Direct protein synthesis from DNA occurs in retroviruses. comprise DNA. from DNA, make RNA. simply plants invading. contain reverse transcriptase as an enzyme.
Why do you use the term "retrovirus"?(REH-troh-VY-rus) A category of virus whose genetic material is RNA rather than DNA. Reverse transcriptase is an enzyme that is used to integrate into the DNA of the host cells. This enables the virus to replicate often in the host cells.
What makes retroviruses unique?Because they multiply by reversibly encoding their genes into host cells, retroviruses are special. The most well-known retrovirus to infect people is HIV. Different species have been found to contract other retroviruses.
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which of the following is an enzyme which results in staphylococcus aureus being more invasive than staphylococcus epidermidis?
The enzyme which results in Staphylococcus aureus being more invasive than Staphylococcus epidermidis is Hyaluronidase.
Hyaluronidase is an enzyme that breaks down primarily hyaluronic acid and it splits it into polysaccharides and is used in medicine in conjunction with other drugs to speed their dispersion and delivery.
Staphylococcus aureus encodes for a secreted hyaluronidase, hysA. Hyaluronidases are bacterial enzymes that cleave hyaluronic acid (HA) yielding unsaturated disaccharides. Initially, little was known about the regulation of this enzyme as well as its roles in Staphylococcus aureus physiology and pathogenesis.
Hyaluronidase is produced by S. Aureus as a mechanism to penetrate the connective tissue barrier and thereby establishing infections.
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Complete question:-
Which of the following is an enzyme which results in Staphylococcus aureus being more invasive than Staphylococcus epidermis?
A) lipase
B) M protein
C) hyaluronidase
D) pyrogens
E) neuraminidase
Question 4 of 25 These images show models of a sugar molecule made during photosynthesis and an amino acid molecule. How could the models be used to support the idea that the amino acid molecule contains carbon atoms from sugar molecules made by photosynthesis? © A. Both molecules contain a chain of carbon atoms. © B. The molecules have similar shapes. O C. The molecules contain all the same types of atoms. © D. Both molecules contain stored chemical energy.
The models can support the idea that the amino acid molecule contains carbon atoms from sugar molecules made by photosynthesis because both molecules contain a chain of carbon atoms. So the correct option is A. Both molecules contain a chain of carbon atoms.
What is photosynthesis?Photosynthesis is a process in which inorganic matter is converted into organic matter by the energy provided by sunlight. Glucose molecules are then created from carbon dioxide and oxygen is released. This process occurs in photoautotrophic beings, that is, they produce their own food and do not need to obtain it from external sources but can be transformed from light.
The amino acids in plants are going to be formed by amination and transamination processes, it requires certain bases to be able to form as pre-existing amino acids or the components that it will need for its formation, provided by molecules within the cells
Therefore, we can confirm that the correct option is A. Both molecules contain a chain of carbon atoms.
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ardi s intermediate form of bipedality included the use of: a. longer hind limbs for clinging and leaping. b. palms and feet to move along tree branches. c. a tail. d. none of the above.
In ardi's intermediate type of bipedality, moving over tree branches with the palms and feet is incorporated.
The capacity to stand erect and move on two legs is known as bipedalism. Only humans employ this position as their main form of propulsion, however many other primates can stand up and move around for brief periods of time.
Bipedality may have started as early as 6 million years ago, according to fossil evidence. Our ancestors, however, made their first steps as devoted bipeds with Australopithecus, an early hominid that emerged in Southern and Eastern Africa between 4 and 2 million years ago. However, little is still known by scientists regarding the conditions that gave rise to this feature.
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Which type of mutation causes cystic fibrosis?
Answer: cystic fibrosis transmembrane conductance regulator (CFTR) gene.
Explanation:
Hello!
The type of mutation which causes cystic fibrosis is a mutation in the CFTR gene. (Cystic Fibrosis Transmembrane Conductance Regulator)
Hope this helps!
