The four bacterial classes based on where they will grow.Only grow in medium without ampicillin No plasmid.
Only grow in medium containing ampicillin:NONE
Grow in both media:Recombinant plasmid with vgp gene
Nonrecombinant PlasmidRecombinant plasmid with no vgp gene
Genera appeared to be commonly liable to ampicillin and amoxicillin are Staphylococcus, Streptococcus, Corynebacterium, Clostridium, Escherichia, Klebsiella, Shigella, Salmonella, Proteus and Pasteurella, even though many of those bacteria have acquired resistance.
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Select the strategies that may slow the sixth mass extinction.
-Landscape fragmentation.
-Habitat protection.
-Species reintroductions.
-Increased harvesting.-Habitat protection.
-Species reintroductions.
Habitat protection, Species reintroductions these strategies will slow down the sixth mass extinction.
what is sixth mass extinction ?
Unlike earlier extinction events caused by natural causes, the sixth mass extinction is caused by human action, namely (but not exclusively) unsustainable land, water, and energy consumption, as well as climate change. According to the Living Planet Report, 30% of all biodiversity-sustaining land has been turned to food cultivation. Agriculture is also responsible for 80% of global deforestation and 70% of freshwater consumption on the earth, wreaking havoc on the animals that live there by drastically changing their ecosystems. It seems obvious that one of the most serious human-caused dangers to species extinction and our ecosystems is where and how food is generated. To make matters worse, unsustainable food production and consumption contribute significantly to greenhouse gas emissions that cause rising global temperatures.
Climate change, Pollution, Human over-population, Over-harvesting, Invasion of alien species, Habitat loss and fragmentation are the causes of the causes of the sixth mass extinction.
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Question # 5
Fill in the Blank
Complete the following sentence.
Genetic inheritances are
traits.
Answer:
Genetic inheritances are traits that are passed down from parents to offspring through their genes.
Explanation:
These traits are determined by the genes that an individual inherits from their parents, and they can influence an individual's physical characteristics, behavior, and other traits. Some examples of genetic inheritances include eye color, height, and susceptibility to certain diseases.
cancer is the abnormal growth of cells caused by uncontrolled cell division. tumor suppressor genes are genes that encode protein products whose normal function is to protect cells from becoming cancerous. when a loss-of-function mutation occurs in a tumor suppressor gene, a cell may progress to a cancerous state. in some cases, a loss-of-function mutation results in a loss of gene expression. in the tumor cell microarray, choose spots among those listed below that may represent mrnas that encode proteins that function as tumor suppressors. choose all that apply.
A TSG gene guards against a cell's progression toward A TSG gene guards against a cell's progression toward cancer. when a mutation in this gene results in a loss or decrease in function
Where does cancer begin?The disorder known as cancer is brought on by unchecked cellular division and tissue invasion. DNA modifications are the root of cancer. Most DNA alterations that result in cancer happen in regions of DNA known as genes. These alterations are also known as genetic modifications.
Which malignancies are the most deadly?With 130,180 fatalities anticipated, lung & bronchus cancer is the leading cause of death. That is almost three times as many deaths from cancer as were caused by the second-leading cause, colorectal cancer, which resulted in 52,580 deaths. The third deadliest malignancy, pancreatic cancer accounts for 49,830 fatalities.. when a mutation in this gene results in a loss or decrease in function
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which of the following are obstructive lung diseases? select all that apply.pulmonary fibrosisasthmaobstructive sleep apneapneumothoraxchronic obstructive pulmonary disease
Asthma, Chronic obstructive pulmonary disease, and Obstructive sleep apnea are obstructive lung diseases. Affected structures include the trachea, bronchi, bronchioles, alveoli, pleurae, pleural cavity, nerves, and breathing muscles.
