Answer: Carbon
It is often said that life is “carbon-based.” This means that carbon atoms, bonded to other carbon atoms or other elements, form the fundamental components of many, if not most, of the molecules found uniquely in living things. Other elements play important roles in biological molecules, but carbon certainly qualifies as the “foundation” element for molecules in living things. It is the bonding properties of carbon atoms that are responsible for its important role.
Carbon Bonding
Carbon contains four electrons in its outer shell. Therefore, it can form four covalent bonds with other atoms or molecules. The simplest organic carbon molecule is methane (CH4), in which four hydrogen atoms bind to a carbon atom.
Carbohydrates
Carbohydrates are macromolecules with which most consumers are somewhat familiar. To lose weight, some individuals adhere to “low-carb” diets. Athletes, in contrast, often “carb-load” before important competitions to ensure that they have sufficient energy to compete at a high level. Carbohydrates are, in fact, an essential part of our diet; grains, fruits, and vegetables are all natural sources of carbohydrates. Carbohydrates provide energy to the body, particularly through glucose, a simple sugar. Carbohydrates also have other important functions in humans, animals, and plants.
Carbohydrates can be represented by the formula (CH2O)n, where n is the number of carbon atoms in the molecule. In other words, the ratio of carbon to hydrogen to oxygen is 1:2:1 in carbohydrate molecules. Carbohydrates are classified into three subtypes: monosaccharides, disaccharides, and polysaccharides.
The chemical formula for glucose is C6H12O6. In most living species, glucose is an important source of energy. During cellular respiration, energy is released from glucose, and that energy is used to help make adenosine triphosphate (ATP). Plants synthesize glucose using carbon dioxide and water by the process of photosynthesis, and the glucose, in turn, is used for the energy requirements of the plant. The excess synthesized glucose is often stored as starch that is broken down by other organisms that feed on plants.
Chemical structures of glucose, galactose, and fructose.
Disaccharides (di- = “two”) form when two monosaccharides undergo a dehydration reaction (a reaction in which the removal of a water molecule occurs). During this process, the hydroxyl group (–OH) of one monosaccharide combines with a hydrogen atom of another monosaccharide, releasing a molecule of water (H2O) and forming a covalent bond between atoms in the two sugar molecules.
A long chain of monosaccharides linked by covalent bonds is known as a polysaccharide (poly- = “many”). The chain may be branched or unbranched, and it may contain different types of monosaccharides. Polysaccharides may be very large molecules. Starch, glycogen, cellulose, and chitin are examples of polysaccharides.
Starch is the stored form of sugars in plants and is made up of amylose and amylopectin (both polymers of glucose). Plants are able to synthesize glucose, and the excess glucose is stored as starch in different plant parts, including roots and seeds. The starch that is consumed by animals is broken down into smaller molecules, such as glucose. The cells can then absorb the glucose.
Glycogen is the storage form of glucose in humans and other vertebrates, and is made up of monomers of glucose. Glycogen is the animal equivalent of starch and is a highly branched molecule usually stored in liver and muscle cells. Whenever glucose levels decrease, glycogen is broken down to release glucose.
While the glucose-glucose bonds in cellulose cannot be broken down by human digestive enzymes, herbivores such as cows, buffalos, and horses are able to digest grass that is rich in cellulose and use it as a food source. In these animals, certain species of bacteria reside in the rumen (part of the digestive system of herbivores) and secrete the enzyme cellulase. The appendix also contains bacteria that break down cellulose, giving it an important role in the digestive systems of ruminants. Cellulases can break down cellulose into glucose monomers that can be used as an energy source by the animal.
Carbohydrates serve other functions in different animals. Arthropods, such as insects, spiders, and crabs, have an outer skeleton, called the exoskeleton, which protects their internal body parts. This exoskeleton is made of the biological macromolecule chitin, which is a nitrogenous carbohydrate. It is made of repeating units of a modified sugar containing nitrogen.
