The trait that is found in and shared by two or more species, but is not derived from a common ancestor is known as analogous trait.
Analogous traits are shared by two or more species because they have arisen independently in each species by the process of natural selection. It is also known as homoplasy. For example, the wings of birds and insects are anatomically different in structure but have been adapted to perform the same function that is flying. Analogous structures are the result of convergent evolution. In the case of phylogeny, evolutionary investigations focus on two types of evidence that is morphologic (form and function) and genetic.
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as an ambitious young scientist, you decide to create mutant bacteriophages to better examine structural function. your first mutant lacks a sheath motor protein, so you decide to call this mutshth. to determine the loss of function, you add mutshth at a multiplicity of infection (moi) of 1 to escherichia coli cells
In order to infect the mucosa, pathogenic(bacteria) E. coli either cling to the epithelial or, in certain cases, invade the target cells.
It is mostly spread to people by eating infected foods including undercooked or uncooked ground meat, unpasteurized milk, contaminated raw vegetables, and sprouts. The average amount of phage per bacteria is known as the multiplicity of pathogenic infections (abbreviated MOI). Simply dividing the quantity of phage supplied (ml supplied x PFU/ml) by quantity of bacteria supplied (ml supplied x cells/ml) yields the MOI. The ratio of adsorbing, attaching, or infecting pathogens to susceptible target is known as the multiplicity of pathogenic infection (MOI). Stool is a common way for E. coli to enter the urinary system. Women are more likely to get UTIs than males because E.coli may grow in the anus, where the urethra is located.
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Please match the test with its description to assess your understanding of the kinds of data collected during information gathering and your understanding of the processes involved in identifying microbes from samples.
1. using macroscopic and microscopic traits for identification (Click to select)
2. tests that determine chemical characteristics including enzyme production and nutritional requirements of the microbe (Click to select)
3. analyzing the genotype of an organism (Click to select)
4. tests the organism against known antibodies to determine if there is a reaction between the organism and the antibody (Click to select)
DNA profiles
biochemical tests
appearance
immunologic testing
Some features exhibited by most bacteria and archaea to assess understanding of the differences between these microbes and eukaryotic organisms are the nuclear membrane, ribosomes, membrane-bound organelles, cell wall structure, and size.
Bacteria and archaea belong to prokaryotic organisms, which are different in fundamental ways from eukaryotic organisms.
Bacteria and Archaea are smaller in size compared to Eukaryotes. Prokaryotes do not have a defined nucleus or membrane-bound organelles, whereas eukaryotes do.
The cell wall structure of prokaryotes is more complex compared to eukaryotes. Ribosomes in prokaryotes are smaller compared to eukaryotes.
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How can we conserve conservation of biodiversity?.
Support local farms, Save the bees, Plant native flowers, fruits and vegetables, Shorten the shower, Respect local habitat, Get to know the source.
What is biodiversity and why is it important? Biodiversity is the different types of life found in an area. Various animals, plants, fungi, and even microorganisms such as bacteria make up our natural world. Each of these species and organisms work together in an ecosystem as a complex web to maintain balance and sustain life.What factors define biodiversity? Many factors contribute to biodiversity loss, including pollution, habitat loss, hunting, introduction of invasive species, overexploitation of favorable species, climate change, and natural disasters.Biodiversity is usually studied at three levels: genetic diversity, species diversity and ecosystem diversity. These three levels work together to create the complexity of life on Earth.To learn more about biodiversity visit:
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Title : Light bulb
Problem: how can we research whether Thomas Edison invented the bulb?
Research sources:
Brainstorm:
Criteria:
Justification:
Comparison chart:
Generating ideas:
Constraints:
plsss helppp meee
The CEO John Stumpf and the former retail banking head were some of the primary decision makers that led to the illegal sales activities.
Which factor is related to promoting or the number of products?Sales are sports related to promoting or the number of products offered in a given targeted term. The transport of a provider for a price is likewise taken into consideration a sale.