Animals that breathe air suffer from lung diseases, often known as respiratory diseases, which affect the tissues and organs that complicate gas exchange. From simple, self-limiting conditions like the common cold, influenza, and pharyngitis to serious, potentially fatal conditions including bacterial pneumonia, pulmonary embolism, tuberculosis, acute asthma, lung cancer, and severe acute respiratory syndromes like COVID-19. Respiratory illnesses can be classified according to the organ or tissue affected, the kind and pattern of the accompanying signs and symptoms, or even the underlying reason for the illness.
The complete question is:
Which of the following are obstructive lung diseases? Select all that apply.
a. Pulmonary fibrosis
b. Asthma
c. Chronic obstructive pulmonary disease
d. Pneumothorax
e. Obstructive sleep apnea
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Birds use the position of the --- during the day and the position of --- during the night in order to navigate.
Birds migrating by day use the Sun to navigate, adjusting their angle to the Sun as the Sun's position moves from east to west.
Birds are warm-blooded vertebrates that belong to the class Aves (/eviz/). They are distinguishable from other vertebrates by having feathers, toothless beaks, hard-shelled eggs, high metabolic rates, four chambered hearts, and sturdy yet lightweight bones. The largest bird is the 2.8 m (9 ft 2 in) ostrich, while the smallest is the 5.5 cm (2.2 in) bee hummingbird. The majority of the ten thousand or so species that are still alive are passerine, or "perching," birds. Despite the fact that the development of wings differs between species, only the extinct moa and elephant bird species are known to be wingless. Birds' wings, which are essentially modified forelimbs, are what allow them to fly.
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FILL IN THE BLANK. The CDC anticipates that an overarching advantage to the new capabilities-based approach to emergency preparedness will result in _______________ and more prepared communities.saferviralfasterslower
The CDC anticipates that an overarching advantage to the new capabilities-based approach to emergency preparedness will result in safer and more prepared communities.
CDC deals with public health professionals that can act quickly and provide essential skills and leadership are needed in today's situations. Being informed and involved at every stage is essential for emergency response and recovery. CDC monitor global health hazards around-the-clock to prevent diseases from crossing borders and keep people safe since diseases can spread more quickly than before.
CDC are aware that severe weather conditions or other events can make people much more susceptible to illness. People could not have access to clean water or medical treatment if the unthinkable occurs. They might encounter disruptions to daily routines or overcrowding in the home, both of which make it easier for outbreaks to spread.
Hence, emergency preparedness saves people from major damage.
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show that the variance of for random samples of size from a normal population decreases as becomes large. [hint: first find the variance of
As the sample size is increased, the bias will become smaller because it is inversely related to the population variance.
The population variance divided by N, the sample size, yields the variance of the sampling distribution of the mean (the number of scores used to compute a mean). Therefore, the variance of the sampling distribution of the mean is lower the higher the sample size. The sampling distribution tends to become normal as sample size rises. As a result, the sample distribution takes on a leptokurtic appearance. It only occurs because the variability diminishes as sample size increases since the distribution of the samples closely mimics the population. A chi-squared distribution with a degree of freedom equal to n1, where n is the sample size, represents the sampling distribution of the sample variance (given that the random variable of interest is normally distributed).
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what is a pluripotent stem cell? cells found in the inner cell mass that of the blastocyst that can differentiate into any of the cell types except placental cells any progenitor cell found in the human embryos stem cells derived from adult tissue, cord blood, bone marrow and that do not differentiate into all the different cell types none of the responses are correct
Cells found in the inner cell mass that of the blastocyst that can differentiate into any of the cell types except placental cells (a) are pluripotent stem cells.
Embryonic stem cells are pluripotent, which means they can develop into all of the body's cell types except from the placenta and umbilical cord.
Because they offer a reusable resource for researching healthy growth and illness, as well as testing medications and other treatments, these cells are highly significant. In vitro fertilisation (IVF)-produced blastocysts that were no longer required for assisted reproduction were the main source of human embryonic stem cells.
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A process by which specific proteins help substances that otherwise could not cross the membrane diffuse down their concentration gradient is known as?
