The Krebs cycle, which regulates the organism's overall pace of the citric acid cycle, is keyed by the chemical alpha-ketoglutarate (AKG).
Explain about the Krebs cycle?Alpha-ketoglutarate, often known as AKG, is a nutrient that cells utilize to develop and mend after wounds and other types of trauma. It is particularly crucial for the recovery of muscle tissue. AKG intravenously avoided a reduction in protein synthesis in the muscles of individuals recovering from surgery, according to a controlled study.
Alpha-ketoglutarate is occasionally administered intravenously (IV) during heart surgery to prevent damage to the heart from poor blood flow and to stop muscle breakdown following trauma or surgery.
In 2014, researchers revealed that the chemical, AKG, might increase the lifespan of the microscopic Caenorhabditis elegans worms by more than 50%.
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Environmental factors that can cause genetic mutations can be classified as chemical, physical, or biological mutagens.
Chemical Physical Biological
benzene peroxides x ray UV light helicobacter pylori hepatitis b virus HPV
Gamma radiation Nitrites
Answer:
Chemical:
Benzene PeroxideNitritesPhysical:
X-rayUV lightGamma RadiationBiological:
Helicobacter PyloriHepatitis B VirusHPV (Human Papilloma Virus)When growing cultures, the agar is ________ to separate pathogenic colonies of organisms from colonies of normal flora.
When growing cultures, the agar is inoculated to separate pathogenic colonies of organisms from colonies of normal flora.
Agar is the medium that is used for growing natural, common flora of microorganisms as the majority of the microorganisms can sustain in the agar medium.
If we want to determine a separate pathogenic colony of organisms in an agar medium then we need to inoculate the agar growth medium so that the pathogenic organism is separated from the normal flora of the microorganism. This technique allows us to filter out the cells that have the pathogenic microorganism in it.
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during early development of the vertebrate central nervous system, undifferentiated epithelial cells that enter the neuronal lineage signal to their neighbors by displaying which of the following membrane proteins?
During early development of the vertebrate central nervous system, undifferentiated epithelial cells that enter the neuronal lineage signal to their neighbors by displaying the delta membrane proteins.
Epithelial cells are the cells that are present on the outer surface pf the body and also the internal organs like blood vessels, urinary tract, etc. Their functions can be varying like protection, secretion, absorption, excretion, filtration, diffusion, etc.
Delta proteins are the ones that participate in Notch signaling where they bind and activate another protein called the Notch protein. The role of delta protein can be seen during neurogenesis. Neurogenesis is the formation of new neurons in the body.
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A dark -colored wall becomes warm when the sun shines on it after sunset , a person standing a meter away can feel warmth from the wall how does heat transfer from the wall to the person
When the sun shines on a black wall after dusk, the wall gets warm; someone standing one meter away may feel the warmth. The heat transfer from the wall to the person through - radiation.
Heat transfer is any or all of a variety of processes that are thought to function as mechanisms to move entropy and energy from one place to another. Common names for the specific mechanisms include convection, heat radiation, and conduction. Three processes of heat transfer are —radiation, conduction, and convection -into and through the atmosphere.
Radiation is the electromagnetic transmission of heat energy through space.
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Which option would provide Louise with the most diversity in the following scenario?
Louise needs to do a report on forest biomes. She has to write ten pages and choose an option that will provide her
with ample information on many different plants and animals.
O boreal forests
O deciduous forests
O lowland forests
O tropical forests
Boreal forests and Tropical forests will provide her with ample information on many different plants and animals.
Taiga (also known as boreal forest) is the world's northernmost and coldest forest, dominated by evergreen conifers such as spruce, fir, and pine, as well as deciduous conifers such as larch and birch and aspen. It can be found in large areas of Alaska, Canada, Scandinavia, Russia, and northeastern China.
Tropical forests are defined as forests with a closed canopy that grow within 28 degrees north or south of the equator. They are very wet areas, receiving more than 200 cm of rain per year, either seasonally or all year. Temperatures are uniformly high, ranging from 20°C to 35°C. Wet tropical forests are classified into two types: equatorial evergreen rainforests and moist forests, which include monsoon forests and montane/cloud forests.