Please help me, I have a F
Failure to build spindle - anaphase
Failure to dissolve the nuclear membrane - prophase
Failure to condense chromosome - metaphase
What is mitosis?Mitosis is the division of vegetative cells to produce two daughter cells. The process occurs in 4 steps:
Prophase: a stage where the nuclear membrane dissolves and the chromosomes condense to become visible under the microscope.Metaphase: a stage where the condensed chromosomes line up at the center of the cell to form a metaphase plate. each chromosome also gets engaged by the spindle fibers from the opposite ends of the cell. Anaphase: sister chromatids are pulled to opposite poles as a result of the shortening of the spindle fibers.Telophase: sister chromatids complete their migration to the poles. The chromosomes decondense back and the nuclear membrane reappears.Thus:
Failure to build spindle fibers will affect anaphase the most.Failure to dissolve the nuclear membrane will affect prophase the mostfailure to condense chromosomes will affect metaphase the most.More on mitosis can be found here: https://brainly.com/question/26678449
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what information could be obtained from wolf scat? a. dna profiles b. vegetation preference c. presence of arthritis d. amount of urea e. time since last meal
DNA profiles could be obtained from wolf scat. DNA profile can inform a scientist about the origins of the sample's DNA, including whether it came from a man, woman, or any other type of organism.
DNA profiling is the process of obtaining a particular DNA pattern, or profile, from an individual or a sample of body tissue.
Human DNA profiles can be used to establish parentage or determine the source of a DNA sample from a crime scene.
The following purposes of DNA profiling include identifying the likely source of a bodily fluid sample connected to a crime or crime scene and revealing family links.
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if a rna virus with radioactive sulfur was allowed to infect non-radioactive bacteria and replicate. then the cells were centrifuged to separate the virus from bacteria. which fraction will contain the highest radioactivity?
If a RNA virus with radioactive sulfur was allowed to infect non-radioactive bacteria and replicate then in the centrifugation process, the highest radioactivity would be found in the protein coat of the virus which is present in the supernatant.
RNA is the abbreviation for Ribonucleic acid. It is the unstable type of nucleic acid generally present in some viruses and bacteria. There are three main forms of RNA: m-RNA, r-RNA and t-RNA.
Radioactivity is the presence of some radioactive element in any biological molecule that emits radiation spontaneously. Since DNA does not contain any sulfur, therefore the virus can contain radioactivity only in the protein coat. Sulfur is an essential part of cell membranes.
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which class of antibiotics acts to inhibit the synthesis of rna and dna, thus stalling bacterial replication
Fluoroquinolones are the class of antibiotics which inhibits RNA and DNA synthesis, which halts bacterial replication.
What are Fluoroquinolones antibiotics?
As we know, antibiotics are medicines that destroy or stop the growth of pathogenic microorganisms. Fluoroquinolones are such antibiotics, or bacterial agents, that are used to treat respiratory tract infections like pneumonia, sinusitis, bronchitis, and even urinary tract infections. These groups of antibiotics are effective against gram +ve and gram –ve bacteria as well.
Fluoroquinolones are FDA approved. They include levoflaxin, ciproflaxin, mixifloxacin, delafloxacin, etc.
Hence, Fluoroquinolones are antibiotics that have the ability to inhibit RNA and DNA growth.
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What is the effect of a nucleotide-pair substitution that results in a nonsense mutation in a gene?.
An additional kind of substitution is a nonsense variation. The changed DNA sequence, however, results in a stop signal that prematurely tells the cell to stop producing proteins, as to creating change in amino acid.
Where is DNA located in a human?Every cell in the body has DNA inside its nucleus. Its components are carefully packaged inside structures called chromosomes. Most individuals have 46 pairs of chromosomes, or 23 pairs each pair.
What is DNA made of?What is DNA composed of? Nucleotides are the chemical units that make up DNA. Three components make up these building blocks: a phosphate group, a sugar group, and one of four different nitrogen bases. Chains of nucleotides with alternating sugar phosphate groups are linked to form a strand of DNA.