A sale is a transaction between two or more events in which items or services are exchanged for cash or different property. within the financial markets, a sale is an settlement between a customer and vendor regarding the rate of a protection and its transport for agreed-upon reimbursement.
Therefore, The CEO John Stumpf and the former retail banking head were some of the primary decision makers that led to the illegal sales activities.
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in humans, normal vision (x) is dominant to colorblindness (xc) and is sex-linked. a normal-visioned man, whose father was colorblind, marries a colorblind woman. what are the chances that a son will be colorblind. a daughter? explain.
There is 100% chance for chance for the son to be color blind and 0% chance for daughter to be color blind.
What is color blindness?
Reduced perception of color or color distinctions is referred to as color blindness or color vision deficit (CVD). It can make it difficult to do things like choose ripe food, dress appropriately, and read traffic lights. Some academic tasks could be harder if you're color blind. The colorblind, however, naturally acquire adaptations and coping strategies, and problems are typically mild. Total color blindness (achromatopsia) can also cause lower visual acuity and discomfort in bright settings.
Color blindness is carried in X chromosome as a recessive gene.In males the prsence of only bone X chromosome makes them more prone to color blindnessHence, there is 100% chance for chance for the son to be color blind and 0% chance for daughter to be color blind.
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The main reason why an individual AB, Rh-negative cannot donate blood to an individual A, Rh-positive is because:a) anti-A antibodies in the donor will agglutinate RBCs of the recipient.b) anti-A antibodies in the recipient will agglutinate RBCs of the donor.c) anti-B antibodies in the donor will agglutinate RBCs of the recipient.d) anti-D antibodies in the donor will agglutinate RBC of the recipient.e) anti-B antibodies in the recipient will agglutinate RBCs of the donor.anti-B antibodies in the recipient will agglutinate RBCs of the donor
Anti-B antibodies in the recipient will agglutinate RBCs of the donor.
What is antibodies?When the immune system of the body recognizes dangerous compounds, known as antigens, it produces a protein called an antibody. Microorganisms (bacteria, fungi, parasites, and viruses) and chemicals are examples of antigens.
Individuals in Group AB don't have any anti-A or anti-B antibodies in their plasma.
Antibodies (immunoglobulins) are divided into five categories based on the heavy chain constant sections they contain: IgG, IgM, IgA, IgD, and IgE. They are dispersed throughout the body and have several functions.
Type O blood lacks both A and B antigens, whereas type AB blood contains both. Any blood antigens that you don't have in your own blood will trigger the production of antibodies by your immune system. The implication is that those with type A blood produce antibodies against B.
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which of the following statements best explains the data set? responses since the %a and the %g add up to approximately 50 percent in each sample, adenine and guanine molecules must pair up in a double-stranded dna molecule. since the percent a and the percent g add up to approximately 50 percent in each sample, adenine and guanine molecules must pair up in a double-stranded d n a molecule. since the %a and the %t are approximately the same in each sample, adenine and thymine molecules must pair up in a double-stranded dna molecule. since the percent a and the percent t are approximately the same in each sample, adenine and thymine molecules must pair up in a double-stranded d n a molecule. since the %(a t) is greater than the %(g c) in each sample, dna molecules must have a poly-a tail at one end. since the percent open parenthesis, a plus t, close parenthesis is greater than the percent open parenthesis, g plus c, close parenthesis in each sample, d n a molecules must have a poly- a tail at one end. since the %c and the %t add up to approximately 50 percent in each sample, cytosine and thymine molecules must both contain a single ring.
Among the following statements, statement B best explains the data set, which is as follows: Since the % A and the % T are approximately the same in each sample, adenine and thymine molecules must pair up in a double-stranded DNA molecule.
Nucleotides are organic compounds that include nucleoside and phosphate. They perform the function of monomeric units within the nucleic acid polymers, which include ribonucleic acid (RNA) and deoxyribonucleic acid (DNA). These two types of biomolecules are required for the existence of all kinds of life on Earth. Among the given statements statement B is the right one.