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Chimpanzee communication involves different combinations of sounds. What are some examples of these sounds?.
Grunts, pants, and hoots are examples of sounds of Chimpanzee communication involving different combinations of sounds.
There are many different vocalizations made by chimpanzees, including hoots, pant-hoots, pant-grunts, pant-barks, rough-grunts, nest-grunts, alarm barks, waa-barks, wraps, screams, and copulation screams. They also make soft panting play sounds. Chimpanzees can only express themselves through body language, facial expressions, posture, and noises because they are unable to speak. Chimpanzees are capable of communicating a wide range of messages to one another by combining the gestures at their disposal.
Different contexts were found to be used for sounds with and without panting. For instance, single grunts were used when eating, while panted grunts were used during submissive greetings, and a single "hoo" was emitted in response to a threat, while panted "hoos" were used in interactions with other chimpanzees.
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which two statements best describe fertilization and meiosis in the life cycle of plants
The two statements which best describe fertilization and meiosis in the life cycle of plants is option A and it includes the following:
I. These processes are part of the life cycle.
III. Fertilization produces a zygote, and meiosis produces haploid spores.
What is Fertilization?This is referred to as the process in which gametes fuse together to form a new organism while meiosis on the other hand is referred to as a type of cell division which involves the parent cell giving rise to four unique daughter cell.
Both processes mentioned above are part of the life cycle while the difference between them is that fertilization produces a zygote, and meiosis produces haploid spores which is therefore the reason why option A was chosen as the correct choice.
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The options are:
I. These processes are part of the life cycle.
II. These processes produce gametophytes.
III. Fertilization produces a zygote, and meiosis produces haploid spores.
IV. Fertilization is used only by seedless plants; meiosis is used only by seed plants.
A.I and III
B.I and IV
C.II and III
D.II and IV
In what region would you find deep rooted plants and vines such as olives and grapes?.
On the Mediterranean coast, you would find deep-rooted plants and vines such as olives and grapes.
The Mediterranean coast is home to deep-rooted plants and vines like olive and grape trees because the climate is ideal for their growth and development. The climatic and environmental factors in these areas allow plants to develop roots that can reach a depth of 15 meters. As a result of receiving their nutrition from their roots, the plants in this area can endure for a number of years.
The role of the olive and vine is particularly important in allowing diversification, specialization, and the commodification of resources, completely changing the landscape and the basic "cereal-pulse-livestock" Neolithic economy, and ultimately leading to the emergence of complex, hierarchical societies.
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during the devonian period,when tiktaalik lived,the only land animals were invertebrates,such as worms and insects.which macroevolutionary pattern do you think occurred once animals were able to survive outside of the water? explain your answer
The macroevolutionary patterns that occurred once animals were able to survive outside of the water are associated with the development of airways to obtain oxygen form the air and also the development of extremities to move in terrestrial environments.
What is a macroevolutionary pattern?A macroevolutionary pattern makes reference to any adaptive change in the phenotype of a given taxonomic group in order to fits with new environmental conditions such as occurred when animals moved from aquatic environments to terrestrial conditions.
This type of evolutionary pattern (macroevolutionary pattern) is well known to be associated with the presence of mutations in developmental genes that produce changes in the morphological features of an individual which are then selected by natural selection.
Therefore, with this data, we can see that macroevolutionary patterns are associated with changes at a high scale in the phenotype to fit certain environmental conditions.
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in 1983, it rained ten times more than normal. the island was overrun by vines that covered even the cactus. this changed vegetation caused the larger seeds became scarce. in this scenario, predict which beak shape will have an advantage for finches to eat and, therefore, to survive and reproduce?
Finches with shorter, more delicate beaks and long, pointed beaks ) will be more advantageous for finches to eat and, therefore, to survive and reproduce.