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after ovulation levels of prgesterone rise sharply what is the primary function of progesterone at this point in the menstrual cycle
The most crucial function of progesterone is preparing your uterus to receive, implant, and sustain a fertilized egg during pregnancy.
Progesterone's primary role during the menstrual cycle is what?Progesterone gets the endometrium ready for the possibility of getting pregnant following ovulation .The lining becomes thicker as a result, getting ready for a fertilized egg. Additionally, it stops the uterine muscles from contracting in a way that would make the body reject an egg.
What three jobs does progesterone perform?A key player in maintaining pregnancy, getting the body ready for conception, and controlling the monthly menstrual cycle, progesterone is a hormone that activates and controls vital processes.
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you have an enzyme solution and you add an inhibitor molecule and observe a marked decrease in enzyme activity. you increase the substrate concentration but this does not lead to any observable increase in enzyme activity. what can you conclude about your inhibitor?
Non-competitive inhibitor, does not cause an increase in enzyme activity when the concentration of the substrate is increased.
Noncompetitive inhibition is a special sort of allosteric regulation that occurs when an inhibitor binds to an allosteric site, reducing the enzyme's effectiveness.
Simply put, an allosteric site is one that differs from the substrate-binding active site. Comparable to competitive, uncompetitive, and mixed-type inhibition, noncompetitive inhibition is distinct from the others.
The inhibitor shares the same affinity for both the enzyme and the enzyme-substrate complex in noncompetitive inhibition because it binds at the allosteric site independently of substrate binding.
Noncompetitive inhibition is distinguished from uncompetitive inhibition by this activity, in which an inhibitor only binds to the enzyme-substrate complex.
The reaction rate won't change even if the substrate concentration is increased, and enzyme activity will still be suppressed.
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Could you help me with this question I don't understand it
The principle relate to tree ring dating as the organism have evolved by slow gradual uniform changes
The principle of uniformitarianism says that the present is the key to the past and the principle has a profound impact on the science and geology and the idea that earth has always changed in uniform ways and that the present is the key to the past and this principle to understanding earth history and Darwinian evolution uses the principle of uniformitarianism as the central idea of descent with modification that organism have evolved by slow gradual uniform changes and the simpler organism the older it is assumed
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in july 2015, a report[1] was released indicating the gram-negative bacterium pseudomonas aeruginosa was found on hospital sinks 10 years after the initial outbreak in a neonatal intensive care unit. p. aeruginosa usually causes localized ear and eye infections but can cause pneumonia or septicemia in vulnerable individuals like newborn babies. explain how the current discovery of the presence of this reported p. aeruginosa could lead to a recurrence of nosocomial disease.
The current discovery of the presence of this reported p. aeruginosa could lead to a recurrence of nosocomial disease as Nosocomial infections, also known as hospital-acquired infections, are the infections that are contracted within a hospital environment.
Transmission of these infections usually occurs via healthcare workers, patients, hospital equipment, or intravenous injections.
Pseudomonas aeruginosa may be a commonly typified, gram-negative, aerobic–facultatively anaerobic, rod-shaped bacterium that can cause illness in plants and creatures, counting people.
A species of considerable therapeutic significance, P. aeruginosa could be a multidrug-safe pathogen recognized for its ubiquity.
Its inherently progressed anti-microbial resistance components, and its affiliation with genuine sicknesses – hospital-acquired diseases such as ventilator-associated pneumonia and different sepsis disorders.
A hospital-acquired contamination, too known as nosocomial contamination (from the Greek nosokomeion, meaning "clinic"), is a disease that's obtained in a health care office.
In both healing centers and nonhospital settings, it is now and then instep called a healthcare-associated disease.
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1.which of the following organisms can perform photosynthesis? a.algae b.fungi c.animals d.invertebrates
Algae organisms can perform photosynthesis.
