pathogens while inhibiting the growth of other bacteria present in the nutrients specimen. The Selective media is also useful in the isolation of anaerobes, which are bacteria that grow best in the absence of oxygen. Additionally, the Selective media can be used for the Selective media of Group B Streptococci, by providing the specific nutrients that support the growth of these bacteria over other bacteria present in the specimen.
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The carbon cycle is the continuous exchange of carbon dioxide and oxygen between living things in the natural environment. Which step in the carbon cycle involves the transformation of carbon dioxide into oxygen? A. the transformation of plants into fossil fuels B. photosynthesis C. cellular respiration (D.) the burning of fossil fuels
(B) photosynthesis is the step in the carbon cycle involves the transformation of carbon dioxide into oxygen.
what is photosynthesis?Plants and other living things employ a process called photosynthesis to transform light energy into chemical energy that can subsequently be released through cellular respiration to power the organism's activities.
what is respiration ?Respiration is referred to as a metabolic process in which carbon dioxide is released from the oxidation of complex organic molecules and oxygen is taken in by the living cells of an organism to produce energy (in the form of ATP).
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Integrins connect the extracellular environment and allow the cell to move by interacting with which intracellular components? A. desmoglein and dynein B. actin and myosin C. fibronectin and laminins D. selectins and centrosomes
Transmembrane proteoglycans serve as co-receptors for matrix components; nonetheless, integrins are the primary receptors on animal cells that bind the majority of extracellular matrix proteins, including as collagen, fibronectin, and laminin.
These belong to a broad family of homologous transmembrane, cell-matrix adhesion receptors. Integrins, like other cell adhesion molecules, differ from hormone receptors and other extracellular soluble signal molecules in that they typically bind their ligands with lower affinity and are typically present at a concentration on the cell surface that is between tenfold and one hundredfold higher. If the binding was too strong, cells would likely become stuck to the matrix and unable to move, which is not a problem if attachment depends on a lot of weak adhesions. An illustration of the "Velcro principle" is this. Integrins, like other transmembrane cell adhesion proteins, do more than only connect a cell to its environment. Additionally, they stimulate internal signaling pathways that inform cells about the characteristics of the extracellular matrix by bound.
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when an action potential reaches axon terminal, tiny vesicles containing fuse with the axon membrane and the chemical is released into the space between neurons called the .
Answer:
When an action potential reaches the axon terminal, tiny vesicles containing neurotransmitters fuse with the axon membrane and the chemical is released into the space between neurons called the synapse.
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Question 1 (1 point)
Which of the following is true about budgets for government forestry agencies?
There are no extra funds for natural disasters
They need to make a profit to keep parks running
Each agency gets to decide how much money it wants for the year
They are given an allocated amount and need to make it last the year
Question 2 (1 point)
If you can't work in a forestry-related field, any job will help you
better protect the environment.
develop skills specific to forestry.
establish yourself as a good employee.
complete the requirements for a certificate in forestry.
Question 3 (1 point)
A government agency would likely spend most of its budget on which of the following?
Rent
Salaries
Retail items
Heavy equipment
Question 4 (1 point)
A material safety data sheet gives all of the following information about chemicals EXCEPT
safe disposal.
proper storage.
appropriate handling.
replicating the chemical.
Question 5 (1 point)
Which of the following can require a specialized license to operate?
Machinery for shredding branches
Pickup trucks owned by a business
Chainsaws and other types of saws
Equipment like cranes and excavators
1) They are given an allocated amount and need to make it last the year
2) Develop skills specific to forestry.
3) Salaries.
4) Replicating the chemical.
5) Equipment like cranes and excavators.
The ledger of Pharah Company contains the following balances: Owner's Capital $29,400, Owner's Drawings $1,600, Service Revenue $52,000, Salaries and Wages Expense $25,400, and Supplies Expense $7,100.
The income to Pharah Company, based on the service revenue and the salaries and wages is $ 19, 500
How to find the income ?The income to Pharah Company can be found by the basic principle of subtracting the costs and expenses of the business, from the revenue of the business.
The income to the business is therefore:
= Service revenue - Salaries and wages expense - Supplies expense
= 52, 000 - 25, 400 - 7, 100
= $ 19, 500
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The rest of the question is:
What is the income to Pharah Company ?