Thus, through differences in molecular structure, carbohydrates are able to serve the very different functions of energy storage (starch and glycogen) and structural support and protection (cellulose and chitin).
a phase i, first-in-human dose-escalation study of amuvatinib, a multi-targeted tyrosine kinase inhibitor, in patients with advanced solid tumors
Amuvatinib is a brand-new tyrosine kinase inhibitor that can be taken orally and has been shown to be effective against mutant KIT, platelet-derived growth factor receptor alpha (PDGFR), and Rad51 in vitro. Amuvatinib was studied in a first-in-human, single-agent, phase I, accelerated titration, dose-escalation experiment in patients with solid tumours that had shown resistant to prior treatments or for which there was no approved treatment (ClinicalTrials.gov identifier: NCT00894894).
What is the result of above study ?With amuvatinib DPC, administered as a single dosage or in divided doses, for 1-6 cycles, there were no observed toxicities at doses up to 1,500 mg/day. No upper limit of tolerability was reached. Serious side effects that were not connected to the medication occurred in five participants. Low and erratic exposure levels were present. One GIST patient who had previously failed imatinib and sunitinib treatment showed a response on 2-[18F]fluoro-2-deoxyglucose positron emission tomography and had clinically stable illness. In a skin punch biopsy performed on days 15 and 29, the Rad51 expression was lower in a second GIST patient.
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Do germinating seeds just starting to germinate consume oxygen/produce carbon dioxide at a greater rate than seeds?
Yes, the germinating seeds just starting to germinate consume oxygen/produce carbon dioxide at a greater rate than seeds.
Germination is the phenomenon where a seed breaks its dormancy and begins to grow. All the enzymes present inside the seed become active and the outer seed coat starts to rupture. Since the germinating seed needs to grow and develop into a fully grown plant, it need more oxygen and produces more carbon dioxide.
Seeds are the embryonic stage of a plant's life. It consists of stored food reserve, various enzymes that are covered on the outer side by the protective covering called the seed coat.
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Scientific evidence indicates that the CO₂ added to the air by the burning of wood and fossil fuels is contributing to global warming, a rise in global temperature. Tropical rain forests are estimated to be responsible for approximately 20% of global photosynthesis, yet the consumption of large amounts of CO₂ by living trees is thought to make little or no net contribution to reduction of global warming. Why might this be? (Hint: What processes in both living and dead trees produce CO₁ ?)
The consumption of large amounts of CO₂ by living trees is thought to make little or no net contribution to the reduction of global warming due to the process of cellular respiration.
In plants, carbon dioxide is taken in from the atmosphere for the process of photosynthesis to occur. This intake of carbon dioxide is however not enough to reduce the effects of global warming because plants also release carbon dioxide during the process of cellular respiration.
Cellular respiration is the process in which the cells make carbon dioxide and water from glucose and oxygen. ATP is produced as a result of cellular respiration which is the driving force for all activities in a cell. Hence, although trees are consuming carbon dioxide during photosynthesis, they are also releasing carbon dioxide during cellular respiration.
When trees die, the decomposition process also releases carbon dioxide into the atmosphere. Hence, the consumption of carbon dioxide is thought to make little or no contribution to global warming.
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How does the average number of drops required to break open a whelk depend on platform height for a drop of 5 meters or less? For drops of more than 5 meters?
With increased drop height, fewer drops are necessary.
Which of the following best illustrates how an inhibitory signal affects the potential of a neuronal membrane?The membrane becomes hyperpolarized by inhibitory impulses, further degrading the membrane potential.
The distribution of biomes is influenced by latitude and altitude, which have an impact on precipitation and temperature.
Competition is considered to exist when several species compete for the same scarce resource. Members of the same species might engage in a competitive manner.
Terrestrial biomes are defined chiefly by the type of plant that predominates in them, which is mostly influenced by temperature and precipitation.
