During cellular respiration, most of the calories in the hard-boiled egg are converted to ATP (adenosine triphosphate), which is the primary source of energy for cells.
Cellular respiration is the process by which cells break down glucose (and other energy-rich molecules) and convert it into ATP. The energy stored in ATP is then used by the cells to perform various functions, such as maintaining membrane potential, synthesizing proteins, and driving muscle contraction.
In the case of the hard-boiled egg, the calories contained in the egg yolk and egg white are broken down into glucose and other energy-rich molecules by the digestive process. These molecules are then transported into cells, where they undergo cellular respiration and are converted into ATP.
The ATP produced in this process is then used to power the cells, providing the energy necessary for normal cellular function.
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Phospholipids with an ether link between glycerol and the fatty acids are found in?
Answer: Archaea
Explanation:
Place the following steps of polysaccharide chain cleavage by lysozyme into the correct order.1. Lysozyme and substrate form an enzyme-substrate complex, forcing one sugar molecule into a strained conformation.2. Glutamic acid donates a proton to one sugar molecule as aspartic acid attack the C1 carbon of a second sugar.3. A covalent bond is formed between aspartic acid and the sugar molecule, and the sugar- sugar bond is hydrolyzed.4. The water oxygen attacks the C1 carbon breaking the sugar-aspartate bond.5. Glutamic acid polarizes a water molecule drawing a proton away from water.6. Lysozyme and products dissociate.ii)What happens to glutamic acid 35 and aspartic acid 52 at the end of the reaction?A. Glutamic acid is deprotonated and negatively charged.B. Lysozyme is destroyed and recycled as the product is released.C. Aspartic acid has formed a covalent bond with the first sugar.D. Both amino acids are restored to their original forms.
The steps of polysaccharide chain cleavage by lysozyme into the correct order is 1, 2, 3, 5, 4, 6.
.1. Lysozyme and substrate form an enzyme-substrate complex, forcing one sugar molecule into a strained conformation.
2. Glutamic acid donates a proton to one sugar molecule as aspartic acid attack the C1 carbon of a second sugar.
3. A covalent bond is formed between aspartic acid and the sugar molecule, and the sugar- sugar bond is hydrolyzed.
4. Glutamic acid polarizes a water molecule drawing a proton away from water.
5. The water oxygen attacks the C1 carbon breaking the sugar-aspartate bond.
6. Lysozyme and products dissociate.
ii)What happens to glutamic acid 35 and aspartic acid 52 at the end of the reaction?
A. Glutamic acid is deprotonated and negatively charged. B. Lysozyme is destroyed and recycled as the product is released. C. Aspartic acid has formed a covalent bond with the first sugar. D. Both amino acids are restored to their original forms.
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Which macronutrient is the most energy dense?
A.carbohydrates
B.fats
C.fiber
D.protein
Answer:
Which macronutrient is the most energy dense?
A.carbohydrates
B.fats
C.fiber
D.protein
Explanation:
You're welcome.
IN UR OWN WORDS WRITE EXPLAIN ALL OF THIS
• WHAT TYPES OF SKIN CANCER ARE THERE AND HOW ARE DIFFERENT?
• IS THERE A CONNECTION BETWEEN SKIN CANCER ON THE HANDS OF THOSE WHO GET “GEL NAILS” AT THE MANICURIST OR IS THIS A MYTH?
* WHY WOULD TANNING BEDS BE DANGEROUS?
• WHAT IS THE TREATMENT FOR SKIN CANCER?
• HOW CAN YOU GET SKIN CANCER IN PLACES THAT ARE NOT EXPOSED TO THE SUN?
• WHAT ARE THE “STAGES” OF SKIN CANCER?
• HOW DOES SKIN CANCER SPREAD?
• WHAT IS THE RELATIONSHIP BETWEEN THE SUN AND VITAMIN D?
* HOW ARE ANIMALS USED TO DETECT TYPES OF CANCER?
Answer:
I, unfortunately, cannot answer some of these questions (sorry!) but I will try my best to help with some! ;)
question: HOW DOES SKIN CANCER SPREAD?
I believe it's usually a genetic thing, however it can obviously be caused from too much sun exposure and all.
HOW CAN YOU GET SKIN CANCER IN PLACES THAT ARE NOT EXPOSED TO THE SUN?
could be old exposure to the sun, or it could be a genetic thing.
IS THERE A CONNECTION BETWEEN SKIN CANCER ON THE HANDS OF THOSE WHO GET “GEL NAILS” AT THE MANICURIST OR IS THIS A MYTH?
that's an interesting question... I know that the LED light thingy that they use can do damage to your DNA, so probably.
what the concentric layers of bone tissue around a central canal are called?
Answer:
Lamellae
Explanation:
The osteon is made up of a central canal known as the osteonic (haversian) canal, which is surrounded by concentric rings of matrix (lamellae).
