Name the previous phase
Prophase
Anaphase
Metaphase
Telophase

The characteristics of biofilms that differentiate them from planktonic bacteria are Microorganisms participate in quorum sensing.

Planktonic bacteria are free-dwelling micro organism. they are the populations that grow in the acquainted check tube and flask cultures in the microbiology laboratory. the other mode of increase is the adherent, or sessile, kind of increase. Planktonic micro organism had been diagnosed for centuries.

The distinction among how each interacts with macrophages might be due to their assorted external systems: while planktonic bacteria are man or woman microorganisms, biofilm is a properly-linked enterprise of thousands and thousands of them .

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The number of times the allele of interest is observed in a population is divided by the total number of copies of all the alleles at that particular genetic locus in the population to compute the allele frequency. The frequency of alleles can be expressed as a decimal, a percentage, or a fraction.

Being homozygous for a gene means you inherited two identical copies. It is the inverse of a heterozygous genotype, in which the alleles differ. People who have recessive features, like blue eyes or red hair, are always homozygous for that gene.

The number of individuals who are heterozygous. The frequency of heterozygous people is equivalent to 2pq.

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Answer:

C. channels in transmembrane proteins embedded in the lipid bilayer.

Explanation:

Because ligands are particular to their receptors, the secondary messengers and inactive relay proteins that are produced in the cell to start a response are also.

The extracellular domain is where the molecules attach. Since the molecules are hydrophilic, they cannot pass through the plasma membrane's hydrophobic interior.

Desensitization of the target cell and elimination of the ligand by degradation or sequestration are two methods for receptor deactivation. A ligand's binding to a receptor is reversible because the ligand will eventually separate from the receptor and may be broken down.

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The decision that was eventually made regarding the dam was that (d) the dam was built in the Hetch Hetchy valley.

When the expanding population of San Francisco, California suggested building a dam in the Hetch Hetchy Valley to offer a reliable water supply, Congress argued between 1908 and 1913 whether to make a water resource available or conserve a wilderness. It was up to Congress to decide what would happen to the Hetch Hetchy Valley, which was protected by the federal government and a part of Yosemite National Park.

The national public is split over whether San Francisco should be allowed to flood the valley and if the valley should be protected from development. The dispute between preservationists and conservationists, who felt that nature should be safeguarded and preserved from human intrusion, was at the centre of the discussion.

Preservationists believed that the environment should be used responsibly to benefit society.

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The Hetch Hetchy dam construction was one of the first debates between the anthropocentric and ecocentric environmental philosophies. What decision was eventually made regarding the dam?

- No dam was constructed; San Francisco had to find another source of fresh water.

- A dam was constructed, then later removed.

- A dam was built in another location that was not a National Park.

- The dam was built in the Hetch Hetchy valley.

The heat inactivates a virus by denaturing proteins present in them.

An inactivated/killed vaccine is a type of vaccination that has been produced physically (heat, radiation, or chemicals) and chemically killed the culture of complete viruses or bacteria or fractions. The killed part will still have the ability to elicit an immune response.

To produce a vaccine using a virus, first, we have to culture the target virus. Then, we have to heat kill the virus to reduce its pathogenicity to infect the host cells and replicate. The application of heat denatures the protein present in the virus. So this denatured protein doesn't have pathogenicity but it will still elicit an immune response.

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A subspecies is a population that has developed somewhat different physical and genetic characteristics from the rest of the species. A species is a group of interbreeding living beings with a lot of the same characteristics.

A population or set of populations that have the potential to freely breed with one another within and among themselves are technically referred to as species. This is an independently existing, naturally defined concept. On the other hand, subspecies are defined as subdivisions of a species that have unique characteristics.

A species is essentially the biggest group of organisms within which interbreeding results in viable progeny. The term "subspecies" is ill-defined and should be used with extreme caution because it calls for a deep understanding of the specific species in question as well as an understanding of the philosophical basis for its subspecies designation. Unlike the definition of a species, it is not always an intrinsic idea. A "breed" is typically a domestic population with limited genetic variation, as opposed to a subspecies.

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The tendency of toxins to accumulate in top predators is called biological Magnification.