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How does a morphogen gradient differ from cytoplasmic determinants and inductive interactions with regard to the set of cells it affects (see Concept 18.4) ?
Morphogen gradients work by varying the amount of a determinant to designate cell fates among a field of cells. Thus, morphogen gradients have a wider range of effects than cytoplasmic factors or inductive connections between cell pairs.
Morphogens are chemicals that create a dose-dependent, graded distribution and cause different biological reactions.
They serve to convey positional information to individual cells within a field, which is then processed to produce spatial patterns. Intracellular components that create a concentration gradient by cytoplasmic diffusion can make up morphogens.
A field of cells is covered by an extracellular gradient created by secreted proteins, which is what morphogens are most frequently made of.
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Which substance is an inorganic molecule made during photosynthesis?
O
A. C6H1206
B. 02 A
OC. NADPH
OD. CO₂
Answer:
it is carbon from carbon dioxide
Explanation:
it can be incorporated into organic molecule
Utilizing light, plants use photosynthesis to convert the inorganic chemicals carbon dioxide and water into glucose, hence option D is correct.
How, an inorganic molecule made during photosynthesis?Energy is needed to power the chemical reaction in photosynthesis. A reaction that is endothermic is photosynthesis. This indicates that without energy, it cannot happen (from the Sun).
Photosynthesis is a process used by all green plants and a few other autotrophic organisms to create nutrition from carbon dioxide, water, and sunlight. Oxygen is a byproduct of the photosynthesis process.
Plants and other creatures employ a process called photosynthesis to transfer light energy, typically from the Sun, into chemical energy that can then be released to power the organism's activities (energy transformation).
Therefore, option D is correct.
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Moderate-intensity aerobic activity that noticeably increases heart rate and lasts more than 10 minutes would be equivalent to?
3.0 to 6.0 METs is the equivalent of 10 minutes of moderate-intensity aerobic activity that causes a discernible increase in heart rate.
Your heart rate and degree of perspiration increase when you perform moderately intense aerobic exercise. If you are engaging in a moderate-intensity aerobic activity, you will be able to converse but not sing along to your favorite music.
Exercises that register between 3 and 6 METs are categorized as moderate-intensity aerobic activities because they get your heart rate up enough to burn between three and six times as much energy per minute as you would if you were to remain still.
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Complete each statement by choosing the correct answer from the drop-down menu. is a result of the kidneys not being able to properly regulate or remove acids in the blood. when the lungs are not able to function at their normal speed, can occur.
Acidosis is the inability of the kidneys not being able to regulate or remove acids in the blood. When the lungs are not able to function at their normal speed, respiratory acidosis can occur.
Acidosis is caused by an overproduction of acid that builds up in the blood or an excessive loss of bicarbonate from the blood (metabolic acidosis) or a buildup of carbon dioxide in the blood that results from poor lung function or depressed breathing (respiratory acidosis).
Acidity and alkalinity are expressed on the pH scale, which ranges from 0 (strongly acidic) to 14 (strongly basic or alkaline). A pH of 7.0, in the middle of this scale, is neutral. Blood acidity increases when people ingest substances that contain or produce acid or when the lungs do not expel enough carbon dioxide.
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Your client has a diagnosis of hypervolemia. what would be an important intervention that you would initiate?
According to the research, the correct option is giving diuretics, and a low-salt diet. If a client has hypervolemia would be an important intervention giving diuretics and a low-salt diet.
What is hypervolemia?It is the abnormal concentration of fluids and solutes in all compartments of the body and is a factor that enhances cardiovascular mortality.
In this sense, it is considered as the excess volume of liquids; due to the abnormal retention of water and sodium in the same proportions in which they usually exist in the extracellular medium.
Therefore, we can conclude that according to the research, the correct option is giving diuretics, and a low-salt diet. If a client has hypervolemia would be an important intervention giving diuretics and a low-salt diet.
