I will give brainliest!!! Lysosomal storage diseases (LSDs) are a group of rare and inherited genetic disorders in which some part of the lysosome does not function properly, causing the accumulation of toxic substances in the cell and ultimately, cell death. What would be the most likely explanation as to why the lysosomes of someone with this disease are not functioning properly? Choose 1 answer: (Choice A) A The enzymes of the lysosome are not breaking down enough toxic material. (Choice B) B The enzymes of the lysosome are beginning to break down the ribosomes of the cell. (Choice C) C The enzymes of the lysosome are breaking down too much toxic material. (Choice D) D The enzymes of the lysosome are beginning to break down the DNA of the cell.
Answers
Answer:
I think A
Explanation:
Since a part of the lysome doesn't function properly, it causes accumulation of toxic substances.
In A it says the enzymes of the lysomes are not breaking down enough toxic material which means there is toxic material that is unwanted
So I think it's A
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Related Questions
which of these gametes contain one or more recombinant chromosomes? two schemes of cell division. a cell with two pairs of chromosomes (a red pair and a blue pair; one chromosome in each pair is short and one is long) undergoes crossing over. after two meiotic divisions, 8 cells are obtained, each contains one long and one short chromatid. the cell labeled a contains two blue chromatids; the cell labeled b contains two blue chromatids with red ends; the cell labeled c contains two red chromatids with blue ends; the cell labeled d contains two red chromatids; the cell labeled e contains one red and one blue chromatids; the cell labeled f contains one long red chromatid with blue ends and one short blue chromatid with red ends; and the cell labeled g contains one long blue chromatid with red ends and one short red chromatid with blue ends. which of these gametes contain one or more recombinant chromosomes? two schemes of cell division. a cell with two pairs of chromosomes (a red pair and a blue pair; one chromosome in each pair is short and one is long) undergoes crossing over. after two meiotic divisions, 8 cells are obtained, each contains one long and one short chromatid. the cell labeled a contains two blue chromatids; the cell labeled b contains two blue chromatids with red ends; the cell labeled c contains two red chromatids with blue ends; the cell labeled d contains two red chromatids; the cell labeled e contains one red and one blue chromatids; the cell labeled f contains one long red chromatid with blue ends and one short blue chromatid with red ends; and the cell labeled g contains one long blue chromatid with red ends and one short red chromatid with blue ends. b, c, and g a, b, and c b, c, f, and g b, c, d, and g c, d, e, f, and g
Answers
The gametes that contain one or more recombinant chromosomes are b, c, and g. These gametes were formed through crossing over during meiosis, resulting in new combinations of genetic information on the chromosomes.
The other gametes have not undergone crossing over and have the same genetic information as the parent cell. It is important to note that the specific scheme of cell division described in the question is not specified, so it is not possible to determine which type of meiosis occurred (e.g. meiosis I vs meiosis II).
The reproductive sex cells of an organism are known as gametes. The male gamete (sperm cell) and female gamete (egg cell) are the two types.
In order to produce a diploid creature with the expected number of chromosomes, it is crucial for gametes to be haploid.
The sex cell must be haploid prior to fertilizations.This is because a zygote, which must be diploid, is created when male and female gametes combine during fertilizations.All bodily cells behave normally in this way.It might cause a genetic abnormality that is harmful to the organism and even cause death if one of the cells is not haploid.
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The Complete question is
Which of these gametes contain one or more recombinant chromosomes? two schemes of cell division. a cell with two pairs of chromosomes (a red pair and a blue pair; one chromosome in each pair is short and one is long) undergoes crossing over. after two meiotic divisions, 8 cells are obtained, each contains one long and one short chromatid. the cell labeled a contains two blue chromatids; the cell labeled b contains two blue chromatids with red ends; the cell labeled c contains two red chromatids with blue ends; the cell labeled d contains two red chromatids; the cell labeled e contains one red and one blue chromatids; the cell labeled f contains one long red chromatid with blue ends and one short blue chromatid with red ends; and the cell labeled g contains one long blue chromatid with red ends and one short red chromatid with blue ends. b, c, and g a, b, and c b, c, f, and g b, c, d, and g c, d, e, f, and g
The blood’s resistance to flow is influenced largely by the hematocrit, which is the percentage of the total blood volume composed of red blood cells. True ot False?