Both eukaryotic and prokaryotic species possess the capacity for photosynthetic activity. The most famous examples are plants because, with the exception of a very small number of parasitic or mycoheterotrophic species, they all have chlorophyll and can make their own sustenance. The other major class of eukaryotic photosynthetic organisms is the algae.
What about algae?A class of primarily watery, photosynthetic, and nucleus-bearing organisms collectively referred to as "algae" lack the true roots, stems, and leaves of plants as well as their specialized multicellular reproductive structures.Photosynthetic organisms include algae. They are not an animal, a plant, or a fungus. Many types of algae are single-celled, while some are multicellular. Red and brown algae are generally multicellular, but not always. Algae and cyanobacteria are neither good nor bad on their own. Because they provide the oxygen required to support life, these organisms are crucial to the health of the planet. However, cyanobacteria and algae can be harmful to humans, animals, and the environment if they produce toxins or proliferate in large quantities. Algae could be a crucial supply of B12 if people move to more plant-based diets. Algae-based food supplements are currently available on the market. Chlorella, a complete algae product, is added to some drinks, although it is mostly offered as a nutritional supplement in powder form. Since then, algae have been reclassified as protists, and because blue-green algae are prokaryotic, they are now grouped with bacteria in the prokaryotic kingdom Monera.Learn more about algae here:
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what is the major environmental consequence of rapid population growth in the mountain west region of the united states?
The biggest environmental consequence of the United States' Mountain West region's rapid population growth: Strain on physical resources, such as water.
The correct option is d.
Rapid population growth is an increase in a population's size brought on by greater birth rates and lower death rates. Short-term food shortages and restricted resources are two effects of fast population increase.
Rapid population expansion has a negative consequence on a nation's economy and increases waste production and pollution as well as the demand for jobs, which is expanding, and on housing, schools, and infrastructure.
The increase in population in United States' Mountain West region has a significant impact on domestic resource demand, particularly that for food, energy, and water, as well as on environmental degradation and climate change. Almost no significant issue confronting America has a solution that would be simpler if the country's population were bigger.
The complete question is:
What is the major environmental consequence of rapid population growth in the Mountain West region of the United States?
Choose one answer.
a. Reduction of grazing lands
b. Land degradation
c. Ozone depletion
d. Strain on physical resources, such as water
e. Rapid climate change
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Which type of earths crust caused these layers to be higher in the background than they are in the foreground
A. Uplift
B. Vibration
C. Shearing
D. Compression
Answer:
the correct answer is objective A
List 2 Fluids for each that are used in the Home, school/work and outdoors.
The types of fluid for the places mentioned include the following below:
1. Home - Oil, water
2. School/work - Liquid soap, Oxygen.
3. Outdoors - Oxygen, water
What is a Fluid?This is referred to as a substance or compound and is usually in the form of liquid or gas. It has the ability to continually flow when it is subjected to shear stress or external force.
There are various types of fluids which have their individual properties which is based on their structure and atoms such as oil which is used in the home for cooking various types of food substances.
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Answer:
Home: Cooking Oil is used to cook a variety of vegetables/ foods, Water is a basic need to live and we drink it everywhere including our homes.
School: Liquid soap is used for clean windows, floors and sometimes ourselves, Oxygen is also a basic need just like water to live but for breathing.
Outdoors: Engine Oil is a liquid and used to repair cars and Gas is a fuel used to run cars and vehicles
true or false: in multicellular organisms, genes are regulated in the same way to ensure that gene expression levels are constant regardless of cell type or developmental stage.
False, in multicellular organisms, genes are not regulated in the same way to ensure that gene expression levels are constant regardless of cell type or developmental stage.
Gene regulation is the method of controlling which genes in a cells DNA are expressed (used to make a purposeful product which include a protein).
Different cells in a multicellular organism may also explicit very specific units of genes, despite the fact that they include the identical DNA.
The set of genes expressed in a cell determines the set of proteins and purposeful RNAs it contains, giving it its specific properties.
