When a nucleotide is added to a growing nucleic acid strand during DNA replication, the incoming monomer is a nucleoside triphosphate and the energy required to drive the polymerization is derived from cleaving a pyrophosphate.
Nucleotides are the monomers of nucleic acids, DNA and RNA. The nucleotide consists of a nitrogenous base (adenine, thymine, guanine, cytosine, or uracil), a phosphate group (PO43−), and a 5-carbon sugar. A nucleoside triphosphate is a molecule containing a nitrogenous base attached to a 5-carbon sugar, with three phosphate groups attached to the sugar.
Pyrophosphate cleavage produces PPi as one of the products. PPi is one of the energy sources used in DNA replication
So that in the DNA replication stage the monomer used is nucleotide triphosphate and one of the energy is PPi from the pyrophosphate cleavage process.
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Which type of fungi fungi decompose dead matter?
a) saprophytic
b) parasitic
c) symbiotic
d) heterotrophic
Answer:
a.saprophytic
Explanation:
I hope its useful
which of the following statements concerning zoophilia is false? * 1 point a. it is also called beastiality. b. according to kinsey, the frequency of such behaviors was highest in men who worked in a zoo or in a veterinary setting. c. it is commonly a transitory experience of young people to whom human sexual partner in inaccessible or forbidden, d. women participate mostly with household pets.
Answer: B.
Explanation: Zoophilia is an attraction to animals, working in the zoo doesn't make you a zoophilie.
what happens during coal formation after plants die and fall to the bottom of a swamp?(1 point) responses heat and pressure build up. heat and pressure build up. sediment and rock pile on top. sediment and rock pile on top. overall plant growth declines. overall plant growth declines. carbon-rich coal is formed.
The correct option is C ; Sediment and rock build on top of each other when plants die and sink to the bottom of a marsh during coal production.
What exactly do you mean by "coal formation"?
Coal formation is described as the process through which dead plant matter decomposes into peat and is turned into coal over millions of years by the heat and pressure of deep burial.
When a plant dies and falls to the swamp's bottom, sediments and boulders pile up on top over millions of years. It changes plants from organic to inorganic forms, resulting in coal synthesis.
As a result, silt and rock accumulate on top of each other as plants die and sink to the bottom of a marsh during coal formation.
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Full Question ;
What happens during coal formation after plants die and fall to the bottom of a swamp? (1 point)
A Carbon-rich coal is formed.
B Heat and pressure build-up.
C Sediment and rock pile on top.
D Overall plant growth declines.
Suppose a person has a mutation in their DNA, and the first triplet for the gene coding for insulin is T A T (instead of C C A). Determine what amino acid the new DNA triplet codes for. Will this person be diabetic? Explain.
If a person has a mutation in their DNA, and the first triplet for the gene coding for insulin is TAT (instead of C C A), then the amino acid that encodes the new DNA triplet is tyrosine. Moreover, in order to know if this person will be diabetic for carrying out the mutation we first need to know if this mutation falls in a gene involved in glucose metabolism.
What is a genetic mutation?A genetic mutation is any alteration in the nucleotide sequence of the genome of an organism, which may be in a gene encoding sequence and therefore change the triplet of nucleotides or codon that specifies a given amino acid.
Therefore, with this data, we can see that a genetic mutation may change the amino acids that will be added during translation but we need to know the gene where this mutation falls to indicate a change in the phenotype.
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Copy number variation (CNV) describes DNA segments of at least _____ in size which exhibit copy number differences among members of _____..
Copy number variation (CNV) describes DNA segments of at least 1000bp in size which exhibit copy number differences among members of the same species .
Copy number variation (abbreviated CNV) is a condition in which the number of copies of a certain section of DNA differs between individuals. Individual versions might be small or long, with thousands of bases.
A change in copy number necessitates a change in chromosomal structure, which connects two previously separated DNA regions.
These intersections provide vital information about how the structural shift occurred. Many of the adjustments have recurring end-points.
Copy number variations (CNVs) are instances when the number of repetitions changes across individuals and can account for almost 10% of a person's genome.