Finches with long, pointed beaks great for eating insects and shorter, more sensitive beaks will be more useful in the situation described in the question. The population of smaller-beaked birds (such medium- and small-sized ground finches), which consume smaller and softer seeds, will rise as a result of the availability of resources. The species of finches that consume larger seeds will become less common and their population will decline if there are insufficient resources available. If there are not enough resources available, the species of finches that eat larger seeds will become less widespread and experience a fall in population. Hence the survival of the fittest, finches will have advantage for finches to eat and, therefore, to survive and reproduce.
Due to their delightful vocalizations, social interactions with their flock mates, and, in the case of the Gouldian finch, their vivid coloring, finches are beloved as companion pets. They are typically calm pet birds that look for other people of their own species.
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Help with #12 please
Answer:
See explanation (i am not sure for g and h)
Explanation:
a.) Cartilage - Soft flimsy bone provided at birth. Acts as a buffer between bones
b.) Blood Vessels - Covers the surface of the bone, this aids in repairs and injuries. Carries blood to other parts of the body.
c.) Osteoblasts - Type of cell capable of migrating and depositing new bone. Builds bone.
d.) Osteocytes - Osteoblasts that become trapped in the construction of bone; also known as a living bone cell
e.) Osteoclasts - A bone cell involved in the breaking down of bone and the removal of wastes.
f.) Enzymes - Dissolve the injured or damaged part of the bone so that new, healthy bone can be laid down. Chemical reactions in the body.
QUESTION 25/26 PLEASE ILL GIVE BRAINLIEST
Examine the diagram to below and the trend seen by the two lines. Global temperature has been closely linked with
the buildup of CO2 in the atmosphere. Which of the following statements is most likely true based on the graph?
A. Since 1880, carbon dioxide has caused a
temperature increase of 10° Fahrenheit.
B. Since 1880, adding carbon dioxide has
caused the global temperature to decline.
C. Since 1880, carbon dioxide has caused the
temperature to increase by about 1.2 degrees.
D. Since 1880, carbon dioxide has no effect on
the global temperature.
26. According to the same graph to the right,
A. From 1900 to 1950, the average global
temperature constantly increased.
B. The concentration of CO2 in the atmosphere
increased at a constant rate from 1920 to
1980.
C. The concentration of CO2 and the temperature
were the same in 1880.
D. CO2 in the atmosphere and temperature have
increased at the same rate since 1930.
Answer: the answer is C
Since 1880, carbon dioxide has caused thetemperature to increase by about 1.2 degrees.
Explanation:
Each time a fatty acid bonded to the glycerol molecule, you should have -H and an O-H left over. What molecule
does these left-over atoms bind together to create?
Each time a fatty acid is bonded to the glycerol molecule the leftover atoms -H and -OH bind together and create a water molecule i.e H₂O molecule.
What are Fatty Acids?
A fatty acid is a carboxylic acid having an aliphatic chain that is either saturated or unsaturated.
Fatty acids are the building blocks of fat in our bodies and our meals. The body converts lipids into fatty acids during digestion, which can subsequently be absorbed into circulation. Fatty acid molecules are typically joined in groups of three to form a molecule known as a triglyceride.
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select all correct descriptions of peptidyl transferase. check all that apply it catalyzes the formation of peptide bonds. it catalyzes the formation of peptide bonds. it is part of the large ribosomal subunit. it is part of the large ribosomal subunit. it is composed of a single protein.
The correct description of peptidyl transferase are:
it catalyzes the formation of peptide bonds. it is part of the large ribosomal subunit.Peptidyl transferase is the enzyme involved in protein synthesis/ translation. It has two main functions. These are: the catalysis of the formation of peptide bonds and help in peptide release. The enzyme is entirely composed of RNA molecule.
Peptide bonds are the covalent bonds that are formed between the amine group of one amino acid and carboxylic group of another amino acid. The bond is also called the amide bond. These bonds are used to link amino acids together to form a polypeptide.
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which base will thymine (enol) pair with in dna? a. cytosine b. uracil c. thymine d. guanine e. adenine
In DNA, guanine pairs with thymine (enol).
What is DNA?Humans and nearly all other species carry their genetic information in DNA, also known as deoxyribonucleic acid. The DNA of an individual can be found in almost all of their cells.