Answers
The given statement is true because the hematocrit, which is the percentage of the total blood volume composed of red blood cells, does influence the blood's resistance to flow.
Red blood cells, also known as erythrocytes, are responsible for carrying oxygen from the lungs to the body's tissues and for removing carbon dioxide from the tissues. When the hematocrit is high, the blood becomes more viscous, or thick, and the resistance to flow increases.
This can increase the risk of developing conditions such as deep vein thrombosis and stroke. Conversely, when the hematocrit is low, the blood becomes less viscous and the resistance to flow decreases. Low hematocrit levels can be a sign of anemia or other underlying health conditions.
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Which molecules would dissolve well in oil
Answers
function of rake
in agriculture science
Answers
It is used to level ground, spread out ground coverings, and improve the overall quality of large areasof ground.
Answer:
For gathering unwanted weadssutter et al. (2019) delivery of rapamycin using in situ forming implants promotes immunoregulation and vascularized composite allograft survival sci rep
Answers
The study by Sutter et al. (2019) investigated the use of in situ forming implants to deliver rapamycin, a drug known for its immunosuppressive properties.
Sutter et al. (2019) conducted a study focusing on the delivery of rapamycin using in situ forming implants to enhance immunoregulation and increase the survival of vascularized composite allografts (VCAs). VCAs, such as face or limb transplants, involve the transplantation of multiple tissue types and are prone to rejection by the recipient's immune system.
By utilizing in situ forming implants, the researchers aimed to provide a controlled release of rapamycin, a known immunosuppressive drug. The study's findings suggest that this approach holds promise for improving immunoregulation and increasing the long-term survival of VCAs, potentially benefiting patients who require complex composite tissue transplants.
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primates are characterized by group of answer choices arboreal adaptation, dietary plasticity, and parental investment. docility, toolmaking, and parental investment. arboreal adaptation, dietary plasticity, and male dominance. forward-facing eyes, varied diet, and nonviolent behavior.
Answers
Primates are characterized by group of arboreal adaptation, dietary plasticity, and parental investment. So the correct option is (a).
A diverse group of mammals are called primates. The lemurs, galagos, and lorisids are classified as strepsirrhines, whereas the tarsiers and simians are classified as haplorhines.
Since primates (including humans) are the only mammals to possess the following mix of characteristics, they stand out from all other species. Eye sockets with a ring or cup of bone encircling and supporting the eyes, gripping hands with extended fingers to wrap around objects, forward-facing eyes with overlapping fields of view that provide depth awareness, etc.
Therefore, primates as mammals are characterized by group of arboreal adaptation, dietary plasticity, and parental investment.
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Two isotopes of the same element must have the same
A. O atomic symbol and number of neutrons.
B
atomic mass and number of neutrons.
C.
atomic symbol and number of protons.
D
atomic
and number of protons.
Answers
Answer:
C. atomic symbol and number of protons.
Explanation:
number of protons in the nucleus, but differ in the number of neutrons. The nucleon number is equal to the total number of protons and neutrons in the nucleus. ... The atomic mass number A is equal to the total number of protons and neutrons.
Two isotopes of the same element must have the same atomic symbol and number of protons.
ISOTOPES:
Isotopes are atoms of the same element with the same atomic number and chemical identity but different atomic masses. The forms in which atoms of a particular element exists is referred to as its isotope.The sole difference between isotopes of the same element is the number of neutrons each contain, which is responsible for the difference in masses. This means that isotopes of the same element must have the same atomic symbol and number of protons. For example, Carbon has two isotopes namely: C- 14 and C- 12 with both possessing atomic number 6 and symbol C.Learn more: https://brainly.com/question/21536220?referrer=searchResults
3.A certain reptile species is a carnivore and lives only on an isolated island. Which of the following would most likely result in
the extinction of the reptile species over a period of twenty thousand years? 507.L.15.2
A. The reptile species produces many offspring with many unique traits, and the other animals on the island remains
constant
B. The reptile species produces few offspring with no unique traits, and the other animals on the island decrease
quickly
C. The reptile species produces few offspring with some unique traits, and the other animals on the island increase
quickly
D. The reptile species produces many offspring with some unique traits, and the other animals on the island increases
slowly.
