Went's experiment differed from all previous plant tropism experiments by determining the chemical properties and structure of a hormone that influences plant growth.
What is hormone explain?Hormones are your body's chemical messengers. They travel in your bloodstream to tissues or organs. They work slowly, over time, and affect many different processes, including: Growth and development. Metabolism - how your body gets energy from the foods you eat.
What do hormones do to a girl?In girls, FSH and LH target the ovaries, which contain eggs that have been there since birth. The hormones stimulate the ovaries to begin producing another hormone called estrogen. Estrogen, along with FSH and LH, causes a girl's body to mature and prepares her for pregnancy.
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which structure of the eye is the most sensitive but contains no blood vessels?
Cornea is the obvious round a part of the the front of the eyeball. It refracts the mild coming into the attention onto the lens, which then focuses it onto the retina.
The cornea includes no blood vessels and is extraordinarily touchy to pain. The human cornea might be endowed with the best density of nerve fibres of any tissue withinside the body. For this cause it's miles assumed to be the maximum touchy structure (1) a function which is, of course, crucial to elicit the palpebral reflex which shuts the eyelids and consequently protects the attention. Choroid. The thin, blood-wealthy membrane that lies among the retina and the sclera and is accountable for imparting blood to the retina. Epithelial layers include no blood vessels (avascular), so that they ought to acquire nourishment thru diffusion of materials from the underlying connective tissue, via the basement membrane. Cell junctions are specifically plentiful in epithelial tissues.
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two dogs both heterozygous for the gene that controls hair color are crossed what are the parents genotypes
Answer: I would say about 25% would be white and 75% would be black
Explanation:
How many odor sensitive olfactory receptor cells do humans have?
The olfactory epithelium Bowman's glands produce a layer of mucus that is approximately 60 microns thick and covers about 2.5 cm² of the human olfactory area,
Human olfactory area, which is home to approximately 50 million receptor cells with 8–20 cilia.
Which four main glands are there?The endocrine system's glands make hormones, which are chemical messengers that travel through the blood to other parts of the body. The pituitary, thyroid, parathyroid, thymus, and adrenal glands are all important endocrine glands.
Is an organ a gland?an organ that is responsible for the production of one or more substances, such as milk, hormones, digestive juices, sweat, tears, or saliva. The substances are released directly into the bloodstream by endocrine glands.
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Which component of the lymphatic systems consists of unencapsulated aggregates of lymphocytes within organs of the body? a) Lymph b) Lymphatic tissues c) Lymphatic organs d) Lymphatic vessels
The component of the lymphatic systems consists of unencapsulated aggregates of lymphocytes within organs of the body is termed as Lymphatic tissues.
Lymphoid tissue has many structural organizations that are connected to its specific function in the immune response. The thymus and lymph nodes, which are well-defined enclosed organs with readily recognized structures, contain the most well organized lymphoid tissues.
The lymphoid tissue in the spleen (a soft, purple organ located high in the belly) is a cylinder of loosely arranged cells surrounded by tiny arteries. This tissue is intermingled with blood-forming cells in the bone marrow, and there is no discernible order.
The most widespread lymphoid tissue is located beneath most moist epithelial membranes, such as those that border the digestive tract and the respiratory system, in the loose connective-tissue gaps. Many lymphatic system cells wander and become trapped in these gaps. exposed to invading microorganisms and foreign material.
In reaction to such invasions, they can create isolated cell production centers. These are known as nodules and should not be confused with nodes, which have a completely different structure.
Some nodules, such as the tonsils, appendix, and Peyer's patches in the small intestinal lining, become rather permanent structures. The majority of nodules emerge and vanish in response to local demands.
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why does gram negative bacteria not hold on to the purple color during gram staining procedure?
All bacteria initially absorb the crystal violet dye, however gram-negative bacteria's lipid coating is dissolved when a solvent is used. Gram negatives lose the main stain when the lipid layer dissolves.
In contrast, the weaker peptidoglycan layer of Gram negative cells and the damaged outer membrane of Gram negative bacteria prevent the retention of the crystal violet-iodine combination, resulting in the loss of color.