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Which of the following is common to the development of both birds and mammals? a. holoblastic cleavage b. epiblast and hypoblast c. trophoblast d. gray crescent
Epiblast and Hypoblast are common in the development of both birds and mammals.
Hypoblast is the second layer of the embryonic disc that creates the yolk sac, Epiblast is one of the two layers that creates the three basic germ layers (ectoderm, definitive endoderm, and mesoderm), amnionic ectoderm, and extraembryonic mesoderm.
The embryonic disc is made up of two parts: epiblast and hypoblast.
The epiblast and hypoblast are formed by layering the core cell mass. As a result, the inner cell mass gives rise to the epiblast and hypoblast.
Additionally, epiblast cells are topped by hypoblast cells.
Both layers are formed before implantation and gastrulation.
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genes that play a role in development may influence four major cellular processes. these include cell , cell , cell , and cell
The four major cellular processes that are influenced by genes that play a role in development are – cell division, cell migration, cell differentiation and cell death.
Cell division is a cellular process where the parent or mother cell gets divided into two or more daughter cells. Two distinct cell division processes are meiosis and mitosis.
Cell migration is a multifaceted and an evolutionary conserved cellular process responsible for the development and maintenance of organisms. It allows individual cells and cell groups to change positions, move and build and maintain tissues and organs for homeostasis, embryonic development and regeneration.
Cell differentiation is a cellular process caused by changes in the gene expression due to which the dividing cells alters its phenotypical or functional type.
Cell death is an essential cellular process where all the unwanted cells are removed by a programmed process known as apoptosis.
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Which term best describes the role of the brachioradialis during concentric elbow flexion?
The role of the brachioradialis during concentric elbow flexion is provides pure flexion of the forearm at the elbow.
What is the action role of brachialis during elbow flexion?Brachioradialis is a muscle that is located in the lateral part of the forearm. It consists of radial group of forearm muscles which belong to the superficial layer of muscles of forearm. The brachialis is one of the largest elbow flexors that provides flexion to the forearm at the elbow. It does not provide any rolls inward of the forearm.
So we can conclude that the role of the brachioradialis during concentric elbow flexion is provides pure flexion of the forearm at the elbow.
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PLSSS HELP IF YOU TURLY KNOW THISS
Answer:
A: Cytoplasm
Explanation:
What is the total number of pots used in this experiment, and how many plants received each soil treatment? Explain why multiple pots and plants were used for each treatment.
Replicas are repetitions of the basic experiment to get better and more reliable results. 1) 20 pods. 2) 32 plants. 3) By using replicas the researcher gets more representative results, and the experiment is more reliable.
What is a replica in an experiment?When talking about replicas in an experiment, we refer to the repetition of the most simple basic element.
Having several replicas in an experiment let the researcher to get more precise results and obtain a better estimation of the experimental error.
The greater the numer of replicas the researcher includes in the experiment, the better and more precise will be the results.
In the exposed example,
Number of treatments: 5Number of pods per treatment: 4 (which means that 4 pods received the same type of soil).Number of plants per pod: 5 (which means that 20 plants grew in the same type of soil).1) What is the total number of pots used in this experiment?
Twenty pods in total. Four pods per soil treatment (4 x 5 = 20)
2) How many plants received each soil treatment?
Thirty two plants per treatment. Eight plant per pod (8 x 4 = 32)
3) Why multiple pots and plants were used for each treatment?
Because it provides more reliability to the experiment. These are replicas. They let the researcher know if the result at any of the pods was due to other factors or random chances. Using several pods per treatment increases the chances of getting real results. In this way, results are more representative of what really occurs in nature.
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Complete question,
The rhizosphere, the soil layer surrounding plant roots, is a complex community in which archaea, bacteria, fungi, and plants interact with one another.
After plants are attacked by fungal or bacterial pathogens, soil from the rhizosphere may protect plants from future attacks. Such protective soil is called disease-suppressive.
Researchers investigated whether microorganisms were responsible for the protective effects of disease-suppressive soils.