The original bacteria kingdom was divided into two separate kingdoms based on analysis of their RNA sequences
rRNA gene sequence Two new kingdoms called Eubacteria and Archeabacteria were proposed by Woese and his colleagues as a division of the original bacteria kingdom.
what are bacteria kingdom?The kingdom of bacteria is made up of small, single-celled organisms that can exist alone or in colonies. Previously known as the Monera Kingdom, bacteria are single-celled prokaryotic creatures. Eubacteria and archaea are two of the domains that make up bacteria.
what is Eubacteria?Prokaryotic organisms, or those without a membrane-bound nucleus, are what make up eubacteria. They are primarily unicellular and have single cellular DNA chromosomes. If they are motile, they typically have flagella and have peptidoglycan in their cell walls.
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true/falsee. directional terms change when comparing structures and anatomical features of humans to animals that walk on four legs.
directional terms change when comparing structures and anatomical features of humans to animals that walk on four legs is true
How do animals walk on 4 legs? In fact, quadrupeds walk by moving their left hind leg first, followed by their left foreleg. Then they repeat the same pattern with the right leg. All quadrupeds walk in the same pattern and differ only in the timing of their stepsWhen moving slowly all four legged mammals use the same gait. Basically they walk one side then the other. Firstly they step with their left hind leg followed by their left foreleg. Then they step with their right hind leg followed by the right foreleg, and so onLegged animals generally get from place to place using a walking gait. Gaits are traditionally defined by footfall patterns, with walking animals having at least one leg in contact with the ground at all timesTo learn more about anatomical refers to:
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if all respiratory muscles are relaxed, the volume of air in the lungs is equal to which of the following volumes or capacities
It is the total amount of air that the lungs can hold, the sum of all the air compartments, or the amount of air remaining in the lungs after the greatest amount of inspiration .The typical value is approximately 6,000 mL. (4 l).
How much lung capacity remains when all muscles are relaxed?The lung swells to a volume that is roughly 40% of its maximum volume at the conclusion of full inspiration when the muscles of inspiration and expiration are completely relaxed. This volume is referred to as the functional residual capacity.
How do respiratory muscles affect the size of the lungs?The rib cage moves closer to the lungs when the diaphragm relaxes, increasing intrapleural pressure back to -5 cm H2O. Lung volume declines as a result.
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salmon introduction in the great lakes has brought in millions of dollars from sportfishing, yet environmentally it has group of answer choices increased exotic invasive fish populations. decreased migratory bird populations. decreased native fish populations and disrupted spawning. improved water quality.
Salmon introduction in the great lakes has brought in millions of dollars from sportfishing, yet environmentally it has decreased native fish populations and disrupted spawning.
Fishes that reach a mature or adult size of 25–30 cm are considered to be small indigenous freshwater fish species (SIF). They live in floodplains, ponds, lakes, bears, streams, lowland areas, marshes, and paddy fields in addition to rivers and their tributaries.
Several commercially significant species of euryhaline ray-finned fish belonging to the Salmonidae family that are indigenous to rivers of the North Atlantic and North Pacific basin go by the common name "salmon." The same family also includes trout, char, grayling, whitefish, lenok, and taimen, which are all closely related fish.
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A driver states that she was doing 80 when stopped by the police. What is the problem with this statement in terms of its clarity?
As a general rule of thumb, a cooperative should have at least how many months of reserve funds set aside...? A. 3 months B. 6 months C. 8 months D. 12 months
Reserves and cash - When evaluating a building's cash and cash equivalents balance, a general rule of thumb is to ensure that it has a reserve worth three to six months .
building's normal operating expenses, plus any anticipated capital improvements for the next twelve months.
The CPA report, balance sheet, income statement, cash flow statement, and reserve fund are typically included in the financial statement. The focus of each of these items should be on the building's assets, income, and expenses.
Product liability is increasing. Maintenance and repair activities may cause the company to lose focus. The balance sheet, income statement, and statement of cash flows are three financial reports that are commonly used in business.
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genotype-environment correlations occur because biological parents, who are genetically related to the child, provide a rearing environment for the child. multiple choice question.
Option A, Genotype-environment correlations occur because A. biological parents, who are genetically related to the child, provide a rearing environment for the child.
This means that the child inherits not only their genetic makeup from their parents but also their environment. For example, if parents have certain characteristics, such as high intelligence, they may provide a stimulating Genotype-environment that promotes the child's intellectual development. Additionally, parents may have certain resources, such as access to education, that they can provide to their children. children’s characteristics elicit certain types of physical and social Genotype-environment , this is also a correct statement, as the child's genetic makeup can influence their behavior and characteristics, which can in turn influence the types of Genotype-environment they encounter.