Statement B:
Since the % A and the % T are approximately the same in each sample, adenine and thymine molecules must pair up in a double-stranded DNA molecule.
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sodium nitrate and sodium nitrite are added to many meat products, such as ham, bacon, hot dogs, and sausage. these additives help to prevent the growth of clostridium botulinum by inhibiting certain iron-containing enzymes of the organism. this is an example of chemical food preservation. which of the following correctly describes a method of chemical control used to control microbial growth?
Surfactants, also known as surface-active agents, reduce the surface tension between the molecules of a liquid. Alcohols preserve work by causing lipids and proteins to become denaturized in food.
Phenolics cause damage to plasma membranes that contain lipids in food, which allows cellular components to seep outside of the cell and so exert antimicrobial activity. For ages, people have used salt, sodium nitrite, spices, vinegar, and alcohol to preserve the food. In order to stop microbial development and preserve the food that leads to deterioration and to moderate changes in colour, texture, and flavour, additives such as sodium benzoate, calcium propionate, and potassium sorbate are employed.
The complete question is:
Sodium nitrate and sodium nitrite are added to many meat products, such as ham, bacon, hot dogs, and sausage. These additives help to prevent the growth of Clostridium botulinum by inhibiting certain iron-containing enzymes of the organism. This is an example of chemical food preservation. Which of the following correctly describes a method of chemical control used to control microbial growth?
Select all that apply.
Surface-active agents, or surfactants, decrease surface tension among molecules of a liquid.Phenolics exert antimicrobial activity by injuring lipid-containing plasma membranes, which causes the cellular components to leak out of the cell.Alcohols exert their action by denaturing proteins and dissolving lipids.High pressure is used to denature proteins in vegetative cells.Learn more about preserve
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an encapsulated bacterium can be virulent because the capsule a. resist phagocytosis b. is an endotoxin c. destroys host tissue d. kills host cells e. has no effect - many pathogens do not have capsules, therefore capsules do not contribute to virulence
Due to the capsule's resistance to phagocytosis, an encapsulated bacterium may be virulent.
Why can bacteria that are enclosed be virulent?The capsule is regarded as a virulence factor because it increases bacteria's capacity to spread disease (e.g. prevents phagocytosis). The capsule can shield cells from eukaryotic cells like macrophages engulfing them. It's possible that phagocytosis needs a capsule-specific antibody to take place.
Bacterial cell walls may be coated with complement, but capsules may hide the opsonins, shielding the bacteria from phagocytosis. Encapsulated Strep. pneumoniae are virulent and resistant to being swallowed by macrophages and PMNs, whereas non-encapsulated, avirulent mutants are quickly ingested and killed by PMN.
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I need help fat!
Which level of organization are the food that hark eat
A: community
B: population
C: ecoytem
D: organim
Top predators like lions, grey wolves, and great white sharks all share this trait. They eat virtually exclusively meat, and aside from humans, these animals don't have any other natural predators.
An organism that devour other plants or animals for energy and nutrients is termed as a heterotroph. The concept is derived from the Greek terms hetero, which signifies "other," and trophe, which indicates "nutrition." The two main classifications of organisms—autotrophs and heterotrophs—are depending on how they receive nutrition and energy.
Herbivorous animals are the main consumers (vegetarians). The organisms known as secondary consumers are carnivores that consume the prime consumers. The secondary consumers are commonly both more frequent and stronger.
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3. the elisa links an enzyme (horseradish peroxidase) to the secondary antibody. what is the purpose of the enzyme?
According to the research, the correct answer is that it catalyzes bisubstrate reactions of a redox nature. The purpose of the enzyme (horseradish peroxidase) is to catalyze bisubstrate reactions of a redox nature.
What is horseradish peroxidase?It is an enzyme that uses a peroxide as an oxidant and a second substrate and is widely used in the secondary antibody response that has wide applications in clinical diagnostic and immunochemical techniques.