Disease-suppressive soil was obtained from an agricultural field in the Netherlands in which sugar beet crops had previously been attacked by a fungal pathogen, Rhizoctonia solani. Other soil was collected from the margin of the field.The researchers predicted that soil from the margin would not offer protection against pathogens.
The researchers then planted and raised sugar beets in greenhouses, using 5 different soil treatments,
each soil treatment was applied to 4 pots, and each pot contained 8 plants.The pots were inoculated with Rhizoctonia solani and placed in greenhouses kept at 20degree C with a 16-hour light: 8-hour dark cycle.
After 20 days, researchers determined the percentage of infected sugar beet seedlings for each soil treatment.
How would the results have differed if proteins carried the genetic information?
How is the flow of hemolymph through an open circulatory system similar to the flow of water through an outdoor fountain?
Fluid is pushed via a tube and then returned to the pump after accumulating in a pool in both an open circulatory system and a fountain.
What are the circulatory systems' main functions?Wastes are moved by the circulatory system, which also gives cells oxygen and nutrition. Blood is alternately oxygenated and hypoxic by the heart. The three different types of blood vessels are arteries, capillaries, and veins.
Lungs, which function as an internal gas exchange system, help to keep the gas exchange surface wet and reduce water loss. This makes a larger variety of terrestrial environments suitable for animal life. The very branching structure of the bronchial tree results in a large number of tiny alveoli.
It is advantageous because it prevents the moist respiratory epithelial surface from evaporating in the atmosphere.
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Why are polar molecules important in life
Answer: The significance of molecular polarity to the biological sciences come from two main areas: First, polar molecules tend to become oriented with respect to other molecules. Because of this, polar molecules are important in helping to establish the three-dimensional structure or orientation of other larger molecules.
Explanation:
Answer:
Polar molecules are important in life because they have a positive charge on one end and a negative charge on the other. This means that they attract each other, which is why water has such a strong bond between them. Without polar molecules, there would be no way for water to stick together in order to form ice or snowflakes. Polar molecules also help create the structure of DNA and RNA, which are essential parts of all living things.
Explanation:
which domain contains common types of bacteria that may be found in the soil, in water, and inside the human body?
The domain bacteria contains common types of bacteria that may be found in the soil, in water, and inside the human body.
In the field of science, bacteria can be described as small microorganisms that are found everywhere. Bacteria are prokaryotic organisms and are unicellular. They lack a well-defined nucleus and other membrane-bound organelles. The genetic material of bacteria is found suspended in the nucleoid region of the cytoplasm.
Bacteria are found in every place in the earth, they are present in the soil where they help in the uptake of minerals by the plants, and they are present in water as well. A variety of different bacteria inhabit the body of humans and are referred to as the microbiota.
There are certain bacteria that are helpful in many ways, whereas there are others that cause serious diseases.
Although a part of your question is missing, you might be referring to this question:
Which domain contains common types of bacteria that may be found in the soil, in water, and inside the human body?
Archaea
Bacteria
Eukarya
Protista
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Considering the role of enzymes in metabolic reactions (see Concept 8.4), explain why vitamins are required in very small amounts in the diet.
Numerous vitamins are precursors to co-enzymes. Co-enzymes and enzymes are used in chemical reactions but are not consumed. Consequently, a huge number of these molecules are not required for the body to function properly.
Are vitamins coenzyme precursors?The B vitamins are the primary vitamins that act as coenzyme precursors. These compounds can exist in both free and bound forms, both of which must first be released in the digestive system by the proper secretory enzymes in order to be used. Vitamins may need particular transport proteins for each vitamin in order to be transported from the digestive tract into the bloodstream, to various cells, and eventually into the cells. The majority of the B vitamin family are transformed into coenzyme forms within the cells, which are necessary for the action of particular enzymes.Learn more about the Coenzyme with the help of the given link:
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An example of secondary succession is:_____.
a. crabgrass colonizing an abandoned wheat field.
b. grasses colonizing sand dunes.
c. lichens colonizing a rock.
d. weeds colonizing a volcanic lava flow.