Idiosyncratic beliefs that are held despite their preposterousness are _______. A. Negative symptoms
B. Hallucinations
C. Delucsions
D. Disorganized symtoms
Idiosyncratic beliefs that are held despite their preposterousness are Option A. Negative symptoms
An idiosyncrasy is a peculiar quality in a person (though there are also other uses, see below). A peculiar behaviour is another possible meaning. The adjective is frequently used to describe eccentricity or strangeness. Quirk is a possible alternative.
An individual characteristic and a systematic regularity are in contrast in phonology. While phonological principles can be discovered by analysing the shapes morphemes can take using systematic regularities in a language's sound system, idiosyncratic features are those whose occurrence is not governed by those rules. The fact that the English word "cab" begins with a "k" is an idiosyncratic feature, whereas the vowel in "cab" is longer than in "cap" is a systematic regularity because the final consonant is voiced rather than voiceless.
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match the nerve with the correct function: branch of the facial nerve (vii) called the chorda tympani
The anterior two-thirds of the tongue send taste signals to the chorda tympani facial nerve.
The front of the tongue's taste buds give rise to the chorda tympani, a branch of the facial nerve, which travels via the middle ear before entering the brain. At the point where the facial nerve leaves the skull by the stylomastoid foramen, it connects to the facial nerve (cranial nerve VII) inside the facial canal. The facial nerve, however, leaves the skull through the petrotympanic fissure and descends in the infratemporal fossa.
The muscles that let you frown, grin, wrinkle your nose, and raise your eyebrows and forehead are all controlled by the facial nerve.
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Most neurons are permanent cells, however _____ are neurons that are constantly being replaced.
Most neurons are permanent cells, however olfactory neurons are neurons that are constantly being replaced.
What are neurons?Neurons are cells of the nervous system, which conducts nerve impulses. Neurons consist of an axon and several dendrites and are connected by synapses.
Permanent cells are defined as cells that are unable to replicate in postnatal life. Nervous cells, also termed neurons, together with skeletal muscle and cardiac cells, are included in this group, which traditionally identifies the human tissues that are incapable of spontaneous regeneration.
The olfactory mucosa consists of a layer of columnar epithelium, surrounding millions of olfactory neurons, which are the only neurons to communicate with the external environment and undergo constant replacement.
Therefore, it can be said that olfactory neurons undergo constant replacement unlike every other neuron that are permanent cells.
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For pathogen below, choose the type of cell that would be used in the adaptive immune response
Fungi
Extracellular bacteria
Th17 cells
Hint: The cell type is a helper cell that produces large quantities of a specific cytokine, IL-17, which recruits the neutrophils to induce phagocytic activity and clear extracellular pathogens.
For the pathogen below select the kind of mobile that could be used inside the adaptive immune reaction Th1 cells
hint: The cell type may be a helper mobile that produces cytokines (particularly IFN-y) that stimulate the macrophages and lets in for phagocytosis.
Adaptive immune responses are performed via white blood cells known as lymphocytes. There are two extensive lessons of such responses antibody responses and mobile-mediated immune responses, and they are accomplished via distinct training of lymphocytes, referred to as B cells and T cells, respectively.
The adaptive immune system includes the T cells and B cells not like the cells of the innate immune device, T cells and B cells can identify specific features of pathogens or most cancers. DNA gives the instructions for a cell's increase, survival, and reproduction.
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according to kelso (2019), there is a stereotype of masculine attractiveness for gay men that is depicted repeatedly in advertisements. this stereotype includes all of the following, except:
O White (caucasian) O Muscular O Lack of body hair
O Youthfulness O Dark hair
According to the given statement This stereotype includes all of the following, except Lack of body hair.
Why is muscular fitness so important?Your muscles will get stronger and more attractive as you do, and so will your bones. This encourages good posture and relieves back pain. The likelihood of falls that result in injuries will decrease as a result of your versatility, balance, and stability. The capacity to do an activity repeatedly is known as muscular endurance, which may be improved by sports like marathon, cycling, and swimming as well as strength training and weightlifting.