Hope it helps!
what is the percent chance of a black and white spotted dalmatian and a black coat dalmatian producing spotted offspring?
The percent chance of a black and white spotted dalmatian and a black coat dalmatian producing spotted offspring will depend on the type of allele interaction between both gene variants.
What is the type of allele interaction between gene variants?The type of allele interaction between gene variants makes reference to the dominance or absence of it for alleles of the same genetic loci, for example, in this case, if color is a codominant trait then the 100 % offspring will be spotted.
Therefore, with this data, we can see that the type of allele interaction between gene variants will determine the proportion of offspring.
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true or false: a disease with a genetic origin in a mouse is unlikely to be an inherited disease in humans.
The answer is False. The statement "a disease with a genetic origin in a mouse is unlikely to be an inherited disease in humans" is false.
The given statement is not true due to evolutionary relatedness, humans share many genetic similarities with animals. Humans share many genetic similarities to animals, which means that a genetic disease in mice can also be an inherited disease in humans.
An example of a disease that may be inherited from mice SARS-CoV is which caused a severe outbreak of respiratory diseases in Hong Kong in 2003. This virus was thought to be related to the mouse-borne coronavirus, which also caused a major outbreak of respiratory disease in 2003.
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What are the 3 main steps in biofilm formation?
Adherence, maturation, and dispersion are the three phases of biofilm formation.
Microorganism assemblages known as biofilms can endure on a variety of surfaces. Biofilms are made by microorganisms like fungus and bacteria.
Dental plaque, a sticky collection of bacteria that develops on the surfaces of teeth, is a typical illustration of a biofilm. . Biofilms have been known to develop on metals and minerals. They have been located in the earth's crust, under water, and in the air. They can form in the tissues of both plants and animals as well as in implanted medical equipment like catheters and pacemakers.
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the amount of cytosine in an organism always equals the amount of .....
o protein
o guanine
A living thing's cytosine and guanine levels are always equal.
What is guanine?One of the four primary components of DNA, guanine is an organic compound that contains nitrogen. Together, it and the DNA base cytosine form the hydrogen bonds that make up the rungs of the DNA double helix. RNA contains guanine, which is crucial for the integrity and proper operation of genetic material.
Two of the four nitrogenous bases that comprise DNA's structural constituents are cytosine and guanine. They are complementary base pairs that are consistently distributed equally throughout the DNA double helix.
This is so that the DNA molecule's double-helical structure and the hydrogen bonds that hold the two DNA strands together are preserved. The DNA molecule is stabilised by the pairing of cytosine with guanine and the other nitrogenous base pairs, adenine with thymine, to prevent mutations and maintain the accuracy and integrity of genetic information. In order for DNA to operate properly and genetic information to be maintained, an organism needs to have an equal amount of cytosine and guanine.
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scientific hypotheses must be testable2. make connections (see concept 1.3). applying this criterion, are cuvier's expla-nation of the fossil record and lamarck's hypothesis of evolu-tion scientific? explain your answer in each case
Cuvier's explanation of the fossil record and Lamarck's hypothesis of evolution are both scientific hypotheses, as they are both testable.
Cuvier's explanation of the fossil record is based on the principles of stratigraphy, the study of how layers of sedimentary rock are formed and deposited. This hypothesis states that the fossils found in different layers of sedimentary rock are different due to the age of the layers, and so can be used to determine the relative age of the rocks.
Lamarck's hypothesis of evolution is based on the idea of the inheritance of acquired characteristics. This hypothesis states that characteristics acquired during an organism's lifetime are passed on to its offspring. This hypothesis has been tested using experiments on organisms such as fruit flies, and has been generally accepted as a scientific theory.
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_______ called convey information within the nervous system.
Answer:
Nerve Cell / Neuron
Explanation:
they connect our body (muscles) to the brain. When we sense something from our five senses, neurons take that info to the brain, brain processes it and sends it back to that part of body and tell it how to react
a college dean who wants to offer a phlebotomy training program would seek approval from which organization that sets standards for phlebotomy training programs?
The NAACLS organization, which establishes criteria for phlebotomy training programmes, must approve such programmes before a college dean may provide them.
The Council for Higher Education Accreditation recognises NAACLS as a programmatic accrediting agency (CHEA). Phlebotomy technician programmes are approved as programmes in California by NAACLS. The United States Department of Education lists the Accrediting Commission of the COE as a nationally recognised accrediting organisation. According to the legislation, the Secretary of Education must publish a list of nationally renowned accrediting bodies that it has determined to be trustworthy authority on the caliber of education offered by higher education institutions. The National Accrediting Agency for Clinical Laboratory Sciences (NAACLS) and the California Department of Public Health (CDPH) have both approved the Phlebotomy Technician module (NAACLS).