In this sense, it is essential for conjugation with immunoglobulins and detection by colorimetric methods using a large number of reagents since it has firmness under pH and temperature conditions.
Therefore, we can conclude that horseradish peroxidase is an enzyme capable of acting as an antigen that catalyzes bisubstrate reactions oxidized by peroxide.
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What does the play Hamlet say about death?.
Demise permeates "Hamlet" right from the whole scene of the play, in which the ghost of Hamlet's father introduces the idea of death and its effects. The ghost represents a disruption to the regularly occurring social order – a topic additionally pondered in the risky socio-political nation of Denmark and Hamlet's very own indecision.
Hamlet feigns madness, contemplates existence and death, and seeks revenge. His uncle, fearing for his existence, additionally devises plots to kill Hamlet. The play ends with a duel, for the duration of which the King, Queen, Hamlet's opponent, and Hamlet himself are all killed.
The death of King Hamlet greatly affected Hamlet, especially because to him it regarded as although he become the simplest person who certainly cared that his father died. Hamlet mourns his father's loss of life, “however two months useless—nay, now not a lot, no longer two.
The death of King Hamlet greatly affected Hamlet, particularly because to him it appeared as though he changed into the best one that surely cared that his father died. Hamlet mourns his father's dying, “however months useless—nay, now, not a lot, no longer !” (1, 2, l. 138).
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8. fill in the details about what happens during the three phases of interphase (including their checkpoints) labeled in the diagram. g1: s: g2:
Interphase consists of a G1 phase (cell growth), followed by an S phase (DNA synthesis), followed by a G2 phase (cell growth).
Interphase is the stage that occurs before cell division where all the needs needed for cell division are prepared.
Interphase is divided into three stages:
The G1 phase (cell growth and development phase) is marked by the development of the cytoplasm, cell organelles, and the synthesis of materials that will be used for the next phase.Phase S, DNA replication or duplication occurs as genetic material that will be passed on to daughter cells so that two copies of DNA will be produced.In The G2 phase, there is an increase in protein synthesis as the final stage of cell preparation for division.Learn more about Interphase at https://brainly.com/question/13154318
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Which structural component is found in dna but not in rna?ribosedeoxyribosephosphate groupnitrogenous base.
Thymine is the structural component that is found in DNA but not in RNA.
Four structural components are found in both DNA and RNA. Three of these components adenine, guanine, cytosine are same in both, but the fourth component is different for both. DNA has thymine but RNA does not. While RNA has uracil but DNA lack it.
DNA has adenine, cytosine, guanine and thymine as the 4 structural components. And RNA has adenine, cytosine, guanine, and uracil as the 4 structural components.
Hence, in place of thymine, uracil is present in RNA. Thus, thymine is the structural component that is found in DNA but not in RNA.
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What needs to pass through a nuclear membrane to integrate into the host genome?.
Answer:
Viral capsids that are larger than the nuclear pore
Explanation:
he structure labeled 3 is: heart question 13 options: the pulmonary trunk the ascending aorta the arch of the aorta the superior vena cava the brachiocephalic artery
lungs' main trunk aorta ascending how the aortic arch looks greater vena cava the brachiocephalic artery is the Aorta rising: Right and left coronary arteries. Brachiocephalic trunk: the aortic arch.
The brachiocephalic artery is where?The brachiocephalic trunk, also referred to as the brachiocephalic or innominate artery, is the second branch to emerge from the aorta.
The aorta has branches, right?The aorta exits at the pelvis after passing through the chest and abdominal cavities. At various points along the aorta, pairs of smaller blood vessels diverge. The aorta's reach is increased by these branches to include all of your body's muscles, nerves, and organs.
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What happens if you use cooker hood without filter?.
Grease, smoke particulate matter, and other types of debris would accumulate in the air ducts without these hood filters and could pose a fire risk. Filters for kitchen hoods are crucial in both residential and commercial kitchens.
