Chromosome translocations involving the Myc gene cause Burkitt lymphoma. A chromosome is disrupted during a chromosome translocation, allowing for association with pieces of other chromosomes.
Chromosome 8, which houses the Myc gene, is the site of the traditional chromosome translocation in Burkitt lymphoma. A very aggressive B cell neoplasm known as Burkitt lymphoma (BL) is distinguished by the translocation and dysregulation of the MYC gene on chromosome 8. Epstein-Barr virus has been related to sporadic Burkitt lymphoma (EBV). The virus that causes glandular fever is this one (mononucleosis).
Someone who has experienced mononucleosis may be more likely to develop NHL. But it's crucial to keep in mind that EBV is extremely widespread. A translocation of the MYC gene on chromosome 8 into one of the three immunoglobulin loci, which results in MYC protein overexpression and unchecked cell proliferation, is linked to all forms of Burkitt lymphoma. Recurrent chromosomal translocations are present in around 40% of B-cell lymphomas, and the majority of them are easily identifiable using either traditional (karyotyping) or molecular cytogenetics (fluorescent in situ hybridization, FISH).
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Correct Question:
Burkitt lymphoma is usually associated with what type of chromosome rearrangement?
show the diazo-coupling reactions to form the following dyes from an aniline compound and an aromatic compound
Combining action :- The N=N bond is used to link two aromatic rings together in the process. In the presence of phenol or aromatic amines, arene diazonium salts—such as benzene diazonium salts—react to produce colored azo compounds.
A diazonium compound and another aromatic compound engage in a chemical process known as an azo coupling, which results in an azo compound. The aryldiazonium cation acts as the electrophile and the activated arene as the nucleophile in this electrophilic aromatic substitution process.
Benzene diazonium chloride and phenol combine to form a yellow-orange azo molecule. The reaction is catalyzed by the base.
As a result, although the reason is flawed, the assertion is true.
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What causes the Bottleneck
Effect?
A. a new species diverges from the
original population and develops new
alleles
B. when a few individuals join a
population and cause a shift in the
allele frequency
C. a large loss in the population due to
a dramatic event this is the answer
D. when a few individuals leave a
population to begin their own
4
Answer: C
Explanation: Genetic drift can have major effects when a population is sharply reduced in size by a natural disaster.
Option D would be referring to the 'founder effect'. Option A would be referring to a 'sampling error' and option B is referring to 'fixation'.
you typed "this is the answer" so im assuming you already knew this lol
which of the following correctly orders events during mitosis
Prophase, prometaphase, metaphase, anaphase, and telophase should happen in that order during mitosis. Chromatin condenses into discernible chromosomes and the nuclear envelope dissolves during prophase.
How are meiosis and mitosis carried out?Meiosis, a type of cell division, is what creates sperm and egg cells. Mitosis is a crucial aspect of life. During the mitotic process, a cell duplicates all of its components, including its chromosomes, and then divides into two identical daughter cells.
In living organisms, the following things must happen in the right order (sequence) during mitotic division:1. Microtubules' mitotic spindle (spindle fibers) adheres to chromosomes.
2. Microtubules help sex cells to maintain their chromosome organization.
The nuclear membrane is then broken down in step 3.
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with the exception of the lumbricals, all other extensors of digits 1-5 are innervated by the deep peroneal nerve. True/ False
False. All extensors of digits 1–5—aside from the lumbricals—are innervated by the superficial peroneal nerve.
The following are frequent reasons why the peroneal nerve is damaged: Knee trauma or injury. break in the fibula (a bone of the lower leg). Overview. The gluteal muscles are the set of posterior hip & thigh muscles that are the most visible. The gluteus maximus, medius, minimus, & tensor fasciae latae make up this muscle group. These four muscles build up and provide structure to the gluteal (buttock) area. The bladder is not innervated by the vagus nerve. A parasympathetic nerve, the vagus supplies the heart, bronchial musculature, the stomach, as accessory glands from the mouth to the junction of a proximal 2/3 and distal 1/3 of the transverse colon. Its neurons are located in the medulla.