In eukaryotes like humans, gene expression entails many steps, and gene law can arise at any of those steps. However, many genes are regulated commonly at the extent of transcription.
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the diagnosis for this patient is likely an autoimmune disease called . in which case, the patient's immune system is making antibodies that bind to , decreasing their function. inhibitors of are commonly used to treat the effects of this disease. in severe cases, the may be removed to reduce the release of hormones that stimulate antibody-producing cells. temporary removal of the harmful antibodies from the blood may be accomplished by a technique called .
The diagnosis for this patient is likely an autoimmune disease called myasthenia gravis. In which case, the patient's immune system is making antibodies that bind to acetylcholine receptors, decreasing their function. Inhibitors of acetylcholinesterase are commonly used to treat the effects of this disease. In severe cases, the thymus may be removed to reduce the release of hormones that stimulate antibody-producing cells. Temporary removal of the harmful antibodies from the blood may be accomplished by a technique called plasmapheresis.
What is myasthenia gravis?Myаstheniа grаvis (MG) is а chronic аutoimmune disorder in which аntibodies destroy the communicаtion between nerves аnd muscles, resulting in weаkness of the skeletаl muscles. Myаstheniа grаvis аffects the voluntаry muscles of the body, especiаlly those thаt control the eyes, mouth, throаt аnd limbs.
Your question is incomplete, but most probably your full question was
Case Study: A woman in her mid-30s began to experience drooping eyelids followed by difficulty in swallowing. As the condition progressed she began to feel an overall weakness. Tests indicated that she had an abnormally low number of acetylcholine receptors on her skeletal muscle cells.
Complete each sentence with the correct word or phrase regarding this patient.
thymusthyroidmultiple sclerosismyasthenia gravisacetylcholinesteraseacetylcholine receptorsplasmapheresisFor more information about myаstheniа grаvis refer to the link:
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What do genes regulate?
A. only the senses
B. all processes of the body
C. when a hormone is released
D. only physical traits
Answer:d
Explanation:they make your physical traits
The process of acquiring antibiotic resistance by means of bacteriophage activity is called.
The process of acquiring antibiotic resistance by means of bacteriophage activity is called transduction.
Antibiotics are the chemical agents that slow down or cause the complete death of the bacteria. The antibiotics can be used as medication during bacterial diseases. The widely used antibiotics are: penicillin, cephalosporins, tetracyclines, etc.
Bacteriophage can be simply called phages. These are the viruses that are capable of infecting and replicating only in bacterial cells. These are not harmful to any other form of living organisms. The genetic material of phages can be either DNA or RNA. Bacteriophages can have varying shapes. The examples of phage is T-even phage.
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in the arctic region, the arctic fox and the ptarmigan (a small bird species) both grow a snowy white coat during the winter for camouflage. these similar phenotypes are an example of: group of answer choices vestigial structures homologous structures convergent evolution homologous recombination
In the arctic region, the arctic fox and the ptarmigan both grow a snowy white coat during the winter for camouflage these similar phenotypes are an example of analogous structures.
The proof of the Convergent Evolutionary relationship among the species is provided by Analogous Structure. Convergent evolution played a role in the development of the species' common features. These are the architectural forms that serve similar purposes. However, these structures are not comparable anatomically. This indicates that their anatomical structures are distinct.
We can use the difference between a bat and a butterfly as an illustration. Both a bat's and a butterfly's wings serve the same purpose. They assist in flying them. Thus, the purpose remains the same. However, the anatomical makeup is different. Bones and skin are used in the development of Wings of Bat. However, the butterfly's wings are made entirely of different materials.
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How do you think glucose could be used to synthesize these molecules?
Answer:
Since you did not provide the specific molecules, here are some ways that glucose is used for synthesis:
Protein molecules - Glucose regulates protein synthesis through AMPK (Activated Protein Kinase) pathways. AMPK is activated by cellular energy via changes in AMP levels resulting from energy.