This is due to a very thin peptidoglycan layer sandwiched between a bacterial outer membrane that includes lipopolysaccharides and an inner cell membrane. Due to the high lipid content of the lipopolysaccharides, they breakdown in the alcohol and are removed, which removes the stain.
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What is the difference between intraspecific and interspecific struggle?
Intraspecific rivalry occurs between members of the same species, whereas interspecific competition occurs between members of different species.
The major distinction between interspecific and intraspecific competition is that interspecific competition occurs when members of different species compete for shared resources, whereas intraspecific competition occurs when members of the same species compete for limited resources.
The two types of ecological interactions between living organisms for the fulfillment of basic life requirements are interspecific and intraspecific competition. Finding mating partners, dominance competition, and territorial competition are examples of interspecific competition, whereas intraspecific competition includes competition for food, nutrients, space, or territory.
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Which metabolic pathway is common to bothaerobic and anaerobic processes of sugarbreakdown?A)conversion of pyruvic acid to lactic acidB)glycolysi
Both aerobic and anaerobic modes of sugar breakdown share the glycolysis metabolic pathway.
Which metabolic pathway does the breakdown of sugar occur in aerobic and anaerobic conditions?Aerobic and anaerobic conditions both result in glycolysis. Pyruvate enters the citric acid cycle under aerobic conditions and proceeds through oxidative phosphorylation, producing 32 ATP molecules overall.
What feature unites sugar oxidation under aerobic and anaerobic conditions?Glycolysis is a process that occurs during both aerobic and anaerobic respiration since glucose is the only source of energy and it does not require oxygen to function. Therefore, the presence or absence of oxygen has no bearing on this activity, which occurs during both aerobic and anaerobic respiration.
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which role does the enzyme helicase play in dna replication?
A. cuts new dna strands away from old B. brings in new nitrogenous bases C. chevron left.
Helicase is a crucial enzyme that plays a crucial role in DNA replication. It is involved in the unwinding of the DNA double helix, which is a necessary step in DNA replication.
DNA replication is the process by which cells make identical copies of their DNA. The process involves the unwinding of the double helix, the separation of the strands, and the synthesis of new complementary strands by DNA polymerase enzymes.
Helicase is responsible for the unwinding of the DNA double helix by breaking the hydrogen bonds that hold the two strands together. The process of DNA replication requires the separation of the two complementary strands of DNA, which are held together by hydrogen bonds between the nitrogenous bases.
Helicase uses energy from ATP hydrolysis to break these hydrogen bonds and separate the two strands. Once the strands are separated, DNA polymerase enzymes can add new nucleotides to the complementary strands, thereby replicating the DNA.
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which functional groups have been altered in a ddntp compared to a dntp?
The ddNTPs have a 2 H and a 3 H, while dNTPs have a 2 H and a 3 OH.
What do you mean by ddNTP?
ddNTP (dideoxynucleotide triphosphates) are modified nucleotides used in Sanger sequencing to terminate DNA synthesis. They lack a 3′-OH group, preventing further DNA chain elongation. When added to a PCR reaction, the ddNTPs are incorporated into the growing DNA strand and halt the chain extension, creating a band of DNA fragments of various lengths. These fragments can then be separated based on size and used to determine the sequence of the original template DNA.
A ddNTP is a modified nucleotide that contains a deoxyribose sugar with two hydrogen atoms (2H) and a 3' hydroxyl group (3H). This modified nucleotide is used in DNA sequencing, which uses a process called "dideoxy sequencing" to determine the order of the four base pairs in a strand of DNA.
A dNTP, on the other hand, is a regular nucleotide that contains a deoxyribose sugar with two hydrogen atoms (2H) and a 3' oxygen atom (3O). This type of nucleotide is used in the process of DNA replication, where the four base pairs are copied from the original strand of DNA.
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What is the relationship between the amount of sugar available to an organism and the carbon dioxide that is produced?
The oxygen enters the cells, which fuels energy production during cellular respiration. The released carbon dioxide enters the bloodstream and is transported to the lungs.