How can muscle strength be measured?Strength training and leg press are the two exercises that are most frequently used to measure the physical strength of the upper and lower bodies, respectively. The arm curling, latissimus dorsi making available, knee extension, and knee curl are further dynamic strength assessments.
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different geologic settings will produce different types of metamorphism. match the type of metamorphism to its most likely geologic setting.
Metamorphism is the alteration of preexisting rock due to extreme temperature and pressure. Different geologic settings will produce different types of metamorphism, depending on the type of rock, the pressure and temperature conditions, and the rate of change.
Regional metamorphism is the type of metamorphism most often associated with mountain building. It occurs deep within the Earth’s crust as a result of tectonic forces.
Dynamic metamorphism occurs when rocks are subjected to high pressures and temperatures due to sudden movement of the Earth’s crust. This type of metamorphism is often associated with faulting, folding, and shearing. Contact metamorphism is the type of metamorphism that occurs when hot magma comes in contact with cooler rock.
Hydrothermal metamorphism is caused by hot fluids that circulate through the crust. These fluids may be acidic and contain dissolved minerals. Burial metamorphism is the type of metamorphism that occurs when rocks are buried deep within the Earth’s crust.
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Teacher's professional use of technology involves preparation for various classroom activities; such as, preparing instructional materials, material, communicating or collaborating with peers, students and their parents, locating digital resources, and creating lesson plans. When technology is used for instructional delivery, the teacher or students can use it. Teachers can present instruction by means of a projector or students may use computer-assisted learning applications such as drill and practice, tutorials, and simulations. technology as a tool, involves student use of basic software applications to extend their abilities to solve problems, create products, or communicate and share their perspectives with each other. References: Inan, F. A., & Lowther, D. L. (2010). Factors affecting technology integration in K-12 classrooms: a path model. Educational Technology Research and Development, 58(2), 137-154. Technology offers a variety of rich opportunities available to teachers and students. According to Inan and Lowther (2010), there are three main purposes to use technology in schools: (a) technology for teachers to prepare instructional activities, plans, materials, and resources; (b) technology for instructional delivery for teachers and students; (c) technology as a learning tool for both teachers and students. Although technology provides a number of advantages for teaching and learning, teachers who try to integrate technology in their classrooms have encountered many obstacles that hinder potential benefits of use of technology.
According to Inan and Lowther (2010), there are three main purposes to use technology in schools.
Classroom technology gives teachers more tools to support their students. In addition to resources such as textbooks and worksheets, this technology provides educators with a range of tools to help students better understand the material. Technology gives students easy access to information accelerates learning and makes it fun to put into practice what they learn.
Technology integration is defined as the use of technology to enhance and support the educational environment. Technology integration in the classroom can also support classroom instruction by creating opportunities for students to complete assignments on the computer rather than with normal pencil and paper.
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Consider a simple scenario: A bird species lives on a tiny island in the Pacific Ocean. Due to a single mutation some individuals start breeding in the fall and not in the spring, like all other birds. As a result, these two populations (spring and fall breeders) evolve into two separate species. This is an example of:
A bird species lives on a tiny island in the Pacific Ocean. Due to a single mutation some individuals start breeding in the fall and not in the spring, like all other birds. As a result, these two populations evolve into two separate species. This is an example of: reproductive barrier.
The mechanism by which two species cannot breed with one another because of the differences between the species is known as the reproductive barrier.
There are two categories of reproductive barrier separation:
Periodic mechanismtemporary seclusionWhen members of various species coexist in a region, exhibit the same reproductive habits, and have compatible gametes, seasonal or temporal isolation occurs.
Seasonal variations prevent the reproduction of the birds mentioned in the inquiry. Due to the fact that one of the bird species mates in the spring and the other breeds in the fall, two bird species living together cannot reproduce. This is a result of speciation.