Gluconeogenesis Pathway - The process where glucose is synthesized using pyruvate and lactate precursors from non-carbohydrate metabolites, amino acids, and glycerol (derived mainly from metabolized fat).
Fatty Acids - Metabolized into pyruvate using glycolysis in the cytoplasm, oxidized pyruvate generates ATP in the mitochondria. During the fed state the glycolytic products synthesize fatty acids through lipogenesis.
Amino Acids & Lipids - Through photosynthesis in plants, glucose joins with nitrates in the soil to create amino acids. The amino acids combine during protein synthesis and glucose is converted to lipids within the plant seeds.
Explanation:
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Duchenne muscular dystrophy remains in the population because the allele is , and carrier mothers pass it to carrier daughters.
Answer: X-linked Recessive
Explanation:
Duchenne muscular dystrophy is a disease caused by a genetic mutation of the X-chromosome and is recessive.
Duchenne muscular dystrophy is a disease caused by a genetic mutation of the X-chromosome and is recessive.
What are the séx-linked genes?These are genes that can be found only in the X-chromosome. The inheritance pattern expressed by these genes varies from the one expressed by genes located in autosomal chromosomes.
In the exposed example,
- muscular dystrophy are X-linked recessive disorders
- woman ⇒ carrier for muscular dystrophy ⇒ heter0zyg0us ⇒ XDXd
- man ⇒ doesn’t have muscular dystrophy ⇒ X-chromosome with the dominant allele ⇒ XDY
- XD ⇒ chromosome rarrying the dominant allele
- Xd ⇒ chromosomes carrying the recessive allele
Cross: Man x Woman
Parentals) XDY x XDXd
Gametes) XD Y XD Xd
Punnett square) XD Xd
XD XDXd XDXd
Y XdY XdY
F1) 1/2 = 50% of the progeny will express the normal phenotype, XD-
1/2 = 50% of the progeny will have muscular dystrophy, Xd-
100% of the girls will be normal and carriers, XDXd
100% of the boys have muscular dystrophy, XdY
Considering only boys,
100% of them will have the disease, XdY
0% will be carriers.
Considering only girls,
0% of them will have the disease,
100% will be carriers, XDXd
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the earliest evidence of hominins in south africa was described by . a. mary leakey b. raymond dart c. charles darwin d. owen lovejoy
The earliest evidence of hominins in south africa was described by (b) Raymond Dart. So option (b) is the correct answer.
Hominins - the group consisting of modern humans, extinct humans, and our immediate ancestors (including members of the genera Homo, Australopithecus, Paranthropus, and Ardipithecus).
Some traits that distinguish hominins from other living and extinct primates are behavioral traits such as upright posture, bipedal locomotion, large brains, specialized tool use and, in some cases, verbal communication. It's a feature.
The hominin own circle of relatives tree has deep roots in Africa. The oldest fossil of the genus Homo ever discovered is a 2.8 million-year-old jaw fragment of his found in East Africa. Our species, Homo sapiens, first appeared fairly high in trees and branched out at least 260,000 years ago.
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the cell type that always maintains direct junctional contact with other cells of the same type is the:
The cell type that always maintains direct junctional contact with other cells of the same type is the b.
What is Osteocytes ?Osteocytes, which make up 90% to 95% of all bone cells and reside inside the bone matrix, have long been viewed as passive bystander cells in contrast to osteoblasts and osteoclasts, whose actions result in bone gain and loss and whose dysfunction results in growth abnormalities and osteoporosis.