Answers
Answer:
i need help? with edg test
describe the role of the environment in eliciting a cellular response.
Answers
The environment plays a critical role in eliciting a cellular response by providing stimuli that can activate or inhibit cellular signaling pathways, leading to changes in gene expression and cellular behavior.
What is a cellular response?A cellular response is the changes that occur within a cell in response to a stimulus from the environment. These changes can be chemical, such as changes in the levels of signaling molecules or enzymes, or physical, such as changes in the shape or movement of the cell. A cellular response can be triggered by a variety of stimuli, including hormones, growth factors, and signaling molecules released by other cells. The specific nature of the cellular response will depend on the type and intensity of the stimulus, as well as the specific characteristics of the cell.
Cellular responses are critical for maintaining homeostasis within the body, and for allowing cells to respond to changes in their environment. They are also essential for many of the functions that cells perform, including growth, development, and repair. Dysregulation of cellular responses can contribute to the development of diseases, such as cancer and immune disorders. Understanding the mechanisms that underlie cellular responses is therefore a key area of research in biology and medicine.
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portion of the thymus where immature t cells migrate from red bone marrow to proliferate and begin to mature.
Answers
The portion of the thymus where immature T cells migrate from the red bone marrow to proliferate and begin to mature is called the cortex.
In the thymus, T cells undergo a process of maturation and selection to ensure their proper development and functionality. Immature T cells, known as thymocytes, originate from precursor cells in the red bone marrow. They migrate to the thymus to undergo further development.
Within the thymus, the cortex is the outer region where the initial stages of T cell maturation take place. In the cortex, thymocytes proliferate and begin to differentiate into mature T cells. They interact with thymic epithelial cells and receive signals that guide their development.
During this process, T cells undergo positive and negative selection, which involves the recognition and elimination of T cells with inappropriate or self-reactive antigen receptors. The cortex provides the environment for these selection processes to occur, ensuring that only functional and non-self-reactive T cells are allowed to mature and leave the thymus.
Once T cells have successfully undergone maturation in the cortex, they migrate to the medulla, the inner region of the thymus, for further maturation and the final stages of selection before being released into the bloodstream to participate in immune responses throughout the body.
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program or benefit that uses established eligibility requirements to provide health, nutritional, or income supplements to individuals
Answers
Program or benefit that uses established eligibility requirements to provide health, nutritional, or income supplements to individuals is called entitlement.
Benefit programmes are either paid for out of general revenue or from Commonwealth trust funds. Programs for income redistribution that are funded by general funds are intended to address issues like sickness and poverty.
any benefit or service that a government offers or manages and to which everyone or some of the population is lawfully entitled. Although less frequently, the expression is sometimes used to describe benefits (see fringe benefits) that businesses unilaterally offer to employees in compliance with legal or contractual requirements.
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program or benefit that uses established eligibility requirements to provide health, nutritional, or income supplements to individuals is called?
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why If a fire destroys all the above-ground vegetation, the bracken will still grow
Answers
Answer:
If a fire destroys all the above-ground vegetation, the bracken will still grow because bracken ferns have underground structures called rhizomes that are able to survive the fire and regrow from the surviving rhizomes. Bracken ferns are also able to release spores of their rhizomes that can grow into new plants. This means that even if the above-ground foliage is destroyed, the plant will be able to regrow from the surviving rhizomes. Additionally, bracken ferns are able to quickly colonize areas of disturbed land, such as those affected by a fire, making them a dominant species in many post-fire landscapes.
How much is DNA important to identify a group? Give a brief explanation on race ,whiteness and property? Does biological anthropologists and genome scientist need to add the relation between Europeans and Indigenous people while doing their research?