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In the cross bb x bb (two heterozygous mice), what percentage of the offspring would you predict to have the same phenotype as the parents?
a. 0%
b. 25%
c. 50%
d. 75%
e. 100%
next, you perform a cross with a mouse with black fur and a mouse with white fur. which result(s) for the offspring would confirm that the mouse with black fur was heterozygous?
a. 4 mice with black fur
b. 8 mice with black fur, 1 mouse with white fur
c. 5 mice with black fur, 6 mice with white fur
d. 6 mice with black fur, 2 mice with white fur
d. 75% will have the same phenotype as the parents.
Result(s) for the offspring would confirm that the mouse with black fur was heterozygous
b.8 mice with black fur, 1 mouse with white fur
c.5 mice with black fur, 6 mice with white fur
d. 6 mice with black fur, 2 mice with white fur
The expected genotype ratio when two heterozygotes are crossed is 1 (homozygous dominant) : 2 (heterozygous) : 1 (homozygous recessive). Then a phenotypic ratio of 2 : 1 is observed, there are chances of lethal allele.
To calculate percentage of offspring you need the total number of predicted offspring. And divide the (number of appeared phenotype) by (the total number of offspring). Multiply the number by 100 to get your percentage.
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what can we infer from nerve cells having long extensions that help them pass multiple messages to other cells simutaiously
Cell shape helps cells perform specific function infer from nerve cells having long extensions that help them pass multiple messages to other cells simutainously.
The central nervous system consists of the brain and spinal cord, while the peripheral nervous system consists of the somatic and autonomic nervous systems. These two systems work together to control all activities in the body, both consciously and unconsciously.
Section of the Nervous System in HumansIn general, the nervous system consists of several parts, namely the brain, spinal cord, and nerve cells (neurons). The functions of these parts are related to one another. Here is the explanation:
BrainThe brain is the control center whose job is to regulate all functions in the body, starting from movement, secretion or secreting hormones, thinking or cognitive power, sensations, to emotions.
Spinal cordThe spinal cord is part of the central nervous system. Some stimuli that are reflexes can pass through the spinal cord without going through the brain.
Nerve cells (neurons)Neuron is the working unit of the central nervous system. Consists of 12 cranial nerves, all spinal nerves, and their branches. Its function is as a conductor of information in the form of stimuli or impulses. With the presence of these nerve cells, both organs and movement systems can respond as they should.
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turtles and crocodiles are all part of the clade known as reptiles. based on the phylogenetic tree, which statement(s) is false?
The false statement is that birds are ancestors of dinosaurs.
The four main groups of living reptiles are dinosaurs, crocodilians, lizards/snakes, and turtles/tortoises. The next two groups are made up of the highly specialized archosaurs, which have existed for 225 million years! The living reptiles that are most similar to birds are called archosaurs.
Crocodiles and birds are most closely linked. Therapsids, a group of reptiles, split off about 40 million years later (very swiftly by geological standards), evolving into modern mammals. Over the subsequent 120 million years, many reptile species diverged, and the dinosaurs, one of these branches, flourished. However, all dinosaurs perished 65 million years ago, with the exception of a small type of feathered dinosaurs. Over the ensuing 65 million years, these transformed into modern birds. Birds are therefore not simply closely related to dinosaurs; they are dinosaurs themselves!
Hence, dinosaur are ancestors of birds
Turtles and crocodiles are all part of the clade known as reptiles. Based on the phylogenetic tree to the right, which statement(s) is FALSE?
A) Birds are reptiles.
B) Birds are ancestors of dinosaurs.
C) Birds are more evolved than turtles.
1) A, B, and C
2) B and C
3) A only
4) B only
5) C only
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imagine all the histone h3 molecules in the cell have a mutation that changes their lysine-9 residue to an alanine. assuming this cell could still live, what would be the result?
In Drosophila, the dSAGA complex containing dADA2b is involved in the acetylation of histone H3, lysines 9 and 14. Curiously, dAda2b mutants have greatly reduced lysine 9- and 14-acetylated histone H3 levels, but these animals survive to late development.
To investigate the molecular effects of loss of histone H3, lysine 9 and 14 acetylation, we compared the global messenger ribonucleic acid (mRNA) profiles of wild-type and dAda2b mutant animals at two developmental stages. Global gene expression profiles show that dSAGA-specific loss of H3-lysine 9 and 14 acetylation results in expression changes (up- or down-regulation) of rather small gene subsets and does not cause global transcriptional deregulation. I'm here. Among the genes upregulated in dAda2b mutants are those that play a role in antimicrobial defense mechanisms. Results from chromatin immunoprecipitation experiments show that in dAda2b mutants, lysine-9-acetylated histone H3 levels are reduced in both up- and down-regulated genes of dSAGA. In contrast, the promoter of the dSAGA-independent ribosomal protein gene of the dAda2b mutant maintains high levels of histone H3K9ac. Our data suggest that dSAGA differentially alters Pol II accessibility to specific promoters by acetylating H3 at lysine 9.