What is the breathing cycle?Continuous intake and exhalation should occur because the lungs always have an excess amount of air during the breathing cycle. The carbon dioxide and oxygen cycle binds plants and animals together.
Animals and other living creatures require oxygen, which plants create. Carbon dioxide, a gas that plants use to manufacture their food, is produced by animals and other living organisms.
Therefore, The oxygen enters the cells, which fuels energy production during cellular respiration. The released carbon dioxide enters the bloodstream and is transported to the lungs.
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significant chemical digestion of protein begins in the:a. Stomachb. Small intestinec. Mouthd. Pancreas
Significant chemical digestion of protein begins in the:
Stomach.
The process through which the body breaks down food into smaller molecules that may be absorbed and used for energy, development, and repair is known as digestion. It consists of mechanical and chemical processes that take place in the mouth, stomach, and small intestine, as well as the actions of numerous enzymes and digestive fluids. Digestion produces nutrients such as glucose, amino acids, and fatty acids, which are subsequently delivered to the cells of the body for usage.
Gastric glands in the stomach release gastric juice, which is a combination of hydrochloric acid, enzymes, and mucus. The acidic environment in the stomach activates the enzyme pepsinogen, which is secreted by the main cells in the stomach lining. Pepsin is a protease enzyme that disintegrates proteins into smaller peptides.
The significant chemical digestion of protein begins in the stomach, because the acidic environment and the enzyme pepsin work together to break down proteins into smaller peptides, which may then be digested and absorbed in the small intestine.
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what parts of the nucleotides make up the rungs of the ladder
The rungs of the ladder in a DNA double helix are formed by hydrogen bonds between the nitrogenous bases on complementary strands of DNA.
What is DNA?DNA, short for deoxyribonucleic acid, is a complex molecule that contains the genetic instructions used in the development and functioning of all known living organisms. DNA is made up of two strands that form a twisted ladder-like structure known as a double helix. The sides of the ladder are made up of sugar and phosphate molecules, while the rungs are made up of nitrogen-containing base pairs. These base pairs are what encode the genetic information and make each living organism unique.
The nitrogenous bases, which make up the rungs of the ladder, are adenine (A) and thymine (T) on one strand and guanine (G) and cytosine (C) on the other strand. These nitrogenous bases pair up in a specific way: A always pairs with T and G always pairs with C. The sequence of these nitrogenous bases determines the genetic information contained in the DNA molecule.
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What is difference between endotoxin and exotoxin
Answer:
here u go with simples differences..!! brainliest pls!
Explanation:
ENDOTOXINS -
The endotoxins release the toxins only when the bacteria is killed.Endotoxins are produced by Shigella, E.coli, Salmonella, Pseudomonas, etc.It is moderate toxicity.Cannot be converted into toxoids. Diseases caused by these toxins include: Urinary tract infections, Coronary artery disease, Meningococcal meningitis. Examples of endotoxin-producing bacteria are: Salmonella typhi (Typhoid), Vibrio cholerae (Cholera), Streptococcus pneumoniae (sepsis ).EXOTOXINS -
The exotoxins release toxins immediately into the environment. Exotoxins are produced by Clostridium botulinum, Clostridium tetani, Corynebacterium diphtheriae, etc. It is highly toxic. Can be made into a Toxoid. Diseases caused by these toxins include: Scarlet fever, Botulism, Scalded skin syndrome. Examples of exotoxin producing bacteria are: Clostridium botulinum (Botox), Clostridium tetani (Tetanus), Corynebacterium diphtheriae (Diphtheria)Considering the intensity of Insolation for New York and Lincoln, explain the differences in the temperature curves for the two cities.
Overall, the differences in the temperature curves for New York and Lincoln can be attributed to a combination of factors, including the intensity of insolation ,latitude, proximity to water, and prevailing winds. While insolation is an important factor, it is not the only one that determines temperature, and other factors can play a significant role in shaping temperature patterns for a particular location.
What is Temperature?
Temperature is a measure of the average kinetic energy of the particles in a substance or system. In other words, it is a measure of how hot or cold a substance or system is. The SI unit for temperature is the Kelvin (K), although temperature can also be measured in other units such as degrees Celsius (°C) and degrees Fahrenheit (°F).