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HELP ASAP!!! WORTH 20 POINTS!!!
Situation: CRISPR/Cas9 edits genes by precisely cutting DNA and then letting natural DNA repair processes to take over. The system consists of two parts: the Cas9 enzyme and a guide RNA. Rapidly translating a revolutionary technology into transformative therapies.
Part A: Imagine you have a pet who is experiencing a genetic disease. Would you use the CRISPR/Cas9 technology to help them battle and overcome the disease? Why or why not?
Part B: Explain the ethical issues related to using this technology on humans.
I we have a pet who is experiencing a genetic disease, then we might use the CRISPR/Cas9 technology to help them battle and overcome the disease by correcting the genetic mutations in the genes affected by the disease (question A). The ethical issues related to using this technology on humans are mainly based on the modification of the germinal line.
What is the CRISPR/Cas9 genome editing technology?The CRISPR/Cas9 genome editing technology is a technique that can be used to correct mutations and thus repair defective genes associated with diseases.
Therefore, with this data, we can see that the CRISPR/Cas9 genome editing technology is able to correct genes but it may have ethical concerns related to the modification of the germinal line.
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TRUE/FALSE. compensates for the absence of secretory iga in selecteve iga deficiency because it can be secreted by mucosal tissues using the same receptor needed for trnscytosis
IgM makes up for secretory iga insufficiency in specific cases of iga deficiency . the statement is correct.
What makes it a deficiency?When something is lacking, it is said to have a deficit. A lack of iron-rich meals in your diet might be the cause of your constant fatigue and sluggishness. The word "deficit" is most often and used in relation to health, such as a sleep deficiency.
By deficient symptoms, what do you mean?The signs of deficiencies are there and include narrow germination of seeds, early leaf and bud drop, leaf yellowing, etc. The deficiency of both both macronutrients and micronutrients in plants may be the cause of these symptoms. A few critical salts are necessary for the growth and development of plants.
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Polygenic characteristics have many phenotypes because the number of possible genotypes (and, therefore, phenotypes, if each genotype corresponds to a unique phenotype) is _____, where n is the number of genes or loci involved.
Please choose the correct answer from the following choices, and then select the submit answer button.
Answer choices
3^n
Polygenic characteristics have many phenotypes because the number of possible genotypes (and, therefore, phenotypes, if each genotype corresponds to a unique phenotype) is 3ⁿ where n is the number of genes or loci involved.
A polygenic trait is a property, such as height or skin colour, that is influenced by two or more genes. Because numerous genes are involved, polygenic traits do not follow the patterns of Mendelian inheritance. Multifactorial traits are many polygenic traits that are also influenced by the environment. Because human characteristics like height, eye color, and hair colour are regulated by numerous genes, each of which contributes in some way to the overall phenotype, they come in a variety of slightly different forms.
Hence, many gene control the phenotype of the individual
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which of the following does not represent a genetic change that can change a proto-oncogene into an oncogene?
A mutation introducing a stop codon immediately after the initiator methionine codon does not represent a genetic mutation capable of converting a proto-oncogene into an oncogene.
An oncogene is a mutated gene achingly has the potential to cause cancer. Before the oncogene is translated, it is called a proto-oncogene, and it plays an important role in regulating normal cell division. Cancer can arise when a proto-oncogene is mutated, turning it into an oncogene and causing cells to divide and grow in an uncontrolled manner Activation of oncogenes involves genetic changes in cellular protooncogenes. The effect of these genetic changes is to give the cell a chance to grow.
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In rabbits, black fur is dominant to white fur. As a rabbit breeder, you crossed a bb male with a Bb female, please complete the Punnett square for the possible genotypes of the offspring. Then complete, the phenotype ratio (out of 4) of the offspring.
***Please follow all Punnett square rules to complete this question.
________ ________
______ offspring 1 offspring 2
______ offspring 3 offspring 4
(Fill in all 4 blanks in the above Punnett square and the 4 offsprings. The first 2 blanks are straight above offspring 1 and 2.) Also fill in the 2 blanks below. 10 total answers.