An example of secondary succession is (a) crabgrass colonizing an abandoned wheat field.
Secondary succession is the phenomenon where the establishment of life takes place again because the climax community of the early succession was removed. However, the essential conditions for life are still present in the area where succession takes place. The time taken to establish secondary succession is less than the primary succession.
Crabgrass are the grasses, scientifically known as Digitaria. Their native habitat is the warm and tropical temperate regions. It is an annual plant that lives only for one year and then dies. The crabgrass can be of two types: smooth crabgrass and hairy crabgrass.
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The cell membrane is _______ (or selectively permiable), meaning it controls the passage of molecules in and out of the cell.
Answer: The answer is semipermeable
The cell membrane is also a phospholipid bilayer
Explanation:
Sketch a B cell antigen receptor. Label the V and C regions of the light and heavy chains. Label the antigen-binding sites, disulfide bridges, and transmembrane region. Where are these features located relative to the V and C regions?
The C regions, which help create the disulfide bridges, contain the transmembrane regions. In contrast, the V regions contain the antigen-binding sites.
Describe transmembrane:The transport of ions and molecules across impermeable membranes, protein targeting, and intracellular transport are just a few of the critical cell processes that transmembrane (TM) proteins play a role in. Many transmembrane proteins act as gateways to allow the transport of particular substances across the membrane.
Where are the transmembrane proteins?Plasma membrane
The entire plasma membrane is covered with transmembrane proteins. Biological membranes of various shapes and sizes contain transmembrane proteins. Integral monotopic proteins have a single, long-lasting membrane attachment.
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It turned out that the probability of a whelk breaking was the same for a whelk dropped for the first time as for an unbroken whelk dropped several times previously. If the probability of breaking instead increased, what change might you predict in the crow's behavior?
Crows prefer larger, more calorie-dense whelks, and while deciding on the height of the drop, they limit their ascending flight. They have the benefit of not having to use as much energy constantly attempting to crack open larger whelks on the rock.
Which of the following is a primary reason for the migration of birds?An individual's conduct is entirely under the influence of the DNA they acquired. Which of the following is the primary reason for the migration of birds environmental cues like temperature variations.
The loss of habitats is one of the main consequences of climate change. Due to rising temperatures, floods, or desertification, the habitats that migrating birds rely on might alter or perhaps vanish.
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A woman's father had color blindness. her mother is normal.she marries a normal man. what is the chance of them having a girl with color blindness o ra boy with color blindness?
If a woman's normal (heterozygous) carrier for color blindness marries a normal man (homozyigous dominant), then the chance of them having a girl or boy with the condition is zero (0%).
What is a heterozygous normal carrier?A heterozygous carrier is an individual who is normal for a recessive condition but carries in his/her genes one variant (allele) of the trait disease.
In conclusion, If a woman's normal (heterozygous) carrier for color blindness marries a normal man (homozyigous dominant), then the chance of them having a girl or boy with the condition is zero (0%).
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A student is learning about infections that can occur in the human body. Infections could be caused by viruses, bacteria, and fungus. The student learns about two infections, influenza and ringworm, and creates a table that describes the infections.
Which of the following statements correctly describes Influenza, an infection caused by a virus?
a
Influenza is caused by a fungus, because it is a DNA genome.
b
Influenza is caused by a virus because it is a non-living infectious agent.
c
Influenza is caused by a bacterium because it is a non-living infectious and spreads by spores.
d
Influenza is caused by a virus because it is a living infectious agent that invades a host cell.
Which situations would be most likely to negatively influence teenagers by increasing the risk of underage use of alcohol?