In order to stop smoke, grease, and debris from entering the ventilation system, hood filters are installed over stoves and are intended to collect and remove these substances. Grease, smoke particle matter, and other sorts of waste would accumulate in the air ducts without these hood filters and could provide a fire risk. Filters for kitchen hoods are crucial for both residential and commercial kitchens.
Residential and commercial kitchens must have hood filters in order to comply with the National Fire Protection Association and International Fire Code. These groups understand how crucial hood filters are for enhancing kitchen air quality, safeguarding the ventilation system, and assisting in the prevention of kitchen fires.
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Based on the Scatter Plots, for which gender does there appear to be more evidence that the more time a lion cub spends playing, the sooner the Cub is likely to begin hunting? a. for female cubs only
b. for male cubs only
c. for both males and female cubs, with equal evidence
d. for both male cubs and female cubs, with more evidence for female cubs than male cubs
e. for neither male cubs nor female cubs
Answer a. For female cubs only.
Based on the Scatter Plots a. For female cubs only, it appears to be more evidence that the more time a lion cub spends playing, the sooner the Cub is likely to begin hunting.
Since the researcher's guess is that the more extended the cubs play, the quicker their first hunt will happen, the graph ought to show a negative slope demonstrating that the higher the value on the y-axis, the Lower the qualities for the x-axis or the higher value on the x-axis, lower value on the y-axis.
This trend can only be seen in the case of female cubs, where cubs who played between 3.5 and 4 hours per day began hunting at 13 months, whereas those who played more than 4 hours per day began hunting at 12 months.
Male cubs, on the other hand, exhibit a more random distribution, with some cubs playing less than 3.8 hours per day and beginning hunting before 11 months, while others played more than 4.7 hours per day and began hunting after 13 months.
The researcher's hypothesis is only supported by data from female cubs for these reasons.
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what is the accepted histochemical method to unequivocally identify a lysosome from other similar appearing organelles?
Gamori stain is the accepted histochemical method to unequivocally identify a lysosome from other similar appearing organelles
Each lysosome is enclosed by a membrane that uses a proton pump to keep the interior of each lysosome acidic. Numerous hydrolytic enzymes (acid hydrolases) are found in lysosomes and break down macromolecules such nucleic acids, proteins, and polysaccharides.
Particularly acidic organelles include the lysosome. Therefore, it must be shielded from the remainder of the cell's interior. The digestive enzymes that need to be stored in this acidic, low-pH environment are therefore kept in a compartment that has a membrane surrounding it.
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organs are made of two or more tissues working together for a common function. every muscle is considered to be an own organ. list then, the tissues that compose most muscles. then list two of the common functions of muscles.
Organ systems are composed of different tissues working together to achieve a common purpose. Muscles are considered to be individual organs, and are composed of a variety of tissues. The tissues that compose most muscles are muscle fibers, connective tissue, and nerve tissue.
Muscle fibers are the most abundant tissue in the muscle. They are composed of cells that contain the protein actin and myosin, and are responsible for contracting and relaxing the muscle. Connective tissue helps to hold the muscle together and provide structure to the muscle. It also helps to support and protect the muscle, as well as connect it to other tissues. Lastly, Nerve tissue is responsible for supplying the muscle with signals from the brain and spinal cord.
The two common functions of muscles are movement and posture. Movement is the main role of muscles, as they are responsible for the contraction and relaxation of the muscle, allowing us to move our body parts. Posture is another important role of muscles, as they help to stabilize our bodies and keep us upright. This is especially important for maintaining balance and preventing injury.
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if the glomerular filtration pressure were to be increased (e.g., by an increase in blood pressure), a possible compensatory response from the body would be to
An increase in glomerular capillary hydrostatic pressure leads to an increase in net filtration pressure and GFR, which is also an indicator of urine production, and an increase in GFR increases urine production.
How urine is formed ?Urine formation has three major steps.