Black:____ White:___
First, set up the Punnett square using the genotypes of the parents.
The male is bb, so place two b's in the top row. The female is Bb, so place one B in the left column, and one b in the right column.
BB bB
bb bb
Next, fill in the squares of the Punnett square with the possible combinations of the alleles. In the left-hand top square, place a B and a b since the male parent has one B and one b. In the right-hand top square, place a b and a B since the female parent has one B and one b. In the left-hand bottom square, place two b's since both parents have one b. Finally, in the right-hand bottom square, place two b's since both parents have one b.
BB bB
bb bb
Then, calculate the phenotype ratio. The ratio of black fur to white fur is 3:1, since three of the offspring have the black fur allele (BB, Bb, bb) and one of the offspring has the white fur allele (bb).
Black: 3 White: 1
What is the Punnett square?
The Punnett square is a chart used to predict the genotype of a particular cross or breeding experiment. It is named after British geneticist Reginald Punnett, who devised the technique. The square is used to determine the probability of an offspring having a particular genotype. It can also be used to describe the probability of a certain phenotype, such as eye color, appearing in the offspring.
What are Genotypes and Phenotypes?
Genotypes are the genetic makeup of an organism, which is determined by the alleles it carries. These alleles are passed from parents to offspring and can be dominant, recessive, or a combination of both.
Phenotypes are the physical characteristics and traits of an organism, which are determined by the genotype, but can also be influenced by environmental factors.
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transcription and translation of a protein which is composed of 630 nucleotides would form___amino acids a. 1890 b. 70 c. 210 d. 630
Transcription and translation of a 630-nucleotide protein would produce 210 amino acids.It is 630/3=210.
Transcription and translation are two processes that convert nucleotide sequences from DNA into amino acid sequences to produce the desired protein.The process by which mRNA codes for a specific protein is known as translation The codon set to each amino acid is coded by over three nucleotides called the triple codon.During transcription, the DNA molecule is unwound, and the RNA strand is synthesized using the unfolded DNA strand as a template. Now that transcription is complete, the RNA molecule travels to the cytoplasm of the cell, where it will be translated into protein.
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What are 4 examples of behavioral adaptations?; What are 5 examples of behavioral adaptations?; What is an example of a behavioral adaptation in plants?; Is thorns a behavioral adaptation?
The example of behavioral adaptions are:
migrationhibernationfeeding habitscommunication modesreproduction modeExample of behavioral adaptions in plants are: seasonal migration.
Yes, thorns a behavioral adaptation in plants.
What is behavioral adaptions?
anything a creature will often do in response to a stimulation from the outside world in order to survive. One behavioural adaption is hibernating during the winter.
Behavioral adaptations include things like bird cries and migration. Evolution is the cause of adaptation. The term "evolution" refers to a species' transformation over a very long time.
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for the diatomic only, compare calculations and properties with the information from the spectroscopic physical constants, particularly re, we, and d0. (for example, you can calculate the bond energy of a diatomic by forcing the bond length to become very large, comparing that energy with the equilibrium value.
The rotation of a diatomic molecule can be described by the rigid rotor model. To imagine this model think of a spin. It has two masses set at a fixed distance from one another and spins around its center of mass (COM).
This model can be made even simpler by utilizing the concept of reduced mass, which enables the problem to be handled as a single body system. Diatomic molecules are molecules composed of only two atoms of the same or different chemical elements, hence their name. If a diatomic molecule has two atoms of the same element, such as oxygen (O2) or hydrogen, it is said to be homonuclear (H2). However, a molecule is said to be heteronuclear if it has two different atoms in a diatomic substance, such carbon monoxide (CO) or nitric oxide (NO). A non-polar connection exists in a homonuclear diatomic molecule.
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Synthesize DNA: When new cells are made, DNA is replicated and a copy is given to each new cell. In this activity, imagine that you are DNA polymerase, the enzyme
that makes DNA using a DNA template.
Now imagine that the double stranded DNA helix was already unwound, and you are working with only one strand of the DNA for each sequence. In the space
provided, write the complementary strands for BOTH the normal and the sickle cell DNA strands below.