What about cells?There are many billions of cells in a human body. They give the body structure, absorb nutrients from meals, turn those nutrients into energy, and perform certain tasks. Prokaryotic cells and eukaryotic cells are two different types of cells. Although prokaryotic and eukaryotic cells have different shapes (see prokaryote, eukaryote), they are quite similar in terms of their molecular make-up and functions. Proteins, polysaccharides, and nucleic acids make up the majority of the molecules in cells. The cell membrane, the nucleus, and the cytoplasm are the three components that make up a cell. Intricate arrangements of microscopic fibers and hundreds or even thousands of tiny, unique structures known as organelles can be found in the cytoplasm. The parasitic bacteria Mycoplasma gallicepticum, which inhabits the respiratory, genital, and urinary systems of primates, is thought to be the tiniest known creature capable of autonomous development and reproduction. Mycoplasma is the name of the cell used in the study. It has a 0.0001 mm diameter.A single cell makes up a unicellular creature, also referred to as a single-celled organism, as opposed to a multicellular organism, which is made up of numerous cells. Prokaryotic and eukaryotic organisms are the two broad categories into which all organisms fall.Learn more about cells here:
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the large influx of mononuclear cells into the lungs plays a role in the formation of infection sites called
The development of structured structures known as tubercles is tuberculosis.
Which four forms of infections are there?Infections frequently occur. We've probably all experienced at atleast one at some point, from COVID-19 to ear infections and also the flu. Sepsis can be brought on by bacterial, fungal, viral, or parasitic illnesses.
What brings about an infection?Whenever bacteria taken into the body, multiply, & trigger a response in the body, an illness results. An infect needs to happen in three different ways: Source: Ecologies of infectious (germ) pathogens A individual who's really susceptible but who has a point of entry for germs.
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a lake filled with a large population of fish all of the same species is discovered. which factor would not influence the evolution of a species in this lake?
Speciation involves the genetic changes that accumulate between populations of the same species that leads to the formation of a new species, whereas evolution is the change in allele frequencies of the same species.
What is Evolution ?Evolution is the gradual change in the inherited traits of biological populations over many generations. These traits are the expressions of genes that are passed down through reproduction from parent to offspring.
Long-term perspectives are used in evolutionary theories to examine the emergence of the human species. This view holds that modern people contain genetically influenced traits that have been passed down from generation to generation and have helped them succeed in reproduction.
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what is the primary function of the calvin cycle? group of answer choices to produce carbon dioxide for use in the light reactions of photosynthesis to regenerate atp for use in the light reactions of photosynthesis to produce oxygen by oxidizing water to produce simple sugars from carbon dioxide
The primary function of the Calvin cycle is to produce simple sugars from carbon dioxide. Option D.
The function of the Calvin Cycle is to create three-carbon sugars that plants can use to build other sugars such as glucose starch and cellulose that they use as structural building materials. It takes it directly and turns it into plant matter.
The basic function of the Calvin cycle is to convert solar energy into chemical energy. A biochemical pathway of photosynthesis that uses ATP and NADPH to convert carbon dioxide to glucose. carbon fixation. Carbon uptake from carbon dioxide into organic compounds by autotrophs. It is the cycle of chemical reactions that binds carbon from the carbon cycle to sugars. It is found in the chloroplasts of plant cells.
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There are four primary categories of energy expenditure. Of the following, which one represents the majority of total energy use by the body?.
There are four primary categories of energy expenditure, and basal metabolism is one representing the majority of total energy use by the body.
What is Basal Metabolism
Basal Metabolism is the minimum energy required to sustain life.
Basal metabolism is the number of calories needed by the body to carry out its basic functions such as breathing, moving the heart rate, brain function and various activities in the body over time.
Even when eating, absorbing to processing food also requires calories.
In essence, all the small parts in the body are like engines that burn gasoline as they work. Never stop during life, even keep working while sleeping. Just like a car, where when the car starts, gasoline is still used.
The more we move or activity, the more gasoline is burned. A simple example, the lungs burn energy when breathing. They will work harder when climbing stairs than when sitting. That is, whatever we do above the Basal Metabolism level, the more gasoline (energy) we use. The more active we are in daily life, the more our metabolism will increase.
Another way to increase metabolism is to exercise regularly. Exercise can not only increase metabolism, but also can burn energy in cells faster.
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