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A eukaryotic chromosome has _____ origin(s) of replication, and a bacterial chromosome has ______ origin(s) of replication.many, one
A eukaryotic chromosome has many origin(s) of replication, and a bacterial chromosome has one origin(s) of replication.many, one
Are there other sources of replication in eukaryotes?Eukaryotic chromosomes frequently contain several sources of replication, unlike prokaryotes. Given the size of eukaryotic chromosomes, this is essential to timely completion of full replication. A replicon, or the section of DNA that is duplicated from a certain origin, is defined by each of these sources.
The place in DNA where replication first starts is known as the origin of replication. While linear eukaryotic DNA has several origins of replication, circular prokaryotic DNA only has one origin of replication. The origins of replication are places in DNA where replication always begins.
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Most of the Earth's organisms live on land. true or false
Answer:
True
Explanation:
according to daniel levinson, people around the ages of 40 or 45 move into a period of questioning called ____ , and focus on the finite nature of life.
According to the research, the correct answer is midlife transition. According to Daniel Levinson, people around the ages of 40 or 45 move into a period of questioning called midlife transition, and focus on the finite nature of life.
What is Theory of Adult Development?According to the psychologist Daniel Levinson, it is a theory that proposes that adults go through a series of stages, that is, that in every individual there is a stable pattern of behavior that manifests itself over time.
In this sense, according to this theory, the midlife transition is simply another transition to another stage of nature of life that implies a restructuring of social roles, especially in the fields of work and family, occurs between the ages of 40 and 45, where the person begins to evaluate his life.
Therefore, we can conclude that according to the research, in his Theory of Adult Development, Levinson identified periods of development linked to age where midlife transition occurs around the ages of 40 or 45.
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In an attempt to control aphids that are destroying his plums, a farmer in Iowa imports a colony of Asian ladybugs that feast on the aphids. The Asian ladybugs are not eaten by the local bird populations. The Asian ladybug population multiplies quickly, displaces the local ladybugs, eliminates the aphids, and begins to eat other local insects. The Asian ladybug
A) is responsible for habitat fragmentation in the plum orchard.
B) is increasing the biodiversity of the orchard.
C) is being overexploited.
D) qualifies as an invasive species.
E) is a threatened species.
The Asian ladybug population multiplies quickly, displaces the local ladybugs, eliminates the aphids, and begins to eat other local insects. The Asian ladybug qualifies as an invasive species.
What is Asian ladybug?
This species has one of the broadest ranges of colour forms in the entire world, making it one of the most variable species. It was artificially brought to North America and Europe to control aphids and scale insects, despite being native to eastern Asia. It is now widespread, well-known, and common in those areas. It has also taken root in Africa and a large portion of South America. Due of its frequent home invasions in October as it prepares for the winter, this species is noticeable in North America, where it may be locally referred to as the Halloween beetle.
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The Asian ladybug population multiplies quickly, displaces the local ladybugs, eliminates the aphids, and begins to eat other local insects. The Asian ladybug qualifies as an invasive species.
What is Asian ladybug?This species has one of the broadest ranges of colour forms in the entire world, making it one of the most variable species. It was artificially brought to North America and Europe to control aphids and scale insects, despite being native to eastern Asia. It is now widespread, well-known, and common in those areas. It has also taken root in Africa and a large portion of South America. Due of its frequent home invasions in October as it prepares for the winter, this species is noticeable in North America, where it may be locally referred to as the Halloween beetle.
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which of the following is not a way that alternative splicing can diversify an organism's gene expression? (you can choose more than one.)
Creating a gene with altered base sequences.
Creating a protein that has undergone a mutation.
Creating a protein that isn't already in the DNA.
What makes it an organism?An object with life is referred to as an organism. The fundamental building blocks of both living beings и semi things are molecules. A living entity, however, can be distinguished from an external unit by its distinguishing traits. For instance, a cell or multiple cells make form an organism.
Do living things exist?An microorganism is a form of life that is capable of reproduction: The ability to replicate oneself is one of an organism's traits, but cells, DNA, organelles, and other biological substances can also do this.