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1. in chimpanzees, straight fingers are dominant to bent fingers. cross a heterozygous chimp with one that has bent fingers. what are the genotypic and phenotypic ratios of the offspring
The genotype of the offspring will be homozygous recessive (rr) based on the genetic cross. Because they lack the dominant allele, the child will therefore be unable to roll their tongue. Therefore, there is no chance that kids will exhibit a tongue-rolling personality.
The genotype of the offspring will be homozygous recessive (rr) based on the genetic cross. Because they lack the dominant allele, the child will therefore be unable to roll their tongue. Therefore, there is no chance that kids will exhibit a tongue-rolling personality.
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what will most likely result after a fire or other natural disaster damages an ecosystem in a certain area
a rock star has been involved in two paternity suits in the past few years. he has blood type a. show the possible genotypes in each of the following situations and then decide and indicate whether he could be the father of each of the children. the mother is type o and the baby is type b. the mother is type ab and the baby is type b.
The possible genotype of the rock star with the blood group A would be AA or AO. Therefore;
when the mother is O and the baby is B he is not the father of the childWhen the mother is type AB and the baby is type B he is still not the father of the child.What is genotype?Genotype is defined as the genetic components that makes up an individual which is a unique characteristics.
There are various blood group genotypes that can be found in human beings which include the following:
Type A (marker A)Type B (marker B)Type AB (blood cells have both A and B markers)Type O (blood cells have neither A or B markers)Therefore, when the mother is O and the baby is B he is not the father of the child because he is of blood group A and the mother is O which shows that neither of them has the gene for blood group B.
And when the mother is type AB and the baby is type B he is still not the father of the child because the mother has both A and B gene while the father has for only A.
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Why does it make sense that acetyl-coa stimulates the activity of pyuruvate carboxylase?.
Acetyl-CoA indicates that the conversion of fat to carbs is necessary. Acetyl-CoA carboxylase accumulation indicates a lack of citrate. NADH is produced for energy when pyruvate carboxylase is activated by acetyl-CoA.
Why is it logical that acetyl-CoA would cause pyruvate carboxylase to be activated?Acetyl-CoA selectively activates pyruvate carboxylase. When acetyl-CoA concentrations are high, organisms use pyruvate carboxylase to divert pyruvate from the TCA cycle because acetyl-CoA is a crucial metabolite in the TCA cycle that generates a lot of energy.
How does pyruvate carboxylase become activated by acetyl-CoA?The production of more oxaloacetate is triggered by an excess of mitochondrial acetyl-CoA. When lipolysis is induced, for instance, intramitochondrial acetyl-CoA levels rise, allosterically activating pyruvate carboxylase to produce more oxaloacetate for gluconeogenesis.
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according to kinetic molecular theory, gas particles: select the correct answer below: exert attractive forces amongst one another exert repulsive forces amongst one another exert both attractive and repulsive forces amongst one another none of the above
None of the above. There is no force of attraction between gas particles and between the particles and the container walls. Interactions with the package's walls and gas particle collisions are both completely elastic.
Because the observed connections between a gas's pressure, volume, and temperature are typically not perfect, the gas laws do not adequately account for these interactions. In this section, the reasons for these aberrations from the conduct of an inert gas are considered.
Gas molecules behave almost exactly like ideal gas particles at relatively low pressures because they are (on average) so widely apart and have virtually no attraction for one another. However, the force of attraction is also no longer negligible at higher pressures. This force marginally reduces the pressure (assuming the volume is constant) or decreases the volume by drawing the molecules closer together (at constant pressure). Due to the molecules' lower KE in comparison to the attractive forces, which makes them less able to overcome these forces after interacting with one another, this change is more pronounced at low temperatures.
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You pick up a ice cream andwich from the chool cafeteria and you tick it in your hoodie pocket o your worker. You run into your chem lab partner on your way to your eat and he tell you your homework i due next period. You forget all about your ice cream. Until you pull the platic full of muh oUt of your pocket later that afternoon. I thi a phyical or chemical change?