Adenine and thymine form hydrogen bonds with cytosine and guanine, respectively, holding the two strands together.
base pair of DNA. The nitrogen-containing bases adenine (A), thymine (T), and cytosine (C), as well as guanine (G), couple together under normal conditions. The structure of DNA is created by the binding of these base pairs.
a group of two bases found in DNA or RNA molecules. Adenine and thymine (A-T) are the only two bases that are always paired with cytosine in DNA.
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last year, dr. thomas used hydrogen peroxide to clean the spot where he planned to administer a vaccination shot to serena. which of the following processes accounts for the fact that serena now becomes fearful every time she sees hydrogen peroxide?
Serena's fear of hydrogen peroxide is an example of a classical conditioning in Psychology.
Classical conditioning is a form of associative learning that happens unconsciously as your response are automatically conditioned by giving a specific stimulus. In this case, the otherwise neutral object such as hydrogen peroxide, being used to clean the spot where the doctor administered a vaccination shot using needle which caused pain are causing Serena to negatively associate hydrogen peroxide with pain and therefore resulting in her fear towards hydrogen peroxide.
Classical conditioning is often called Pavlovian conditioning since it was first experimented and discovered by Russian psychologist Ivan Petrovich Pavlov, and in the classical conditioning experiment, Pavlov would ring a bell whenever he was about to feed the dogs causing the dogs to salivate in excitement of the food, and having done so a few times, Pavlov noticed that the dogs would automatically salivate upon hearing the bell even without any food given.
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a 3-point test cross is carried out between 3 linked genes. the nonrecombinant progeny are and s r c and the double crossover progeny are s r and c. which is the middle locus?
As a 3-pointer test cross is carried out between s r c linked genes. C will be the middle locus.
Gene mappers aspire to map all the tens of thousands of genes on the chromosomes of plants and animals. Analyzing data from matings to determine map distances of two genes simultaneously can be a time-consuming and tedious process. Therefore, geneticists often try to map as many genes as possible from one set of offspring. To illustrate the process, let's look at the simplest example of multipoint mapping, a 3-point test cross.
We reused three trait loci from maize seed and used data from one cross to map these three loci. The first step is to obtain a tri-hybrid individual that is heterozygous at all three loci, and then perform a test mat with that tri-hybrid.
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Abnormally slow conduction through the ventricles would change the ________ in an ecg tracing.
Abnormally slow conduction through the ventricles would change the QRS complex in an ecg tracing.
Three of the visual deflections seen on a typical electrocardiogram combine to form the QRS complex (ECG or EKG). It is typically the most prominent and central area of the trace. It is the same as the heart's right and left ventricles depolarizing and contracting their large ventricular muscles. The QRS complex typically lasts 80 to 100 ms in adults; it may be shorter in children. The Q, R, and S waves all follow one another quickly, represent the same occurrence, and do not all show in all leads. For these reasons, they are frequently grouped together. Any downward deflection that comes right after the P wave is known as a Q wave. Following an upward deflection known as a R wave, the S wave is any subsequent downward deflection. The S wave is followed by the T wave, and in some circumstances, a subsequent U wave.
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examples of invasive species to the united states include all but . answer burmese python to the florida everglades cheatgrass to the western united states red-cockaded woodpecker to the southeastern united states lionfish to the caribbean
The species that is not invasive to the United States is the red-cockaded woodpecker to the southeastern United States.
Invasive species are native or non-native species that widely affect habitats and cause environmental damage, economic loss, or harm to humans. The cause of a species becomes invasive due to competition in obtaining food with other species. One way to grow and reproduce as quickly as possible.
Invasive species pose a major threat to biodiversity because they can starve native or other species of food and slowly disappear. The following are some examples of invasive species in the United States: Burmese python, lionfish, and cheatgrass.
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The signature animal morphological feature called the __________ is found in rotifers and aids in feeding.