The term "biological magnification" is frequently used to describe the process by which certain substances, such as heavy metals or pesticides, enter lakes, rivers, and oceans and then move up the food chain in progressively higher concentrations as they are incorporated into the diet of aquatic organisms like zooplankton. These aquatic organisms may then be consumed by larger fish, larger birds, animals, or humans. As they move up the chain, the substances become increasingly concentrated in tissues or internal organs. Because they are metabolized or excreted very slowly, bioaccumulates are substances that accumulate in living things as they consume contaminated food, water, or air.

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True : The different geometries that a molecule can attain by bond rotations and bends are called conformations.

The three-dimensional configuration of side groups on a molecule that are free to freely spin into different orientations without rupturing any bonds.

One potential arrangement of the constituent atoms and groups in space for a compound or macromolecule that has at least some degree of freedom of rotation about its chemical bonds.

A conformational change in biochemistry is a modification of a macromolecule's shape, frequently brought on by outside influences.

A macromolecule is typically adaptable and dynamic. Each potential shape is referred to as a conformation, and a change between them is referred to as a conformational change. Its shape might change in reaction to changes in its surroundings or other circumstances. Temperature, pH, voltage, light in chromophores, ion concentrations, phosphorylation, or the binding of a ligand are some of the variables that might cause such alterations.

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When an action potential reaches the neuromuscular junction, acetylcholine is released at that synapse. Acetylcholine binds to nicotinic receptors concentrated in motor endplates, specialized regions of the post-synaptic membrane of muscle fibers.

Motor neurons connect to muscles at the neuromuscular junction where the synaptic terminals form a synaptic cleft with the motor endplate. The neurotransmitter acetylcholine diffuses across the synaptic cleft, causing sarcolemmal depolarization.

The neuromuscular junction is where the terminal portion of a motor neuron axon meets a sarcolemma separated by a synaptic cleft. Action potentials reaching the axon terminals trigger the release of acetylcholine leading to motor endplate depolarization.

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Seals (mammals) and penguins (birds) both have streamlined body forms that allow them to move through water efficiently. This similarity in body shape is mostly likely the result of: convergent evolution.

A streamlined structure can be considered as the hybrid of needle and a sphere. This form of body reduces the friction of the frag created when the animals moves in wind or water and therefore eases the movement of the organism.

Convergent evolution is the one where two organisms have the similar anatomical features due to their adaptations in the habitat. However, such animals do not have any ancestral relation.

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We are able to distinguish between the hba (Hemoglobin beta globin) allele and the hbs alleles in our lab because HbA allele produces shorter PCR product than HbS.

Sickle hemoglobin (HbS) is caused by a point mutation in the two subunits of normal hemoglobin (HbA), resulting in nucleated polymerization and pathology.

There are at least two variants (or alleles) of the HBB gene: HbA and HbS. The HbA allele provokes no problems. The HbS variant can result in either sickle cell trait or sickle cell disease. This allele tends to cause red blood cells to "sickle" rather than forming donut shapes.

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Answer:

Lobules

Explanation:

Hierarchy test which best captures the given information is a)mammal is a superclass of Rodent and Mammal. So, correct option is a.

Rodents are the single biggest gathering of warm blooded creatures, representing around 40% of all vertebrate species. The little creatures have a place with the request Rodentia, which have a solitary pair incisors in both the upper and lower jaws. Rodents can be tracked down in all mainland aside from Antarctica, and live in assorted natural surroundings, including human-made conditions. These species are by and large little creatures that have hearty bodies and short appendages, and chew food utilizing their long and the sharp incisors.

Rodents have been utilized as lab examples, pets, and food. Nonetheless, the greater part are viewed as bugs, as they are equipped for obliterating a lot of put away food and spread sicknesses. The inadvertently presented types of rodents are frequently thought to be intrusive and have prompted the annihilation of specific creature species, including island birds.

Hence, correct option is a.

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(Complete question) is:

all rodents are mammals and all canines are mammals. no canines are rodents and no rodents are canines. what hierarchy best captures this information? group of answer choices

a)mammal is a superclass of rodent and mammals

b)mammals us a superclass of canine rodent

c)mammals is a superclass of mammal and canine

d)mammals is a superclass of mammal  

e)mammal is a superclass of rodent and mammal

f) mammal is a superclass of canine and canine

Staphylococcal Scalded Skin Syndrome is a systemic bacterial infection that primarily affects babies and young children and leads in desquamatization of the skin.