Ice cream melting in the pocket is a physical change that can be undone to return to its original state.
What is a physical and chemical change?
The nature of the substance, the particles that make up it, and the quantity of particles all remain unaltered during a physical change. When a substance undergoes a chemical reaction, the new substance's properties differ from the original, as do the particles and the number of particles.
PHYSICAL CHANGES
A physical change does not create any new substance and is only temporary (it can be undone in some circumstances, such as when cutting paper).
Typically, very little heat or light is absorbed or released.
A physical change does not cause a substance's mass to change.
CHEMICAL CHANGES
A permanent change occurs when a new material is created during a chemical reaction ( is usually irreversible)
Many heat or light rays are absorbed or emitted.
A chemical change does cause a substance's mass to change.
Ice cream melting in the pocket is therefore a physical transformation that can be undone to return it to its original state.
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Scientists have been measuring increasing levels of greenhouse gases in earth's atmosphere. How do the increasing levels affect ecosystems?.
An increase in the atmospheric concentrations of greenhouse gases produces a positive climate forcing, or warming effect.
When energy from a planet's host star passes through its atmosphere and heats the planet's surface, greenhouse gases in the atmosphere prevent some of the heat from returning directly to space, resulting in a warmer planet.
The greenhouse effect occurs when some of the Sun's infrared radiation passes through the atmosphere, but the vast majority is absorbed and re-emitted in all directions by greenhouse gas molecules and clouds. This has the effect of warming the Earth's surface and lower atmosphere.
Greenhouse gases have serious environmental and health consequences. They contribute to climate change by trapping heat, which affects a variety of species in already arid environments. Extreme weather, wildfires, droughts, and food supply disruptions are all exacerbated by climate change caused by greenhouse gas emissions.
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I need some help with this question:
Similar to enzymes, the viral antigens that bind to the surface of the host cell work using a very specific "lock-and-key" mechanism. This is why each virus can only infect one type of cell. If you were a scientist developing an antiviral drug that would block binding of the virus to the host cell how would you do that? Include the terms antigen and active site. Underline these terms in your answer.
A scientist developing an antiviral drug that would block the binding of the virus to the host cell should study the molecular structure of envelope viral proteins such as the spike protein in the case of corona in order to develop an antibody that binds to an antigen in the active site of this enzymatic protein.
What is the active site of an enzymatic protein?The active site of an enzymatic protein is the molecular domain which uses this enzyme to bind to a certain substrate such as in the case of an envelope viral protein to the plasma membrane of the host cell.
Therefore, with this data, we can see that the active site of an enzymatic protein has antigen domains that may bind to an antibody in order to fight against viral infections.
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Often the repair of the DNA strand by enzymes is
A. not adequate.
B. inconclusive.
C. very effective.
D. helpful to only a few DNA molecules
Answer: C. Very Effective
Explanation:
A dna molecule that is produced by combining dna from different sources or organisms is called.
Answer:Recombinant DNA (rDNA) molecules are DNA molecules formed by laboratory methods of genetic recombination (such as molecular cloning) that bring together genetic material from multiple sources, creating sequences that would not otherwise be found in the genome.
Explanation:its easy vote me brainiest
he ph of the cerebrospinal fluid is monitored by which of these brainstem centers? a. medullary baroreceptors b. hypothalamic osmoreceptors c. central chemoreceptors d. prg
The brainstem centres' hypothalamic osmoreceptors keep track of the cerebrospinal fluid's pH. A clear, colourless bodily fluid called cerebrospinal fluid (CSF) is present within the tissue.
That all vertebrates' spinal cord and brain are protected by cerebrospinal fluid. The choroid plexus of the brain's ventricles contains specialized ependymal cells that create CSF, which is then absorbed in arachnoid granulations. Between cells and an entire organ, there is a biological organising level called tissue. A tissue is an assembly of comparable cells and their extracellular matrix from the same origin that work together to perform a certain job. Tissues can be defined as a group of cells with similar structure and function.
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several muscles work together to literally rotate the thing. what do we call an entire group of muscles that work together?
The muscles that extend are called extensors. We can stand up straight and lift things thanks to these muscles. These muscle units work as guy wires when they cooperate.