The signature animal morphological feature called the corona
in most species of rotifers, the head carries a corona which is a crown of cilia that draws a vortex of water into the mouth which the animal sifts for food
The rotifers obtain food that is directed toward the mouth by the current created from the movement of the corona, the food particles travel to the mastax and further the food passes by digestive and salivary glands into the stomach and then into the intestines
the rotifer's movements are by the circular arrangement of moving cilia at the front which rotates
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Some researchers suggest that ______ molecules were the first information molecules formed on early earth.
Answer: RNA
Explanation:
Which of the following compounds can be classified as a proteins
Fatty acids
Nucleic acids
Enzymes
Polysaccharides
Answer:
c) Enzymes
Explanation:
Enzymes are the compounds that can be classified as proteins. Such as the enzyme "Trypsin" is a protein. Hence, the option (c) is the correct answer.
Answer: Enzymes
Explanation:
only Enzymes can be classified as proteins. Enzymes are the only particles made of proteins in the list. Enzymes are made of amino acids linked in peptide bonds.
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Why are urchin barrens positively correlated with the presence of killer whales?.
Urchin barrens positively correlated with the presence of killer whales because it is is easier to find sea otters near the urchin barrens than in any other place in the sea.
An urchin barren is an area part of the ocean that is shallow, where the population growth of sea urchins has not been checked on leading to unlimited grazing of kelp forests. The kelp forests provide food and habitat for various species.
Sea otter populations have declined each year. In waters where killer whales cannot be able to go, sea otters have remained stable in numbers since they cannot be attacked. The role of sea Otters is to maintain the coastal kelp bed by controlling the sea urchin population which grazes on kelp.
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manx cats are tailless and when crossed with one another produce on average 1 long-tailed (wild type) cat for every 2 manx. the m (manx) allele is lethal in homozygous condition due to problems arising during development. thus, a mm genotype is lethal, a mm cat is manx (tailless), whereas a mm cat is wild type with a long tail. a population is composed of manx and wild-type cats in a 2 manx: 3 wild-type ratio. the cats randomly mate and reproduce f1 progeny. what is the frequency of m allele of the f1 generation?
The frequency of the m allele of the f1 progeny is going to be 3/4.
Here, it has been mentioned in the question that the M allele is lethal, which then means that a MM genotype is going to be lethal. For an offspring to be tailless, it needs to have the genotype mm. And a wild-type cat has the genotype Mm.
It has also been given that in the population, the Manx cats and wild cats live in a ratio of 2:3. On average, 1 long-tailed cat is there for every 2 Manx. Now, after the f1 generation is produced, the genotypes are going to be - (MM, Mm, Mm, mm).
Since we know that there are 2 Manx cats (mm) for every long-tailed one (Mm), the frequency of the m allele is going to be 3/4.
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metformin is a drug used to treat type 2 diabetes by decreasing glucose production in the liver. ampamp-activated protein kinase (ampk)(ampk) is a major cellular regulator of glucose metabolism. metformin activates ampkampk in liver cells but cannot cross the plasma membrane. by blocking ampkampk with an inhibitor, researchers found that ampkampk activation is required for metformin to produce an inhibitory effect on glucose production by liver cells. which of the following best describes the component that metformin represents in a signal transduction pathway that regulates glucose production in the liver?
Since metformin cannot enter the plasma membrane, it is most likely an agonist that interacts to a receptor there.
What meals trigger diabetes?Lemonade, sodas, sweet tea, and fruit drinks can all cause weight gain and raise your chance of developing type 2 diabetes. According to a 2010 research by American Diabetes Association, drinking only two sugar-sweetened beverages per day can raise your risk of developing type 2 diabetes by much as 26%.
Is diabetes curable?Type 2 diabetes is now incurable, but our researchers are developing an innovative weight-management experiment to help people put your condition into remission. Remission occurs when the blood sugar (or glucose) levels return here to normal range.
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What is the difference between pcr and sanger sequencing with regard to the materials needed to perform these reactions?.
The difference between pcr and sanger sequencing with regard to the materials needed to perform these reactions is that dideoxynucleotides are needed in Sanger sequencing unlike PCR.