An very dangerous skin infection is staphylococcal scalded skin syndrome. Over a significant portion of the body, the infection results in skin peeling. In the summer and fall, it happens desquamatization more frequently. Most kids who receive therapy begin to feel better in one to two days. A few days later, the skin is desquamatization frequently fully recovered. A week to 10 days later, some kids may have some minor dry skin peeling. For treatment, children with more severe infection might need to remain in the hospital.

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Answer:

The rate of photosynthesis is high

Explanation:

When the concentration of carbon dioxide is high, plants are able to absorb more co2. This cause the rate of photosynthesis to increase.

The athlete can still swim because of lactic acid fermentation. Lactic acid fermentation makes ATP in the absence of oxygen by converting glucose to lactic acid. It is a type of anaerobic respiration (or fermentation) that breaks down sugars to produce energy in the form of ATP. It is called anaerobic because it occurs in the absence of oxygen. Lactic acid is generated as a byproduct of this reaction, which is what gives this type of fermentation its name.

If a plant has vascular tissue, megaphylls, and seeds, but not flowers, then it is a gymnosperm. Correct answer: letter E.

Because this type of plants have all these characteristics and reproduce by seeds and pollen, and are the dominant plants in the preangiosperm world.

If a plant has vascular tissue, megaphylls, and seeds, but not flowers, then it is a(n):

Group of answer choices:

A. lycophyte

B. Fern

C. Bryophyte

D. Angiosperm

E. Gymnosperm.

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Answer:

the opening of the double helix and separation of the DNA strands, the priming of the template strand, and the assembly of the new DNA segment. 

Answer:

Process below

Explanation:

DNA replication is the process by which a cell copies its DNA in order to produce new cells. The steps of DNA replication are as follows:

The model of the vertebral subluxation complex which includes the idea that the nerve supplying the joint also supplies the muscles and skin around that joint is the

5-component model.

A properly functioning nervous system allows the entire body to function at its optimum level. The Vertebral Subluxation Complex is identified by a loss of normal position and movement of a spinal vertebra, irritation to delicate nerve tissue, and degeneration occurring over time causing other organs and systems of the body to lose their proper function.

There are many factors that can cause the Vertebral Subluxation Complex. Subluxations can occur as early as childbirth.

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An RNA nucleotide is most similar in structure to ATP. The average person's body recycles as much ATP each day as they weigh.

An organic compound called adenosine triphosphate drives a number of biological processes in living cells, including the contraction of muscles, transmission of nerve signals, dissolution of proteins, and chemical production (ATP). All known forms of life contain ATP, which is frequently referred to as the "molecular unit of currency" of intracellular energy transfer. When it is absorbed by metabolic processes, it either changes into adenosine monophosphate (AMP) or adenosine diphosphate (ADP) (AMP). There are many methods for recovering ATP. In addition to serving as a coenzyme and a precursor of DNA and RNA, it also accomplishes a variety of additional tasks. A nitrogenous base, a nucleoside triphosphate, and a phosphate group are what it is.

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Wolves spread throughout most of north America and Eurasia through successive ice ages is true.

The wolf's species distribution is known as the wolf distribution (Canis lupus). Wolves were first seen in North America above the 15th parallel north and in Eurasia above the 12th parallel north. However, due to cattle predation and the fear of wolf attacks on humans, deliberate human persecution has restricted the species' range to only approximately one-third of its original size.

Due to legal protection, changes in land use, and the migration of rural humans to cities, wolf population decreases have been halted since the 1970s, and this has encouraged recolonization and reintroduction in some areas of its previous range. The species is still under threat from habitat fragmentation, human competition for livestock and game species, and worries about wolves' potential threat to people.

Despite these dangers, the IUCN Red List rates the grey wolf as Least Concern due to its relatively large range and steady population.  The African golden wolf (Canis lupaster), which lives north of the Sahara, and the Ethiopian wolf (Canis simensis), which lives in Ethiopia, make up the majority of the continent's wolf population.