Answers
DNA is important in identifying genetic relationships within a group, but it alone is not sufficient to determine complex social constructs like race, whiteness, or property; the inclusion of social, cultural, and historical factors is crucial in understanding these concepts.
Biological anthropologists and genome scientists should consider the relationship between Europeans and Indigenous people in their research to provide a more comprehensive understanding of human genetic diversity and population history.
DNA analysis can provide valuable insights into genetic relationships within a group, such as determining genetic ancestry or identifying related individuals. However, race, whiteness, and property are social constructs that go beyond genetic factors and are shaped by historical, cultural, and socioeconomic factors. These concepts are complex and cannot be solely explained by genetic data. Therefore, it is important for researchers, including biological anthropologists and genome scientists, to recognize the limitations of genetic data and consider the broader social context when studying race, whiteness, and property.
In the context of researching Europeans and Indigenous people, it is crucial for researchers to acknowledge and incorporate the historical and ongoing relationships between these groups. This includes understanding colonization, displacement, and the impact of power dynamics on genetic diversity and health outcomes. By including this relationship in their research, scientists can contribute to a more accurate and nuanced understanding of human genetics and promote social and scientific equity.
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In its excretory role, the urinary system is primarily concerned with the removal of __________ wastes from the body.
Answers
Answer:
Toxic
Explanation:
The body removes toxic waste from your body in order to protect it.
help whats the answer ?
Answers
Answer:
C
Explanation:
it has 100.00
Answer:
I'm assuming C, since it has the most decimal places, leading to a more accurate answer.
How many electrons does an atom of aluminum contain
Answers
Answer:
13 electrons
Explanation:
In order to write the Aluminium electron configuration we first need to know the number of electrons for the Al atom (there are 13 electrons). When we write the configuration we'll put all 13 electrons in orbitals around the nucleus of the Aluminium atom.
What type of receptors in the wall of the larynx and lungs, cause a person to cough in response to components of smoke and smog
Answers
The receptors in the wall of the larynx and lungs that cause a person to cough in response to components of smoke and smog are known as irritant receptors. These receptors are sensitive to various stimuli, including airborne particles and chemicals, that can irritate the respiratory tract.
When activated, irritant receptors send signals to the brain, triggering a cough reflex that helps to clear the airways of any potential harmful substances. Chronic exposure to smoke and smog can cause damage to the respiratory system and increase the risk of respiratory illnesses, such as bronchitis and asthma. It is important to minimize exposure to these pollutants and seek medical attention if coughing persists or is accompanied by other symptoms.
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true or false: a single type of receptor is responsible for detecting all tactile pressure in humans.
Answers
It is false that all tactile pressure is sensed by a single type of receptor in humans.
Mechanoreceptors pick up on stimuli from both the internal and external environments, including touch, pressure, vibration, and sound. They contain primary sensory neurons, which are typically positioned at the tip of a sensory dendrite and respond to changes in mechanical displacement.
The cutaneous mechanoreceptors in our skin are the ones responsible for transmitting our sense of touch or tactile feeling. Merkel's discs, Ruffini endings, Pacinian corpuscles, and Meissner's corpuscles are the four basic subtypes of cutaneous mechanoreceptors.
The modality specificity of the neurons making up a somatosensory pathway is determined by the somatosensory receptor and its core connections. Touch Stimuli. External forces that physically touch the skin are considered tactile stimuli.
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the descending motor fibers in the corticospinal tracts cross in the pyramidal decussation, which is found in which brainstem region?
Answers
The pyramidal decussation, where the descending motor fibers in the corticospinal tracts cross, is found in the medulla oblongata of the brainstem.
The medulla oblongata is located between the pons and the spinal cord at the base of the brainstem. It is a critical region of the brainstem that contains many vital centres for regulating autonomic functions like heart rate, breathing, and blood pressure, as well as motor functions like coordination and b. The pyramidal decussation is an important anatomical landmark for the corticospinal tracts, which are important pathways for voluntary motor control of the b and trunk.