Glomerular filtrationReabsorptionSecretion.These processes remove only waste products and excess water from the body. Each nephron has a glomerulus, which is the site of blood filtration.
The functions of the urinary system are:
Removes waste products and drugs from the body.Balance body fluids.Balances various electrolytes.Releases hormones that control blood pressure.Releases hormones that control the production of red blood cells. Helps bone health by controlling calcium and phosphorus.To know more about urinary system, visit:
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r internship you decide to help farmers characterize the microbiotas of their pigs. below is a graphical representation of the diversity observed after sampling and sequencing the microbiotas present in the small intestine (jejunum and ileum) and large intestine (cecum) of their fattest pigs. reference the data presented below to address the following statement. t/f: points that cluster together have greater 16s rrna gene sequence similarity than points that are farther apart.
The portion of the small intestine that attaches to the cecum is the ileum.
At nearly 6 feet (1.8 m) in length, the ileum is the longest section of the small intestine.
The large intestine is the final portion of the digestive system and is where stool is formed. It is in this organ where a large part of the water and mineral salts are absorbed, some products are fermented and mucus is formed. The mucus has the function of compacting the fecal mass and contributing to its sliding.
The large intestine has a few main parts: cecum, colon, rectum, and anus. The colon is divided into the ascending colon, transverse colon, descending colon, and sigmoid colon.
Compared to the jejunum, it is thicker, more vascularized, and has more advanced mucosal folds.
At the ileocecal sphincter, the ileum connects to the cecum, the first segment of the large intestine (or valve).
The coiled tube of the small intestine separates into three sections. These are the duodenum, jejunum, and ileum, arranged from proximal (in the stomach) to distal.
The 25.4 cm (10 in) long duodenum, beginning at the pyloric sphincter, is the shortest section.
The jejunum connects the duodenum to the ileum and is approximately 0.9 m (3 ft) long (in life). The jejunum and ileum, the last section of the small intestine, do not have a defined boundary.
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which of the following are characteristics of the green algae? multiple select question. most possess primary plastids many possess flagella they are strictly aquatic all are harmless
Most have primary plastids and many have flagella are the characteristics of green algae.
Green algae are creatures that are described by having chlorophylls a and b as the major photosynthetic shades, starch situated inside the chloroplast as the significant stockpiling item, and flagella of the whiplash (smooth) type (e.g., Bold and Wynne, 1985).
As of not long ago all green algae that were equipped for photosynthesis were as yet remembered for the Kingdom Plantae. Notwithstanding, this is not true anymore as, while brown and golden algae really do have the ability to catch the light and fix carbon dioxide, they don't have a large number of the underlying or compound properties that we find in green algae and higher plants.
Subsequently, choices A and B are the right response.
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as you saw in the video, actin and myosin are the primary contractile proteins involved in shortening the sarcomere. each protein has special characteristics that allow it to participate in the sliding filament mechanism of muscle contraction.
Actin is a monomeric thin filament containing myosin-binding sites that is controlled by troponin and tropomyosin. Myosin is a thick filament made up of molecules with flexible heads that hydrolyze ATP to ADP and Pi to create a crossbridge.
How does muscle contraction takes place?H Action potential is produced, stimulating the muscle
Ca2+ is first released, and then in steps two and three, it binds to troponin and moves the actin filaments, exposing binding sites.
Actin filaments are drawn toward the centre by myosin cross bridges, which attach and detach (requires ATP)
Muscle contraction , Ca2+ removal, which causes actin filaments to shift back to their initial positions and inhibit binding sites.
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You are studying a histone complex that contains an unusually high level of modification with acetyl groups. What can you conclude about the nucleosomes containing this histone complex?.
If we are studying a histone complex that contains an unusually high level of modification with acetyl groups, then we can conclude about the nucleosomes containing this histone complex contain actively transcribed genes, i.e., they are subject to epigenetic regulation (Option E).