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Complete Question:

Wolves spread throughout most of north america and eurasia through successive ice ages.

True

False

To arrest all the transcriptional events at the same position on the DNA template, the sequence of the gene being transcribed must be known, and in the reaction mixture three rNTPs must be added except for the one where the transcription process need to be arrested.

rNTPs are the Ribonucleoside tri-phosphates. It is comprised of a ribose sygar joined to three phosphate groups. There are 4 types of rNTPs: rATP, rCTP, rUTP, rGTP. They are required for making the RNA strand from DNA.

Transcription is the process of synthesizing the RNA strand from the template DNA strand. The process occurs in the nucleus of the eukaryotic cells and in the nucleiod of prokaryotes.

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pine trees, redwoods, and conifers belong in gymnosperms plant group.

The gymnosperms are a clade of seed-producing crops that involves conifers, cycads, Ginkgo, and gnetophytes. They form the clade Gymnospermae, and the living members of this clade are known as Acrogymnospermae. The term gymnosperm is derived from the Greek compound word o, which literally means "nked seeds."

Gymnosperms are a small class of plants that do not flower and produce "nked seeds." This implies that the seeds are generated on the reproductive structure's surface rather than within it, as in fruit.

Conifers (pines, cypresses, and relatives) are by far the most numerous group of living gymnosperms, followed by cycads, gnetophytes (Gnetum, Ephedra, and Welwitschia), and Ginkgo biloba (a single living species). Gymnosperms are dioecious in about 65% of cases, but conifers are mostly entirely monoecious.

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Answer:

Yes, otherwise it would die because it is not getting that essential nutrient.

Explanation:

The Cori cycle involves conversion of: (a) glucose to pyruvate; (c) glucose in the liver.

Cori cycle is the cycle involving the metabolism of lactate. Here, the lactate produced due to anaerobic process in the muscles is transported to the liver. In the liver the lactate is converted to glucose which is then transported to muscles for utilization and further converted into lactate.

Liver is the largest organ of the body that id a digestive organ as well as an endocrine organ. The bile juices secreted by the liver are used for the digestion of fats. On the other hand it also secreted hormones like insulin and glucagon.

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Eukaryotic replication includes: -multiple origins of replication -specific DNA polymerase for replication of mitochondrial DNA.

Both :

-a number of different DNA polymerases

-replication in both directions.

Neither:

-takes place in the M phase of the cell cycle.

The opening of the double helix and separation of the DNA strands, priming of the template strand, and construction of the new DNA segment are the three main phases in replication. The DNA double helix's two strands uncoil at a specific spot known as the origin during separation.

Prokaryotic DNA replication happens through a single origin of replication, whereas eukaryotic DNA replication occurs through numerous replication origins. This is the primary distinction between prokaryotic and eukaryotic DNA replication.

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Answer: Cytokinesis

Explanation: Cytokinesis is the answer if your still having trouble comment under this and I can help you

Crossing over of the DNA - does not occur during mitosis. Here, the correct answer is Option A.

Mitosis is a process in which two daughter cells are formed by the division of a single cell. Mitosis is divided into five phases.

a) Prophase - In the process of Prophase cell division, the nuclear envelope is broken down after the condensation of chromatin into chromosomes and the centrioles near the nucleus start to move to opposite poles of the cell after being separated from each other. A spindle begins to be formed between the centrioles as they move apart.

b)Metaphase-In the process of Metaphase, the sister chromatids are arranged at the equator of the cell and the centromere of each pair of sister chromatids is attached with spindle fibers. At the time of cell division, it is ensured by the spindle fibers that sister chromatids will be separated and go to different daughter cells.

c) Anaphase -n the Anaphase stage, the centrioles divide after the separation of sister chromatids. Each one of the sister chromatids is pulled apart to the opposite poles by the shortening of the spindle fibers.

d) Telophase -In Telophase, the chromosome starts to decondense after reaching the opposite poles and a nuclear envelope is produced around the chromosomes.

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The correct question is -

Which of the following does not occur during mitosis?

1. Crossing over of the DNA

2. condensation of the chromosomes

3. spindle formation

4. separation of sister chromatids