What is the name for a collection of muscles that cooperate?The thigh can be rotated laterally with the help of several muscles. What do you name a collection of muscles that cooperate? Synergists. Flexing the wrist is one of the responsibilities of the flexor digitorum superficialis.
how do muscles interconnect?While muscles can pull bones, they are unable to push them back into place. Flexors and extensors thus cooperate in pairs. To bend a limb at a joint, the flexor muscle contracts. The flexor then releases as the extensor contracts to extend once the movement is finished.
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which enzyme is not a protector of the cell from reactive oxygen species (ross)? group of answer choices superoxide dismutase catalase all of these protect the cell from ross citrate synthase
Citrate synthase is not a protector of the cell from reactive oxygen species (ROSs). Thus the correct answer is option (D).
Citrate synthase, an enzyme that functions as a pacemaker in the first step of the citric acid cycle, is found in almost all living cells (or the Krebs cycle). Although citrate synthase is found in the mitochondrial matrix of eukaryotic cells, nuclear DNA rather than mitochondrial DNA encodes its genetic material. It is created by cytoplasmic ribosomes and subsequently transported into the mitochondrial matrix.
Citrate synthase is a common quantitative enzyme diagnostic for the presence of intact mitochondria. The peak activity of citrate synthase reveals the number of mitochondria in skeletal muscle. Compared to either endurance training or high-intensity interval training, high-intensity interval training has the potential to increase maximal activity.
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how does the risk of lyme disease increase if mice are fed when acorns are scarce (to control gypsy moths)?
The risk of Lyme disease will increase the more ticks you eat the acorns
Lyme disease is a disease caused by bacteria of the genus Borrelia sp. The bacteria that causes Lyme disease can attack any organ in the body, including the brain and nervous system, muscles and joints, and the heart. Lyme disease is a type of infectious disease in humans and animals through flea bites. The tick lives in the rat's body by sucking the mouse's blood after moving from the oak tree.
The lava aphid that causes Lyme disease commonly thrives on oak trees, so the more mice were fed the acorns, the more mice contracted the lice. Mice can eat the gypsy moth which usually denudes et trees thereby controlling the number of gypsy moths. However, the increased risk of Lyme disease in animals and humans will increase due to the increase in rats and ticks that cause Lyme disease.
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• how do an individual's experiences in bronfenbrenner's macrosystem impact their views on or practices surrounding death?
which of the following mechanisms can cause two different proteins to be produced from the same gene?
The mechanisms which can cause two different proteins to be produced from the same gene is b)mRNA splicing. So, correct option is b.
mRNA splicing is defined as a process in molecular biology where a newly-made precursor messenger RNA (pre-mRNA) works as a transcript and transformed into a mature messenger RNA (mRNA). It actually works by removing all of the introns (non-coding regions of RNA) and splicing back together the exons (coding regions).
For nuclear-encoded genes, splicing occurs in the nucleus either during or immediately after transcription. For eukaryotic genes that contain introns in them , splicing is usually needed to create an mRNA molecule that can be translated into protein.
For eukaryotic introns, splicing occurs as the series of reactions which are catalyzed by the spliceosome, a complex reaction of small nuclear ribonucleoproteins (snRNPs).
Hence, correct option b.
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(Complete question) is:
which of the following mechanisms can cause two different proteins to be produced from the same gene?
a)RNA editing
b)mRNA splicing
c)posttranslational modifications
d)All of these.
solid wastes include durable goods, nondurable goods, containers and packaging, food scraps, yard trimmings, and miscellaneous inorganic wastes.
Wastes such as containers and other packaging, discarded food, yard clippings, and durable and non-durable items are referred to as municipal solid waste (MSW).
Solid waste is a low-liquid-content, worthless, and occasionally harmful item. Municipal waste, commercial and industrial disposal, sewage sludge, wastes from farming as well as animal husbandry operations as well as other related activities, demolition wastes, and mining wastes are all examples of solid wastes. Frequently used items like product packaging, grass clippings, furniture, clothing, bottles, food scraps, newspapers, appliances, paint, and batteries are included in municipal solid waste (MSW), also known as trash or garbage. Food Garbage, construction debris, commercial refuse, sludge from waste treatment facilities, air pollution control facilities, and other abandoned materials are all considered to be solid waste.
(What is municipal solid waste?)
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In eukaryotic organisms, interaction between which organelles is most important for cell shape, tensile strength, and communication between cells?cytoskeleton and cell membrane
In eukaryotic organisms, interaction betweeh Cytoskeleton and cell membrane organelles is most important for cell shape, tensile strength, and communication between cells.