Dideoxynucleotides are needed for sanger sequencing, while it is not requires to perform PCR. Two primers from opposing strands are necessary for PCR amplification in order to specify the region of the sequence amplified in both the forward and reverse directions. In contrast to PCR, Sanger sequencing uses just one primer in the process. The fundamental difference between the two is that while PCR is used to duplicate the entire DNA sequence, Sanger sequencing is used to generate every possible length of DNA.
The "chain termination method," often known as Sanger sequencing, is a technique for figuring out the nucleotide sequence of DNA. In this method, target genetic regions are amplified using polymerase chain reaction (PCR), and the amplified products are then sequenced.
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Cans someone help me to make a paragraph of the further use of nitrogen fertilizer ? please and thank u
The most significant anthropogenic sources of nitrogen compounds in the environment are the combustion of fossil fuels and nitrogenous fertilisers used in agriculture.
The growth and reproduction of plants depend on nitrogen. Growth of pasture and crops will frequently respond to an increase in soil nitrogen supply. Fertilizers containing nitrogen are frequently added to this scenario to regulate it.
Strong greenhouse gas nitrous oxide contributes between 5% and 7% of worldwide greenhouse gas emissions, 90% of which come from agricultural operations. The main sources of nitrous oxide emissions on farms are nitrogen-based fertilisers and livestock manure (dung and urine).
The most significant impact on reducing nitrous oxide losses comes from products that capture nitrogen more effectively. This also reduces ammonia volatilization to the atmosphere, as well as nitrate leaching.
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The vast majority of dna damage is caused by man-made chemicals and man-made radiation.
a. true
b. false
"The vast majority of dna damage is caused by man-made chemicals and man-made radiation" is false.
Any modification to DNA that alters its coding properties or normal function in transcription or replication is referred to as DNA damage. DNA damage can impair normal cell replication and increase the rate of apoptosis (programmed cell death, also known as 'cellular senescence'). Damage to genetic material, on the other hand, can result in impaired cellular function, cell loss, or the transformation of healthy cells into cancers. Base substitutions, deletions, and insertions are the three types of DNA mutations.
Endogenous DNA damage sources include hydrolysis, oxidation, alkylation, and base mismatch; exogenous DNA damage sources include ionizing radiation (IR), ultraviolet (UV) radiation, and various chemical agents.
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Explain what could be a mechanism by which jendrassik maneuver produces bigger myotatic reflex.
Jendrassik maneuver helps to generate a better response of the myotactic reflex since it increases its response because it will divert the patient's attention and this allows the complete relaxation of the muscle to be evaluated.
What is the Jendrassik maneuver?Jendrassik maneuver consists of the patient strongly stretching their joined hands in front of the chest for at least 10 seconds in order to usually test the patellar reflex. This maneuver is used to reinforce the myotactic reflex on individuals with no response or mild response to the reflex, then amplifying it and allowing us to see if the muscle is healthy or not.
When the Jendrassik maneuver is performed, the patient's attention will be diverted and this allows complete relaxation of the muscle to be evaluated, this then amplifies the reflex and allows us to analyze it correctly.
Therefore, we can confirm that Jendrassik maneuver helps to generate a better response of the myotactic reflex since it increases its response because it will divert the patient's attention and this allows the complete relaxation of the muscle to be evaluated.
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what are okazaki fragments? how do prokaryotic vs eukaryotic okazaki fragments compare. why are okazaki fragments only found on the lagging strand, but not on the leading strand of dna?
Okazaki fragments are brief DNA segments created when the lagging strand of DNA replication experiences discontinuous synthesis. It is crucial because it enables the production of both daughter strands needed for cell division.
In prokaryotes and eukaryotes, the lengths of Okazaki fragments are different. Okazaki fragments in prokaryotes are significantly longer than those in eukaryotes. While prokaryotic E. Coli can have Okazaki fragments that are as long as 2,000 nucleotides, eukaryotes typically have Okazaki fragments that are 100 to 200 nucleotides long.
Because new strand synthesis occurs in the 3' to 5' direction, Okazaki fragments must be produced in the lagging strand during DNA replication. However, only the 5' to 3' direction can be used by the DNA polymerase to create the strand.
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