The intensity of insolation, or the amount of incoming solar radiation, is one of the key factors that affects the temperature of a location. However, there are other factors that can also influence temperature, such as latitude, altitude, proximity to water, and prevailing winds.
New York and Lincoln are located at different latitudes, with New York being further north than Lincoln. This means that New York receives less intense insolation than Lincoln, particularly during the winter months when the sun is lower in the sky. As a result, the temperature in New York tends to be colder than in Lincoln during the winter months.
In addition, New York is located on the coast, which moderates its temperature somewhat by keeping it cooler in the summer and warmer in the winter than locations further inland. Lincoln, on the other hand, is located inland and is not influenced by coastal effects. This means that Lincoln tends to have larger temperature swings than New York, with hotter summers and colder winters.
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True/False?the volume of a monatomic ideal gas triples in an isothermal expansion.
The volume of a monatomic ideal gas triple in an isothermal expansion. This statement is false.
If n moles of an ideal monatomic gas undergo an isothermal expansion at temperature T during which the volume of that ideal gas becomes four times. The work done on the monatomic gas is nRTln4. The change in internal energy of the gas is zero. An isothermal process is a thermodynamics process in which the temperature of the system remains constant. T=0. Since the air doesn't work on expanding, it loses heat, consequently, heat must be added to the air to maintain it at constant temperature. When an ideal gas is subjected to isothermal expansion (∆T = 0) in vacuum the work done w = 0 as p×ex=0. As determined by Joule experimentally q =0, thus ∆U = 0. For isothermal reversible and irreversible changes. It can be expressed as, Isothermal reversible change: q = -w = p×ex(Vf-Vi).
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Digestion of carbohydrates is performed by several enzymes. (T/F)
True, A number of enzymes are responsible for the digestion of carbohydrates. Amylase and maltase convert starch and glycogen into glucose. The enzymes sucrase and lactase, respectively, break down lactose (milk sugar) and sucrose (table sugar).
Enzymes are much more specialised catalysts than the majority of other catalysts. Other chemicals, such as activators and inhibitors, can impact the activity of enzymes. Activators lower enzyme activity whereas inhibitors increase it. Enzyme inhibitors are present in many drugs and toxins. In addition, many enzymes get (permanently) denatured when exposed to high temperatures, losing their structure and catalytic characteristics. An enzyme's activity reduces significantly when its ideal temperature and pH range are surpassed. Some enzymes are used in the production of goods like antibiotics. Two examples are biological washing powders, which remove protein, starch, or fat stains from clothing, and meat tenderizers, which break down proteins into smaller molecules to make meat easier to chew.
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which epidermal stratum is the thickest layer in thin skin?
The stratum spinosum is the thickest layer in thin skin.
What is stratum spinosum?The epidermis, or the skin's outermost layer, contains a layer called stratum spinosum. Between the stratum basale and stratum granulosum layers, it is situated. Desmosomes, protein-based structures that hold the cells together, join the cells in this layer. The name "spinosum" comes from the flattened and spiny projections on these cells. By acting as a barrier against external elements including UV radiation, chemicals, and viruses, the stratum spinosum layer plays a crucial part in the skin's protective function. A fibrous protein called keratin, which gives the skin its strength and flexibility, is also produced by this layer. Psoriasis, eczema, and skin cancer are just a few of the skin disorders that can be brought on by abnormalities in the stratum spinosum.
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The mineral called hydroxyapatite makes up the mineral portion of the extracellular matrix of bones. What is the rest of the matrix?
Human bones are composed of 60–70% minerals, including calcium phosphate in the form of hydroxyapatite, followed by 20–40% organic matrix, which contains type I collagen fibers and less than 5% water and lipids. increase.
What mineral forms hydroxyapatite in bone?
Hydroxyapatite (HA) is a ceramic material that forms the mineral phase of bone. It is mainly composed of calcium and phosphate with a ratio of 1.67 to each.
What is the purpose of hydroxyapatite in bone matrix?