The complete Question is:
genotype-environment correlations occur because biological parents, who are genetically related to the child, provide a rearing environment for the child. multiple choice question.
A. biological parents provide a rearing environment for the child.
B. children’s characteristics elicit certain types of physical and social environments.
C. children find a setting that is suited to their abilities.
D. children make active selections of environment in relation to their particular genotype.
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which of the following events is believed to be the earliest step toward the origin of a living cell?
The earliest step toward the origin of a living cell is believed to be the formation of simple organic molecules, such as amino acids and nucleotides.
What are some hypotheses regarding the beginnings of life and the formation of cells?According to the RNA world hypothesis, which is supported by many scientists, RNA rather than DNA was the earliest genetic molecule of life on Earth. The pre-RNA world hypothesis and the metabolism-first hypothesis are additional theories. The early Earth may have received organic molecules from meteorites and other cosmic bodies.
What was thought to be the origin of life on Earth?The earliest living forms were prokaryotes, which were uncomplicated organisms that subsisted on carbon molecules that were building up in the early oceans of Earth.
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a homozygous agouti rabbit is crossed with a homozygous chinchilla rabbit, thus producing a f1 generation. complete the following punnett square according to a cross between a f1 generation and an albino rabbit. assuming the following alleles: A=agouti, C=chinchilla, a=albino, A is dominant over C and a, C is dominant over a. Assume agouti rabbits are female. Indicate the phenotypic ratio of crossing the offspring of the agouti with an albino.
the phenotypic ratio of crossing the offspring of the agouti with an albino is ½ agouti, ½ chinchilla .
Can albinism be cured?Albinism is a genetic disorder, and there is currently no cure. Treatment focuses on getting proper eye care and monitoring skin for problems. Your care team may include your primary care provider, a specialist in eye care called an ophthalmologist and a specialist in skin care called a dermatologist.
Can albino marry a non albino?For example, if albinos marry individuals who are non-albinism recessive carriers, chances of having an albino child are reduced. If an albino person marries another, or an albinism-recessive carrier, this will lead to increased chances of having a child with albinism.
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Master regulatory genes play critical roles in development. Predict the MOST likely fate of a fly embryo where master regulatory genes were nonfunctional due to mutation
a) Cell division would stop, and the embryo would halt development.
b) The embryo would be a collection of undifferentiated cells because they never get the message that will send them down a determination pathway.
c) The embryo would be a combination of differentiated and undifferentiated cells because, even in the absence of a functional master regulatory gene, some cells will differentiate on their own.
d) The embryo would continue to develop, but there is a high probability that some limbs may end up in the wrong place in the adult.
The embryo would be a collection of undifferentiated cells because they never get the message that will send them down a determination pathway. Hence, b is the correct option.
Why undifferentiated cells never get the message?Embryonic genes are a set of genes that are active during the formation and development of an embryo. These genes control a wide range of processes, including cell division, differentiation, and the formation of specific structures and organs. Some of these genes, known as master regulatory genes, play a particularly important role in controlling the overall pattern of development.
Regulator genes, as the name implies, aid in the regulation of the expression of other genes; however, not all genes are expressed in all cells or under all conditions.
Typically found downstream of reading frames. Homeotic genes are the fly's master regulatory gland. It governs the pattern of body formation in organisms during their early embryonic development. Homeotic genes eventually give rise to transcription factors, which direct the formation of various body parts.
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A person will most likely develop aphasia as a result of damage to which of the following parts of the brain?
A. Occipital lobe
B. Wernickle's area
C. Auditory cortex
D. Parietal lobe
E. Basal ganglia
A person will most likely develop aphasia as a result of Wernickle's area damage to the brain.
Aphasia is a kind of disorder, where the language part of the brain is damaged and Wernicke area is a part of left cerebral hemisphere , which is associated with language.
Aphasia is caused by several reasons, like head injury, stroke, brain tumor, infection or accidents.
It also causes damage in speech, there is a kind of aphasia known as Wernicke aphasia which is also known as receptive aphasia, where unnecessary word or wrong speech is added by the person suffereing from it.
many therapy like speech therapy or group therapy can help the patients.
Depending on the intensity the brain has faced damage is the intensity of the problems.
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