DNA Sequence (normal):
S'ATG GTG CAC CTG ACT CCT GAG GAG AAG TCT GCC GTT ACT 3¹
DNA Sequence (sickle-cell):
5' ATG GTG CAC CTG ACT CCT GTG GAG AAG TCT GCC GTT ACT 3
What is the sequence to the complementary strands? Write your answer in the following format:
#xxxxXxx xxxx xxXxXxXxXx xxxx xxxx xxxx xxxx xxxXxXxXxxxXxXxXxXx
Xxx XXX XXX
# is either 3 or 5. X is either A, G, C, T or U
DNA sequence normal cell
DNA sequence sickle cell
Answer:
Remember apples in a tree, Cars in a garage
Explanation:
Normal DNA sequence:
TAC CAC GTG GAC TGA GGA CTC CTC TTC AGA CGG CAA TGA
Sickle Cell DNA Sequence:
TAC CAC GTG GAC TGA GGA CAC CTC TTC AGA CGG CAA TGA
I hope this helps!
tissue-specific signals instruct cells to differentiate into specific cell types. stem cells become activated and undergo cell division. signals are received that indicate a need for additional cell types. new progenitor cells are generated to contribute to a growing cell population. the newly differentiated cells then contribute to the tissue, but they may be eliminated later as they age or become damaged.
Generic embryonic cells become specialized cells through cell differentiation. Gene expression is a process that causes something to happen. Gene expression, which is the exact set of genes that are switched on or off, controls how a cell behaves.
How do plant cells decide which cell type to develop into?The trajectory that specific stem cells take when they differentiate appears to be determined by transcription factors, proteins that control which genes are produced in a cell.
What is meant by the differentiation of cells into several tissue types?The process of specialization that results in the development of brain, heart, and all other tissues from the single-cell zygote and the primitive, three-layered embryo is known as cell differentiation.
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Scientists believe that 250 million years ago ________.
A
the continents were farther apart
B
the continents were underwater
C
there was only one active volcano on Earth
D
the continents were connected
the autonomic and somatic relflex arcs have the same components except the autonomic reflex has two motor neurons. true or false?
True: Both of them share the same constituent parts, but the autonomic reflex arc has two motor neurons, whereas the somatic reflex arc contains only one.
What is autonomic and somatic ?
The nervous system outside of the brain and spinal cord is referred to as the peripheral nervous system. The primary role of the PNS is to transmit data from the central nervous system to the effector organs. The peripheral nerve system is divided into two parts: the somatic and the autonomic. In contrast to the autonomic nervous system, which is referred to as the involuntary nervous system, the somatic nervous system is referred to as the voluntary nervous system. The primary distinction between the somatic and autonomic nervous systems is that the somatic nervous system regulates the body's voluntary muscular movements, whilst the autonomic nervous system regulates the body's involuntary muscular movements.
Somatic and autonomic nerve systems govern different types of motions, which is the primary distinction between them.
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during dna replication in a human liver cell, dna polymerase mistakenly adds a guanine nucleotide instead of an adenine nucleotide
Similar to DNA, RNA is a linear polymer composed of four distinct nucleotide subunit types that are joined by phosphodiester bonds. Chemically, it differs from DNA in two ways.
Cells read out or express the genetic instructions in their genes through transcription and translation. When necessary, cells may quickly produce a vast amount of protein due to the fact that the same gene can produce numerous identical copies of RNA and that each RNA molecule can direct the production of numerous identical protein molecules.
However, the efficiency at which each gene is transcribed and translated can vary, allowing the cell to produce large amounts of some proteins and minuscule amounts of others.
Additionally, as we will see in the following chapter, a cell may modify (or regulate) the expression of each of its genes depending on the circumstances, most obviously by managing the RNA it produces.
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your chapter points out that biology and marriage are not the only bases for kinship in human societies. which of the following best describes behaviors that may constitute an additional kinship strategy?
Biology and marriage are not the only bases for kinship in human societies.