Hydroxyapatite (HA) is an inorganic mineral found in human bones and teeth. Plays a role in bone structural strength and bone regeneration. Although it occurs naturally in bone, medical professionals often use synthetic and natural HA when conducting bone repair treatments.
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not counting roadsides, the majority of turfgrass acreage in the u.s. is in non-rural areas. true or false ?
not counting roadsides, the majority of turfgrass acreage in the u.s. is in non-rural areasis true .
What is a turfgrass?Turfgrasses are narrow-leaved grass species that form a uniform, long-lived ground cover that can tolerate traffic and low mowing heights (usually two inches or below). Only a few grass species produce acceptable turf in the northern U.S. These grasses are referred to as the cool-season turfgrasses.
What is the difference between lawn grass and turf grass?Grass used in a landscape customarily is referred to as a "lawn" while grass used on a baseball field or golf course is referred to as "turf." By definition, a lawn is a piece of residential, commercial or industrial land on which grass grows.
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What term is used for molecules that have identical molecular formulas but the atoms in each molecule are arranged differently?
A. isotope
B. isomer
C. homomolecules
D. organic
E. balanced
For molecules with similar molecular formulas but distinct atom arrangements, the word "isomer" is employed.
What is the name for two molecules that have the same molecular formula but distinct structures?Isomers are substances with the same molecular formula but differing chemical structures. Keep in mind that a molecule might be an isomer of another molecule; isomerism is a trait between a pair (or more) of molecules.
Two molecules that share the same structural formula are what?Stereoisomers are two molecules with the same structural formula but with different arrangements of their atoms in three dimensions of space. This rule precludes any different arrangements of the atoms resulting from rotation of the atoms or any bonds.
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2. How does carbon dioxide contribute to the warming of the planet?
It reflects sunlight.
It creates a blanket of gases around the planet.
It raises the acidity of water.
It is a heat-trapping gas.
Answer:
The answer is number 4.
Explanation:
Hope this helps!!
A child has type O blood. Which of the following couples could be the child's parents?
Couple Mother's Type Father's Type
1 A B
2 O A
3 AB O
4 B AB
Answer:
The blood group of the parents are 1. A & B
Explanation:
This is be cause parents the both parents can have the same blood type which is either AB OR one of the parents has the blood group A and the other has the blood group Bthe three most important elements that make up weather are
Answer:
1.Temperature 2.Air(atmospheric) pressure 3.Wind(speed and direction)
bantingâs method of isolating insulin involved a surgical procedure to tie off ducts in the pancreas, waiting several weeks, then removing the pancreas. (True or False)
The statement "Banting's method of isolating insulin involved a surgical procedure to tie off ducts in the pancreas, waiting several weeks, then removing the pancreas" is true and describes the basic steps of Banting's method for isolating insulin.
What is Banting's method?Banting's method is a historic medical technique used to isolate insulin, a hormone that regulates blood sugar levels. The method was developed by Canadian scientists Frederick Banting and Charles Best in the early 1920s.
What happens during Banting's method?The basic steps of Banting's method involved surgically tying off the pancreatic ducts in dogs to prevent digestive enzymes from entering the pancreas, waiting for several weeks for the cells in the pancreas to degenerate and the insulin to accumulate, and then removing the pancreas and extracting the insulin from the pancreatic tissue.
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the plant obtains phosphorus and micronutrients from this beneficial symbiotic relationship. True/False
This assertion is accurate since the plant benefits from this advantageous symbiotic interaction by receiving phosphate and micronutrients.
What occurs if we don't get enough micronutrients?Vitamins are examples of micronutrients that are the basis of good health. Food insecurity, which may be lethal, arises when individuals do not acquire enough of these critical nutrients. The results include serious birth defects, cognitive deficits, and decreased productivity.
How is a micronutrient shortage treated?To combat micronutrient deficiency, four basic tactics may be used: dietary improvement, including increasing the production and consumption of foods high in micronutrients; food fortification; supplementing; and global public health and some other disease control efforts.