The cytoskeleton is a complicated, dynamical system of interrelating protein filaments found in all cells, including bacteria and archaea. It extends from the cell nucleus to the cell membrane in eukaryotes and is made up of similar proteins in different organisms. In a eukaryotic cell, the cytoplasm is everything inside the cell membrane that is not the nucleus. The cytoskeleton is a "skeleton" that runs through the cytoplasm. Microtubules, intermediate filaments, and microfilaments are the three major cytoskeleton fibres.
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using nanoengineering techniques, it is possible to attach magnetic beads to the surface of cells to measure their resistance to applied forces. it is also known that the toxin acrylamide can depolymerize intermediate filaments, such as keratin. treating cells with acrylamide would have what effect on the mechanical rigidity of a skin cell, i.e. keratinocytes?
They are the executors of the re-epithelialization process, whereby keratinocytes migrate, proliferate, and differentiate to restore the epidermal barrier.
What is keratinocytes?A pro-inflammatory signaling cascade that results in the activation of local immune cells is started by damaged keratinocytes. The tissue also facilitates immune-suppressive actions to control localized inflammation.
In both vivo and in vitro settings, calcium is the primary regulator of keratinocyte development. As keratinocytes move through the epidermis's many layers to construct the permeability barrier of the stratum corneum, a calcium gradient within the epidermis encourages keratinocytes' successive development.
In the epidermis' basal layer, keratinocytes multiply and begin to gradually differentiate as they move toward the surface. They undergo a significant morphological change during this process and begin to make keratin, cytokines, growth factors, interleukins, and complement factors.
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54. A neurone that tranmit meage from the ene organ to the central nervou ytem i
A. Enory neurone
B. Motor neurone
C. Relay neurone
D. Effector
A neuron that transmit meager from the given organ to the central nervous system is motor neuron.
What is central nervous system?
The brain and spinal cord make up the central nervous system.The brain directs our thoughts, memories, movements, and emotions.Between the brain and the nerves that travel throughout the body, the spinal cord relays signals.Both the brain and the spinal cord are encased in bone, the vertebrae, a group of ring-shaped bones, protecting the spinal cord and the brain respectively. Both of them are supported by cerebrospinal fluid and meningeal membrane layers. The fluid circulates along the spinal column and via ventricles, or hollow chambers, in the brain. It nourishes, feeds, and removes waste from the central nervous system.Parts of the brain:
The brain is both very intricate and little. The average adult brain barely weighs roughly 3 pounds. It contains several folds and grooves where significant information is kept. The cerebrum, brainstem, and cerebellum are the three major components of the brain.As information is processed, each lobe handles a certain type:
Complex thought processes including planning, picturing, coming to conclusions, and reasoning take place in the frontal lobe. Back of the forehead is where it is.The parietal lobe handles information regarding temperature, taste, and touch. Behind the frontal lobe is where it is.The temporal lobe enables humans to comprehend speech and other languages, identify things and people, and form memories. It's close to the ear.The occipital lobe, pronounced processes light and other visual data from the eyes to tell us of what we are seeing. It is located in the back of the brain.Hence, A neuron that transmit meager from the given organ to the central nervous system.
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during the process of dna replication, the strand provides a blueprint for the production of a new complementary strand, resulting in two new double-stranded dna molecules.during the process of dna replication, the strand provides a blueprint for the production of a new complementary strand, resulting in two new double-stranded dna molecules. This is referred to as semi-conservative replication.
template/parent, daughter
The two DNA strands unwind from one another during semi-conservative replication, and each serves as a template for the synthesis of a new, complementary strand. Two DNA molecules are produced as a result, each with one original and one new strand.
The act of duplication is referred to as replication. DNA replication is the first step in inheritance in molecular biology. The central dogma explains how the DNA replicates itself, codes for the RNA during transcription, and then codes for the proteins during translation.
On several sources of replication along the DNA template strand, DNA replication takes place (antinsense strand). One original strand and one freshly synthesized strand are included in every copy. Although it should be guaranteed that both copies are identical, Each strand of the double helix would act as a template for the manufacture of a new strand, according to the structure of DNA (which was discovered by James D. Watson and Francis Crick in 1953). The process by which freshly created strands united with template strands to create two double helix DNA molecules was unknown.
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