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The complete question is-
Which of the following is NOT a way that alternative splicing can diversify an organism's gene expression? (You can choose more than one.Making larger or smaller versions of the protein.
Making a version of a gene with modified bases.
Making a version of a protein with a mutation in it.
Making a version of a protein that is not present in the genome.
Making hundreds or thousands of protein variations from a single gene. Making a version of the protein with a premature stop codon
Making two verslons of a protein, one of which is functional and the other of which is non.functional
vitamin x is a co-factor for the enzyme pyruvate dehydrogenase. when vitamin x is absent, pyruvate dehydrogenase cannot catalyze the conversion of pyruvate to acetyl-coa. x?
Ketoglutarate Dehydrogenase is the enzyme that resembles the pyruvate Dehydrogenase Complex.
What purpose does a pyruvate serve?
Abstract. The final byproduct of glycolysis, pyruvate, is crucial to cell metabolism. It is made in the cytosol and then oxidized in the mitochondria, where it supports oxidative phosphorylation and the citric acid cycle.
Why is pyruvate essential, and what is it?
An essential molecule in biology is pyruvate. It is a byproduct of glycolysis, an anaerobic process for the breakdown of glucose. One glucose molecule transforms into two pyruvate molecules, which are subsequently used to produce additional energy in one of two ways.
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femoral nerve (click to select)2. tibial nerve (click to select)3. median nerve (click to select)4. common fibular (peroneal) nerve (click to select)5. axillary nerve (click to select)6. radial nerve (click to select)7. musculocutaneous nerve (click to select)8. ulnar nerve (click to select)9. obturator nerve (click to select)
1. Femoral nerve: lumbosacral plexus L4 to S3
2. Tibial nerve: lumbosacral plexus L4 to L3
3. Median nerve: medial and lateral cord of brachial plexus C5 to T1
4. Common fibular nerve: lumbosacral plexus L4 to S2
5. Axillary nerve: posterior cord of brachial plexus C5 to C6.
6. Radial nerve: Posterior cord of brachial plexus C5 to T1
7. Musculocutaneous nerve: lateral cord of brachial plexus
8. Ulnar nerve: medial cord of brachial plexus C8 to T1
9. Obturator nerve: lumbosacral plexus L2 to L4
The tibial nerve receives nerve fibers from the L5, S1, and S2 spinal roots. After separating from the common peroneal nerve, it passes through the popliteal fossa and runs deep between the two heads of the gastrocnemius muscle. The common fibular nerve, also known as the common peroneal nerve is a major nerve that supplies the lower extremities.
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In the figure, which areas represent antigen-binding sites?
A. A and B
B. A and C
C. B and C
D. C and D
E. B and D
A. A and B
In figure, A. A and B represent antigen-binding sites. (image attached)
Antibodies are required for presenting the antigen to other lymphocytes for processing or elimination because they have antigen-binding sites that allow them to recognize a particular portion of the antigen. In order to identify the antigen, antibodies require specific regions in their "Y"-shaped chain.
The epitope or antigenic determinant binds to the antibody at the location known as the antigen-binding site or paratope. Each of the heavy and light chains has one constant and one variable domain in it. Fragment antigen-binding (Fab) involves the site. Between two heavy chains and two light chains, each arm of the Y structure can bind to an antigen epitope.
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18. in fruit flies, brown bodies (b) are dominant to black bodies (b). cross a black fruit fly with a heterozygous fruit fly. determine the phenotypic and genotypic ratios of their potential offspring.
Both brown flies (genotype Bb) and black flies (phenotype bb) are potential phenotypes of heterozygous fruit flies with brown bodies (Bb) that are crossed with black bodies (bb) (genotype bb).
The Punnett square is a genetics diagram that is used to determine the potential phenotypes and genotypes in offspring based on the cross, in this example Bb x bb to produce Bb and bb children.
The Punnett square may therefore be used to determine the phenotypes in the following generation by their genotypes, as shown by the data in the question above.