The corticospinal tracts are a network of nerve fibres that originate in the brain's motor cortex and travel through the brainstem and spinal cord to control voluntary movement of the limbs and trunk. The corticospinal tracts are divided into two major pathways: the lateral and ventral corticospinal tracts.
Corticospinal tract damage, whether caused by injury or disease, can result in a variety of motor deficits, including muscle weakness, spasticity, and paralysis. The specific deficits that occur will be determined by the location and extent of the damage.
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The type of energy that has the greatest impact on the state of matter is...
a.
b.
C.
d.
sound
microwave
thermal
Gravitational
Answers
States US The table has some of the U.S. balance of payments account. If there is no statistical discrepancy, the official settlement account balance equals O A. zero O B. +$20 billion O C. - $20 billion OD. +$220 billion O E. +$200 billion (b illions of dollars) 1,400 1,600 Variables Imports of goods and services Exports of goods and services Net interest Net transfers Foreig investment in the United States U.S. investment abroad 480 700
Answers
If there is no statistical discrepancy, the official settlement account balance equals zero (Option A).
The U.S. balance of payments account is a record of all transactions between the United States and foreign countries over a specific period. The official settlement account balance is a component of this account that measures the overall balance of payments. It is calculated as the sum of the current account balance (which includes trade in goods and services, net interest, and net transfers) and the capital and financial account balance (which includes foreign investment in the United States and U.S. investment abroad).
Based on the information provided in the table, the current account balance is a deficit of $220 billion (exports of goods and services - imports of goods and services = -$480 billion + $700 billion = -$220 billion). However, the capital and financial account balance shows a surplus of $220 billion (foreign investment in the United States - U.S. investment abroad = $1,400 billion - $1,600 billion = $220 billion).
If there is no statistical discrepancy (which is an error in the data collection process), then the sum of the current account balance and the capital and financial account balance should equal zero. Therefore, the official settlement account balance would be zero (Option A).
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Which one is not matter?
(a) Electricity
(b) Paper
(c) Water
Answers
Answer:
A) electricity
Explanation:
Matter is something that occupies space and has mass
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What is the main type of weathering in deserts?
a. physical weathering
b. weathering by organic acids
c. chemical weathering
Answers
The two main types of weathering which occur in deserts are Mechanical weathering, which is the disintegration of a rock by mechanical forces that do not change the rock's chemical composition and Chemical weathering, which is the decomposition of a rock by the alteration of its chemical composition.
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Which of the following are pharmacological treatments? Check all that apply. antacids endoscopies ultrasounds mint antibiotics
Answers
Answer:
Antiacids, antibiotics and mint (Peppermint oil is under preliminary research for its potential as a short-term treatment for irritable bowel syndrome)
Antacids and antibodies are the pharmacological treatments. Therefore, the correct statements are option A and option E.
What are pharmacological treatments?Pharmacological treatments are drugs that help to treat various medical conditions. They act by changing the biochemical and physiological properties of a body to cure the underlying disease.
Antacids used to treat stomach acid and conditions like heartburn by raising the pH of the stomach acid, thereby, relieving the digestion problems. Antibodies are also used to treat bacterial infections by targeting the growth of bacteria.
Endoscopies and ultrasounds, on the other hand, are used to examine internal organs or tissues and mint is a natural remedy to relieve digestion problems.
Therefore, antacids and antibodies are pharmacological treatments.
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Personified and represented to the imagination under the visible form of the animal or vegetable which serves as a totem
Answers
Totemism is the term you're referring to. Totemism is a belief system in which individuals think they have a special animal or plant, or "totem," that they can communicate with on a spiritual level.
What do you think Durkheim's fundamental kinds of religion are?In The Basic Forms of the Religious Life (1915), sociologist Émile Durkheim asserted that totemism was the source of religion. He thought that identifying with a totem animal might be the result of an illogical projection of an individual's expectations of security within society.
What is the outcome of fundamental religious life?The overall conclusion of the book you are currently reading is that religion is a very social phenomenon. The world as it is seen in religion is a collective representation that expresses collective relatives.