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How much weight can a pregnant woman lift in the first trimester?
Answer:
23kg which is 51lbs only up to 20 weeks.
isotopes of a particular element differ with regard to the number of
Option D is correct. A specific element's isotopes have different masses because the number of neutrons in their nuclei varies.
Protons, neutrons, and electrons make up the three particles that make up an atom. Protons and neutrons both have masses that are roughly equal to one atomic mass unit, while the electron has a very small mass that is typically taken to be zero.
The number of protons in an atom's nucleus determines its identity, but the number of neutrons has no bearing on this. For instance, carbon has six protons and is a solid found in nature in the forms of coal, graphite, and diamond. Nitrogen, an inert gas that is very dissimilar to carbon, is the element with seven protons.
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Complete question-
The atoms of various isotopes of a particular element differ from each other in the number of:
a. Electrons in the outer shell only
b. Protons in the nucleus
c. Electrons in the inner shell only
d. Neutrons in the nucleus
WILL GIVE BRAINLEIST
List and describe the four major parts of a flower. (Counts 20% of your lesson grade.)
Answer:
brainliest plssss
Explanation:
Filament
The filament is the thin tubular part of the stamen that extends and supports the pollen sac at the top.
Ovary
The ovary produces and contains unfertilized seeds. It sits centrally inside the flower at the base of the carpel. Once fertilized, it is the ovary that develops into the fruit of the plant.
Ovule
Ovules are contained within the ovary, and in the event of successful pollination, they will become the seed of the fruit.
Anther
The anther sits at the top of the filament of a stamen and produces and contains the pollen.
Bract
A bract works similarly to a sepal on plants that do not have sepals. It is a modified leaf that looks more like a petal than a leaf, as it is usually brightly colored and shaped differently to other leaves on the plant.
Style
The style is the elongated part of a carpel that joins the ovary to the stigma. It is the tube through which pollen is delivered to the ovary.
Stigma
The stigma sits at the top of the carpel, and its job is to capture pollen. It is often sticky in texture or contains tiny hair-like structures to help pollen adhere to its surface.
Receptacle
A receptacle sits at the top of a stalk underneath the main portion of the flower. It is often enlarged to support the weight of the flower, or the fruit when it develops. Its main function is to both connect the stalk to the flower and to support the flower.
Peduncle
A peduncle is the stalk of a flower, or the stem from which a cluster of flowers bloom.
Pedicel
A pedicel is the secondary stalk from which flowers grow off the main stem. Only plants that have inflorescence in the form of clusters or similar will have pedicels.
Perianth
A perianth is the scientific term for the parts of the flower that surround the reproductive organs. The perianth can be divided into two segments, the inner perianth and the outer perianth. The inner perianth is usually composed of the corolla, which is made up of a series of petals. The outer perianth is the calyx, which is typically made up of sepals. The purpose of the perianth as a whole is to protect the flower as it develops, protect the fully grown reproductive organs, and to lure pollinators to the flowers for the purpose of pollination and reproduction, ensuring the continuation of the species.
Calyx
The calyx is the technical term for a group of sepals, leaf-like structures that surround and protect the bud as it forms into a flower.
Silverswords had no tree and shrub competitors prior to recent human ecological disturbance to the hawaiian islands. descended from a tarweed ancestor that evolved in an environment with many tree and shrub species, its arrival on the islands represented an evolutionary radiation because of a?
Evolutionary radiation; variety of open ecological niches. The fast diversification of a single lineage into numerous species that live in various settings or niches
Differ in the morphological and/or physiological features needed to exploit these environments is known as adaptive radiation. It refers to widespread proliferation instead. Examples of contemporary clades that have undergone evolutionary radiations include Caribbean anole lizards, African cichlid fish, Hawaiian honeycreeper birds, Hawaiian silversword plants, and Hawaiian honeycreeper plants. Examples of species that have evolved through radiations. A clade's diversity rapidly increases during an evolutionary radiation. A taxonomic value is typically used to gauge clade diversity.
The complete question is:
Silverswords had no tree and shrub competitors prior to recent human ecological disturbance to the Hawaiian Islands. Descended from a tarweed ancestor that evolved in an environment with many tree and shrub species, its arrival on the islands represented a(n) __because of a(n)__.
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Which item is an example of an ecosystem?
A. A group of foxes that live in a specific area
B. All of the different grasslands in central North America
C. A desert and all the living and nonliving things that interact within
it
D. All of the redwood trees that are alive on Earth at a specific time
A desert and all the living and nonliving things that interact within it is an example of an ecosystem.