It has the name of Reginald C. Punnett, who developed the strategy in 1905. The likelihood that a child will have a specific genotype is calculated by biologists using the square figure.
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True or False : muscle protein synthesis occurs for up to twenty-four hours after a single bout of heavy resistance exercise.
Correct option TRUE - After a single session of intense resistance training, muscle protein synthesis can last up to twenty-four hours.
Approximately 4-5 hours pass during the brief period of muscle protein synthesis. In order to enhance net muscle protein accretion at rest, it is necessary to consume protein at regular intervals throughout the day. This effect is further amplified by scheduling protein ingestion immediately following exercise. Increase your resistance workout.
The results show that after a session of intense resistance training, MPS rapidly rises, more than doubling at 24 hours, and then rapidly falls, nearly returning to baseline at 36 hours.
According to Schoenfeld, "Protein is naturally anabolic." For up to six hours following a protein-rich meal, protein synthesis—or muscle building—is encouraged.
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Which of the following processes does NOT involve redox (i.e oxidation/reduction) reactions? Select only ONE answer choice. O Photosystem II and its affiliated processes Photosystem and its affiliated processes O Synthesis of ATP by ATP synthase Electron transport chain in photosynthesis Calvin Cycle
Synthesis of ATP by ATP synthase process does NOT involve redox (i.e oxidation/reduction) reactions.
Adenosine triphosphate (ATP) is that the supply of energy to be used and storage at the cellular level. nucleotide is a chemical compound that has energy to drive several processes in living cells, like shortening, electrical discharge propagation, atmospheric phenomenon dissolution, and chemical synthesis.
Synthesis of ATP is done by the enzyme F1F0-ATP synthase. This enzyme, the smallest-known molecular machine, couples nucleon translocation through its membrane-embedded, hydrophobic domain, F0, to the synthesis of nucleotide from nucleotide (ADP) and phosphate (Pi) in its soluble, deliquescent headpiece, F1.
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which of the following is the proper order of cells for water and minerals to travel from the soil into the xylem? A Soil-epiblema endodermis-cortex-pericycle-xylem
B Soil-epiblema-cortex-endodermis-pericycle-protoxylem-metaxylem
C Soil-epiblema-cortex-endodermis-pericycle-metaxylem-protoxylem
D Soil-cortex-epiblema-pericycle-metaxylem-protoxylem
B) Soil-epiblema-cortex-endodermis-pericycle-protoxylem-metaxylem.
Which sequence should water flow through a plant in?1-Water travels passively through the xylem and then into the roots. 2-The water molecules in the xylem form a column due to the forces of cohesion and adhesion. 3- Water enters the mesophyll cells through the xylem, evaporates on their surfaces, and diffuses out of the plant through the stomata.
What is the water's route out of the soil?Transpiration takes place as water travels from the earth to the stems, roots, and finally the leaves. Enough water is absorbed by the roots to make up for water lost through transpiration. Root hairs, which grow from epidermal cells and increase surface area, facilitate rapid absorption.
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Using the fluid mosaic model, a cell is actively capable of protecting itself against injurious agentsby:
a.closing down the membrane transport channels to hormones and chemicals.
b.altering the number and patterns of receptors to bacteria, antibodies, andchemicals.
c.increasing the number and sensitivity of lysosomes to destroy bacteria.
d.shifting the bilayer from hydrophobic to hydrophilic in response to antibodies.
Using the fluid mosaic model, a cell is actively capable of protecting itself against injurious agents by b. altering the number & patterns of receptors to bacteria, antibodies & chemicals.
In the field of biology, the fluid mosaic model can be described as a model that described the formation of the cell membranes in such a way that it facilitates the entry and exit of molecules across a cell.
The fluid mosaic model describes how there are different receptors present in the cell membrane that allows the entry and exit of bacteria, antibodies & chemicals. The injurious agents are not allowed to enter the cell as the cell receptor makes changes in itself which causes the injurious agents do not to enter the cell.
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