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plasmolysis occurs when are in a environment . A. Hypotonic solution B. Hypertonic solution C. Isotonic solution.
Answers
Plasmolysis takes place in a given setting when there is a Hypotonic solution, which has less of solute concentrate than the cell sap
Due to the larger concentration of water outside the cell, water enters the plasmolyzed cell when it is placed in a hypotonic solution (a solution in which the solute concentration is less than the cell sap).The cell then enlarges and stiffens. The term for this is deplasmolysis.The exosmosis, or evacuation of water from the cytoplasm, is brought on by a hypertonic solution. At the same time that the pressure on the wall is removed, the elastic wall shrinks, leading to plasmolysis, a reduction in cell size.
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PLS HELP!! I WILL GIVE BRAINLIEST!!
Answers
Answer:
Technically- Protects body organs and tissues. Carries nutrients and oxygen to cells. Lubricates joints. Lessens burden the on kidneys and liver by flushing out waste products.
So Choice #1 is correct.
Explanation:
Two hybrid grey fur dogs are crossed (Gg). Complete the Punnett Square and list all possible genotypes and phenotypes of the offspring
Answers
When two hybrid grey fur dogs are crossed (Gg) then the resulting genotypes are: FF - 0%, Ff - 50%, ff - 50%
What is a Punnett square?A Punnett square is a graphical tool used in genetics to predict the genotypes of offspring produced by a cross between two parents. It was developed by the British geneticist Reginald Punnett in the early 20th century.
The Punnett square is a square divided into four boxes, with each box representing one possible combination of alleles from the parents. The alleles are represented by letters, with uppercase letters representing dominant alleles and lowercase letters representing recessive alleles. The alleles for one parent are written along the top of the square, and the alleles for the other parent are written along the side of the square.
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Show how the length of day changes with latitude by plotting the following points. Use the table below as a graph and place an X in the box where you want to plot a data point. For example, if you find that a day is 10 hours long at 30° N latitude, represent this data with an X in the box where 10 hours meets 30 degrees. (You may use a graphing program like Excel if you prefer.)
(on the grap the numbers going down on both sides are from, 24-0, at the bottom of both graphs it says, Latitude (in degrees) with the numbers, (0), (15), (30), (60),(75),(90)
Please don't answer unless you have the FULL answer, do not answer just to answer, unless you actually know the answer.
Answers
The number of daylight hours varies according to a site's latitudinal location and the day of the week or season.
How does the length of the day fluctuate throughout the year?Due to the sphericity of the Earth and its inclination with respect to the Sun, the length of the day or the number of daylight hours depends on the time of year and the latitude of a location.
At latitudes 90°N and 90°S, which are the locations closest to the poles, this fluctuation is particularly pronounced. For instance, the fluctuation of the hours of the day would be as follows in the latitudinal zone of 70°N:
Equinox of spring There is roughly 13.8 hours of daylight each day.
24 hours of light every day on the summer solstice.
12.4 hours of daylight every day during the autumnal equinox.
Zero hours of light each day on the winter solstice.
This variance happens because the Earth revolves around the sun, and the high latitudinal regions occasionally aren't exposed to the sun's rays.
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How does energy enter an ecosystem
Answers
Energy enters an ecosystem through various processes and flows within the food chain, sustaining the organisms within it.
In an ecosystem, energy enters primarily through the process of photosynthesis. Plants and other autotrophic organisms use sunlight to convert carbon dioxide and water into glucose, a form of chemical energy. This energy is stored in the plants' tissues and is available to other organisms when they consume the plants as food.
The energy from the plants is then transferred to herbivores (primary consumers) when they eat the plants. As energy moves up the food chain, it is transferred from one trophic level to another. Herbivores are consumed by carnivores (secondary consumers), and so on. Each transfer of energy between organisms is not 100% efficient, with a portion of the energy being lost as heat.
Ultimately, energy exits the ecosystem through various processes like respiration, decomposition, and consumption by decomposers. These processes release energy back into the environment, allowing the cycle to continue.
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