There are two basic kinds of kinship ties: Those based on blood that trace descent. Those based on marriage, adoption, or other connections.
Kinship is a "system of social organization based on real or putative family ties," according to Encyclopaedia Britannica. But in sociology, kinship involves more than family ties, according to the Sociology Group:
"Kinship is one of the most important organizing components of society. ... This social institution ties individuals and groups together and establishes a relationship among them."
Kinship can involve a relationship between two people unrelated by lineage or marriage, according to David Murray Schneider, who was a professor of anthropology at the University of Chicago who was well known in academic circles for his studies of kinship.
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What two levels of organization can be found within an organelle?
How do you humans get the nitrogen they need
Answer: The air you breathe is around 78% nitrogen, so nitrogen enters your body with every breath. Nitrogen is also obtained from protein-containing foods such as meat, fish, legumes, nuts, eggs, milk and other dairy products.
Place the following labels in the proper position to designate what effect each condition would have on membrane physiology
The arrangement of the placement are:
makes RMP less negative
- ATP stores are declining through mitochondrial poison (arsenic)
- decreased concentration of leaky potassium channels in the membrane
- increased concentration of leaky sodium channels in the membrane
influence the ability of the cell to repolarize
- acetylcholine esterase concentration is decreased
- voltage-regulated potassium channels are blocked
influences the ability of the cell to depolarize
- the size the synaptic cleft is increased
- neurotransmitter synthesis is compromised due to Golgi dysfunction in the pre-synaptic neuron
- release of excitatory neurotransmitter input is blocked
- hypothermia (low ECF sodium)
- hyperhydration (high water concentration in ECF)
What is the cell membrane structure?The cell membrane is a highly flexible structure made mostly of two layers of phospholipids, or "bilayers," back to back. The membrane contains several proteins that serve a number of purposes, along with cholesterol, which adds to the fluidity of the membrane.
Therefore, in the membrane, the phospholipid molecule is made up of a hydrophilic polar phosphate "head" and a hydrophobic non-polar lipid "tail." among others,
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URGENT !! With multicellular organisms, which type of cells divide that DO NOT pass on genetic information? !!!
Answer: red blood cells i beleive, they split to grow more but they do not contain any genetic information
Explanation:
What are 2 examples of the second line of defense?; What are the 2 first line of body defenses?; What does the 2nd line of defense do?; What is the body's line of defense against pathogens?
2 examples of the second line of defense are dendritic cells and Macrophages.
Skins, tears and mucus are the 2 first line of body defenses.
A collection of cells, tissues, and organs that cooperate to defend the organism makes up the second line of defence. The immune system is shown here.
The initial line of defence against infection is made up of skin, tears, and mucus. They aid in defending us against encroaching infections.
What is first line of defense?
The body's physical and chemical defences, often known as the first line of defence or outer defence system, are constantly ready and prepared to protect the body against infection. Your skin, tears, mucus, cilia, stomach acid, urine flow, "friendly" bacteria, and white blood cells known as neutrophils are examples of these.
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During which stage(s) of plant seed germination (see model below) is cellular respiration required to supply all plant cells with the ATP required to fuel growth and development? Select ALL that apply: stages of seed germination 3[ A B C D E Stage A Stage B Stage C Stage D Stage E
During stage(s) A, B, C, D, E of plant seed germination (see model below) is cellular respiration required to supply all plant cells with the ATP required to fuel growth and development.
The sprouting of a seed, spore, or other reproductive body, typically following a period of hibernation. The process may be started by the following factors: water absorption, elapse of time, cooling, warming, oxygen availability, and light exposure. germination and cotyledons.
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all of the following are components of the urinary system, except the_____. a. kidneys, b. ureters, c. liver, d. bladder
Answer:
the correct answer would be C.Liver
Explanation:
because kidneys, ureters, and bladder are all parts of the urinary system
What are the Three Lines of Defense?
1. The First of the Three Lines of Defense Control is the first line of defense. 2. Compliance and Risk Management Form the Second Line of Defense. 3. Internal auditing serves as a third line of defense.