The situations that would be most likely to negatively influence teenagers by increasing the risk of underage use of alcohol are options(a),(b),(d), and (e). seeing advertisements that portray drinking as typically occurring in social settings, being provided alcohol at events by friends, having a history of alcohol misuse, alcoholism, or another addiction in one's family, and an alcoholic parent or parents
Since the developing brain continues to expand until the mid-20s, drinking alcohol as a teenager can dramatically increase the risk of injury to the developing brain. Additionally, it might lead to problems with alcohol in the future. When you drink a lot of alcohol quickly with the intention of becoming inebriated, this is called binge drinking.
Chronic illnesses and other grave issues, such as high blood pressure, heart disease, stroke, liver disease, and digestive issues, can develop over time as a result of heavy alcohol consumption. Cancer of the rectum, liver, colon, mouth, throat, esophagus, and breast. An immune system that is compromised by excessive drinking makes the body a much easier target for disease. Chronic drinkers are more likely than non-drinkers to get illnesses like pneumonia and TB.
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The complete question is:
Which situations would be most likely to negatively influence teenagers by increasing the risk of underage use of alcohol?
seeing advertisements that portray drinking as typically occurring in social settingsbeing provided alcohol at events by palsa partner who contracted an STD while intoxicatedhaving a history of alcohol misuse, alcoholism, or another addiction in one's familyan intoxicated parent or parentswhat is sugma and ligma
The sugma and ligma are the rare diseases cause by the bofa family viruses.
Sugma and Ligma are both diseases and are related to each other where LIGMA is also known as loose internal gene miaasintits and this is the second stage od BOFA which is biologically offset farkowonian asintits and this diseases interferes with the immune system and it increases the risk of having tuberculosis and if in LIGMA a person enter the BOFA stage it is considered as last treatable stage and due to highly weakened immune system the people are most likely to die at this stage but still there is one treatment suggested n this case called as LIGMA balls where as SUGMA is the rarest antibiotic strain resistant of LIGMA virus and this sugma is non lethal but is contagious and can spread very fast and its great prevention is by awareness of BOFA family viruses s sugma strain can be transferred via both verbal and virtual communication and as it is a rare disease so the cure are not there as the most difficult part is the virus detection in these disease as by the time the virus is detected it has already used and lysed the host machinery cells and eventually these disease leads to death of the host.To know more about sugma and ligma click at https://brainly.com/question/1228921
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_____ is an aliphatic amino acid, but it differs from others because its side chain is bonded to both the _____ and the _____ of the backbone.
Proline is an aliphatic amino acid, but it differs from others because its side chain is bonded to both the nitrogen and the α-carbon of the backbone.
Proline is a secondary amine. Due to its unique structure proline is also known to break the α-helix. Proline is actually an imino acid. The applications of proline can be varying like: in protein synthesis, in wound healing, in immune responses, etc.
An α-carbon is the first carbon to which the functional group is attached, In amino acids, there is a single carbon on which is attached the carboxyl group, the amine group, the hydrogen atom as well as the variable R group.
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with respect to the organization of the nervous system, voluntary is to as involuntary is to .
Concerning the organization of the nervous system, voluntary is to as involuntary is to... refers to the autonomic nervous system.
What is the autonomic nervous system?The autonomic nervous system is part of the peripheral nervous system, this system is the one that will control the involuntary functions of the organs (heart rate, breathing, dilation of the pupils). It is divided into two parts: the sympathetic nervous system, which is in charge of fight and flight functions such as increased heart rate, dilation of the pulmonary bronchi, increased blood pressure, among others; and the parasympathetic nervous system that has functions contrary to those of the sympathetic, such as the decrease in heart rate, contraction of the pupil, stimulation of intestinal peristalsis.
An interplay of the two parts causes there to be a homeostasis in these involuntary reactions in the body.
Therefore, we can confirm that concerning the organization of the nervous system, voluntary is to as involuntary is to... refers to the autonomic nervous system.
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Which of the following is needed for cellular respiration to occur?
oxygen
O nitrogen
O carbon dioxide
O water