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Chordate characteristics Chordates possess several distinguishing characteristics that separate them from other animal groups. Check all of the features that one would use to classity members into this phylum. Check All That Apply ok nt postanal tail. cranium 臼 < Prev 20 of 22 Next> 20 pharyngeal slits 10 points notochord. eBook Print References dorsal hollow nerve cord. vertebral column.
They can be differentiated from these other animal groups by their post tail, pharyngeal slits, notochord, and dorsal hollow nerve cord.
How do pharyngeal slits work?The third characteristic of chordates is pharyngeal slits, which are holes here between or mouth, and the exterior world. Over the history of evolution, they have undergone significant modification. These apertures are utilized by early chordates to remove food particles out of the water.
What are the pharyngeal slits used for?Pharyngeal slits help fish species primitive chordates breathe and feed by allowing water from the mouth to exit via the slits. Fish gills developed into connected with these slits because micro organisms can remove unwanted this seawater for food.
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What is the term used to describe the origin of some eukaryotic organelles?
Answer:
Explanation:
Endosymbiosis
Chordates possess several distinguishing characteristics that separate them from other animal groups. Check all of the features that one would use to classify members into this phylum.
postanal tail
cranium
pharyngeal slits
notochord
dorsal hollow nerve chord
vertebral column
The vertebral column, a single, dorsal, tubes neuronal cord, esophageal chambers, and then a postanal hydrodynamic tail are the four identifying elements that, when integrated, separate chordates from all other phyla.
What class of creatures are chordates?Fish, amphibians, reptiles, birds, and mammals are the five animal classes that make up the Chordata kingdom. These classes are distinguished from one another by their ability to control body temperature, how they absorb oxygen, and how they reproduce.
In plain English, what is chordates?Lancelets, sea squirts, and vertebrates all belong to the enormous group of animals known as Chordata. The phylum Chordata includes a number of well-known vertebrates, including amphibians, fish, reptiles, and mammals.
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Our growing understanding of how proteins fold allows researchers to make predictions about protein structure based on primary amino acid sequence data. Consider the following amino acid sequence.
Ile - Ala â His â Thr â Tyr â Gly â Pro â Phe-Glu â Ala â
Ala â Mat â Cys â Lys â Trp â Glu â Ala â Gln-Pro â Asp â
Gly âMet â Glu â Cys â Ala â Phe â His - Arg
(a) Where might bends or β turns occur?
(b) Where might intrachain disulfide cross-linkages be formed?
(c) Assuming that this sequence is part of a larger globular protein, indicate the probable location (external surface or interior of the protein) of the following amino acid residues: Asp, Ile, Thr, Ala, Gln, Lys. Explain your reasoning.
Researchers can now anticipate proteins' structures based solely on sequence information because to advances in our knowledge of how proteins fold.
Describe a protein.
Protein is a highly complex molecule found in all living things. Proteins have a high nutritional value and play a crucial role in many of the chemical reactions required for life. In the early nineteenth century, scientists, such as Swedish chemist Jöns Jakob German chemist, realized the significance of proteins.
What's a protein's structure?
A supplementary amine (in proline), a molecule with the amino group (NH2) attached to the aliphatic carbon chain, and an amino with five atoms of carbon (glutamic acid), are also found in proteins. Aspartic and glutamic acids both have two carboxylic acid groups (COOH), making them dicarboxylic acids.
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which structure of the urinary system is responsible for filtering out blood of toxins?
Healthy kidneys sift about half a cup of blood, eliminating wastes and surplus water to create urine. Two skinny muscle tubes called ureters, on each side if your bladder, carry urine from your kidneys to the bladder.
What do they use to remove poisons from urine?Your kidneys are situated on either side of your ribcage, close to the centre of your back. They are roughly the size as your fist and resemble kidney beans. They have minuscule filtering organs called nephrons that filter blood and produce urine so that waste materials can exit the body.
In what way does the body remove toxins?We exhale carbon dioxide, a waste product and toxin, to get rid of it. Your liver, skin, kidney, intestines, lymph nodes, blood arteries, and other organs also aid in toxin removal. We expel toxins through breathing out as well as through faeces, urine, and sweat.
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