Since the 3 strains of protection version became first explored in a 2013 Institute of Internal Auditors (IIA) role paper, many unique interpretations of ways the version may want to first-class be carried out had been released—a number of which misunderstand the motive of the second one line. This piece explains why it's far vital to first apprehend how the strains paintings withinside the actual international after which display the way to use a framework to greater almost allocate paintings amongst them.
Understanding the Three Lines of Defense : There are complicated dispositions in commercial enterprise with recognize to the 3 strains of protection. The first hassle arises while human beings take the 3 strains of protection version and use it on present practices, correctly turning the version right into a office work workout however with out riding any essential change. The 2d hassle happens while human beings try to make modifications and land up growing an surroundings of distrust, in which the primary line perspectives the second one line as continuously looking to trap them in mistakes, even as the second one perspectives the 1/3 line withinside the identical way.
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operations can assist in minimizing insect and rodent presence by
Operations can help by removing spots that serve as harborage for insects and rodents.
What is a method for maintaining a pest-free workplace?These filthy creatures can be kept at bay by keeping trash cans closed and as clean as possible, eliminating trash frequently, and maintaining clean, free-of-food-debris food areas.
What are the best methods for keeping flies out of the operation?Install plastic strips around the top edge of doors to keep flies from penetrating storage spaces through these open entrances. Keep your facility's windows and doors closed to prevent flies from entering.
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ozone (o3) absorbs uv light in the stratosphere, which helps protect you against skin cancer. o3 is properly referred to as a(n) (i) of the standard state form of oxygen.
ozone (o3) absorbs uv light in the stratosphere, Ozone and oxygen both help living organisms extract energy from food while absorbing damaging UV light.
This is so because photosynthesis releases oxygen, which cells utilize for respiration. When cells respire, oxygen is taken in, which breaks down food components to produce energy. While the ozone layer in the atmosphere has the capacity to absorb dangerous UV rays, blocking their entry into the atmosphere. The presence of ozone in the troposphere is advantageous to living things. The ozone layer is a region of the upper atmosphere between 15 and 35 kilometers above Earth's surface that typically has dense concentrations of ozone particles (O3). The stratosphere is where most of the ozone in the atmosphere is created. All sun-directed energy with wavelengths less than 290 nm is blocked by the ozone layer, including some UV light.
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presynaptic membrane site of action potential propagation contains secretory veesicles containing acetylcholine
Structure or events in stage one.The resting potential describes what occurs to a neuron when it is at rest. When a neuron transfers information away from the cell body and down an axon, it experiences an action potential.
The action potential is also referred to as a "spike" or a "impulse" by neuroscientists. A depolarizing current causes an explosion of electrical activity known as the action potential.
This indicates that the resting potential shifts toward 0 mV as a result of some action (a stimulus). An action potential is discharged by a neuron when the depolarization reaches around -55 mV.
This is the boundary. No action potential will trigger if the neuron does not cross this important threshold.At the presynaptic terminal, acetylcholine storage occurs within the presynaptic vesicle. With the stimulation of the presynaptic terminal, acetylcholine is released from the vesicles and into the synaptic cleft, where the neurotransmitter is free to bind with receptors.
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What is cytokinesis and when does it occur during the cell cycle?; Where does cytokinesis occur in the cell cycle?; What is the process of cytokinesis ?; What is cytokinesis the stage of the cell cycle?
The physical process of cell division known as cytokinesis splits the parent cell's cytoplasm into two daughter cells. Cytokinesis begins during the anaphase phase of nuclear division and lasts until telophase.
Anaphase marks the start of cytokinesis, which concludes in telophase and is finished when the subsequent interphase starts. The abrupt emergence of a pucker, also known as a cleavage furrow, on the cell surface is the first audible sign of cytokinesis in an animal cell.
The physical process of cell division known as cytokinesis separates a parental cell's cytoplasm into two daughter cells. In animal cells, the two forms of nuclear division, meiosis and mitosis, also take place at the same time.
A cell must correctly separate its cytoplasm and chromosomes throughout the cell cycle's cytokinesis stage in order to produce two daughter cells.
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