What is epigenetic regulation?Epigenetic regulation is the control of gene expression due to chemical modifications in the DNA and associated histones (methylation in the case of DNA, while histone modifications are diverse and they also include histone acetylation).
Therefore, with this data, we can see that epigenetic regulation also involves histone acetylation which is able to increase the transcription of genes by opening the chromatin structure in the heavily acetylated chromosome regions.
Complete question:
You are studying a histone complex that contains an unusually high level of modification with acetyl groups. What can you conclude about the nucleosomes containing this histone complex?
A. DNA is tightly bound to these histones.
B. Histone acetylation leads to degradation of histone tails and alteration of nucleosome structure.
C. They are part of heterochromatin.
D. They are most likely derived from a condensed Barr body.
E. They contain actively transcribed genes.
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when sucrose is hydrolyzed, two reducing groups will be created as the glycosidic linkage is broken. hydrolyzed sucrose will give a positive benedict's test. hydrolysis can be achieved by adding choose... .
Benedict's test is positive when sucrose has been hydrolyzed. Addition of strong acids, enzymes, oxidising, reducing, aldehydes, or ketones can cause hydrolysis.
As the glycosidic bond is disrupted when sucrose is hydrolyzed, new molecules will be produced. sucrose hydrolyzed?Two reducing groups will be produced when sucrose is hydrolyzed because the glycosidic connection is disrupted. A positive Benedict's test result will come from hydrolyzed sucrose. Strong acids or enzymes can be added to cause hydrolysis.
How do the Benedict's test results show that sucrose is hydrolyzed?How do the Benedict's test results show that sucrose and starch were hydrolyzed Benedict's solution contains copper, which can take electrons from reducing sugar and change colour as a result. If Benedict's sugar test results in a positive result, the colour will range from orange to brick-red.
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x inactivation illustrates group of answer choices epistasis. epigenetics. epidermics. apogenetics. mendelian inheritance.
X-inactivation illustrates epigenetics.
Imprinted X-inactivation is a mammalian example of transgenerational epigenetic inheritance in which genes only on the paternally transmitted X chromosome are silenced.
Therian female mammals lose one of their X chromosome copies by a process known as X-inactivation, sometimes known as Lyonization. The packaging of the inactive X chromosome into the transcriptionally inactive heterochromatin structure silences it. X-inactivation prevents female animals, who almost always have two X chromosomes, from having twice as many X chromosome gene products as male mammals, who only have one copy of the X chromosome.
Epigenetics is the study of how environmental factors and behavior may alter how your genes function. While epigenetics alterations are reversible and do not alter your DNA sequence like genetic changes do, they can alter how your body interprets a DNA sequence.
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marco belongs to a specially trained team of eight employees that performs assignments with little or no oversight from managers. marco most likely belongs to a
Marco belongs to a specially trained team of eight employees that performs assignments with little or no oversight from managers. Marco most likely belongs to a self-directed work team.
In addition to being in charge of the majority of the work involved in creating a good or providing a service, a self-directed team often controls its own workload. The team members are jointly accountable for the team's output as well as administrative and operational duties. Self-directed teams have existed since Britain's post-World War II efforts to boost economic efficiency.
The use of self-directed teams has many benefits. An effective self-directed team will probably increase a company's productivity and efficiency. The team may achieve results that would not be seen under a command-and-control approach when the members have the appropriate set of managerial and technical skills for the task.
Hence, marco are trained and self-directed team of eight employees.
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Why is human life qualitatively different from the lives of all other creatures?.
Answer:
One potential explanation is that humans are the only creatures that are self-aware. This self-awareness enables humans to reflect on their lives and make choices about how to live. Additionally, humans have the capacity for language, which allows them to communicate their thoughts and experiences to others. This capacity for language also allows humans to learn from others and share knowledge. Finally, humans have the ability to create and use tools, which gives them the power to manipulate their environment and greatly affects the way they live.
What process is used to make enzymes?
Answer:
Enzymes are a protein in nature and are made when amino acid links together in the correct sequence.