What is ecosystem?An ecosystem is a geographical region in which plants, animals, and other species, as well as weather and scenery, coexist to produce a living bubble. Ecosystems comprise both biotic (living) and abiotic (nonliving) components. An ecosystem is a unitary ecological community made up of biological, physical, and chemical components. On several levels, NOS scientists monitor, research, and study ecological science. They may examine the chemistry of a single microorganism or monitor vast ecosystems. An ecosystem is a structural and functional unit of ecology in which living species interact with one another and with their surroundings. An ecosystem, in other terms, is a series of interactions between creatures and their surroundings.
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which enzyme joins fragments of dna into a continuous strand?
DNA ligase is the enzyme joins fragments of dna into a continuous strand and it catalyzes the formation of a phosphodiester bond between two DNA strands.
DNA ligase works by feting the ends of two beaches of DNA, binding to them and forming a phosphodiester bond between the two beaches. The phosphodiester bond is formed when two phosphate groups from the two beaches of DNA are linked with a covalent bond. DNA ligase is important for DNA replication.
DNA form, and recombinant DNA technology, as it facilitates the conformation of a nonstop DNA patch, which is necessary for these processes. DNA ligase is also used in a variety of laboratory ways, similar as cloning and creating DNA libraries. In cloning, DNA ligase is used to join a piece of DNA to a vector.
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the cytoskeletal component that forms near the nucleus that extends outward toward the plasma membrane is:
The cytoskeletal component that forms near the nucleus that extends outward toward the plasma membrane is Microtubule.
Microtubules, incredibly slender tubes made of tubulin protein subunits, are a vital aspect of the cytoskeleton in eukaryotic cells. They give the cell its shape and stability while organizing cellular components and enabling cell division.
These dynamic structures are always in flux, building and breaking down in response to cellular signals. Not only do they play a critical role in maintaining cell shape, but they also serve as pathways for the movement of vesicles, organelles, and other substances within the cell.
In addition, microtubules help distribute chromosomes during cell division. Any disruptions in the microtubule network can lead to severe cellular malfunctions and various diseases.
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reactants called _______ bind to an enzyme’s _______ site where a chemical reaction takes place.
Chemical reactions happen when reactants called substrates bind to an enzyme's active site.
What are enzymes?Enzymes are proteins that work as biological catalysts and are essential for the proper operation of cells because they speed up chemical reactions.
The reactants, or substrates, in a reaction bind to the active site, a particular region of the enzyme. Due to the active site's favourable conditions, this binding makes it possible for the reaction to proceed more quickly and effectively.
The reaction takes place as the substrate is changed into a product, and the active site is made to fit the substrate like a lock and key. Each enzyme only helps one specific reaction since each one's active site is unique.
Each enzyme only supports a single reaction because the active site is unique to a certain reaction and enzyme.
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which scenarios are examples of reproductive barriers between closely related species that can cause reproductive isolation?
Reproductive barriers between closely related species include differences in mating behavior, gamete incompatibility, and developmental differences.
Reproductive isolation is the absence of gene flow between two populations or species, and it can be caused by various reproductive barriers that prevent interbreeding and the exchange of genetic material. Some examples of reproductive barriers between closely related species include: Differences in mating behavior, such as courtship rituals or mating calls, that prevent individuals of different species from recognizing or attracting each other as potential mates. Gamete incompatibility, which occurs when the sperm of one species cannot fertilize the eggs of another species, either due to differences in size, shape, or other physical attributes. These and other reproductive barriers between closely related species play a crucial role in promoting reproductive isolation and the eventual divergence of separate species from a common ancestor.
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Which of the following human impacts could cause Eutrophication of water bodies? Deforestation farming burning fossil fuels or all of the above
A process known as eutrophication is brought on by an excess of nutrients, primarily nitrogen and phosphorus, in water. Algae thrive, spread, and color the water green as a result of feeding on the nutrients.
Which 3 human factors contribute to eutrophication?Because of human activities, cultural eutrophication is a process that accelerates natural eutrophication. The three primary sources for anthropogenic nutrient input are sewage form cities and industrial waste water, as well as erosion and leakage from fertilized agricultural areas.
Use of fossil fuels in deforestationMore carbon dioxide is now accumulating in the atmosphere as a result of burning fossil fuels than can be absorbed by current carbon sinks like forests, as well as the loss of carbon sinks from deforestation and other activities.
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All of the following are required in the reactions of microbial respiration EXCEPT? a. electron transport system b. cytochromes c. a source of electrons
A source of the electron are not required in the reactions of microbial respiration therefore the correct option is C.
A source of electrons isn't needed in the responses of microbial respiration. The electron transport system, which is composed of cytochromes and other proteins, is used to transfer electrons from patron motes to acceptor motes. The electron transport system is driven by the energy released from the oxidation of the patron patch..
A source of electrons isn't necessary for the response to take place. The electron transport system uses the energy released from the oxidation of a patch, similar as glucose, to transfer electrons to an acceptor, similar as oxygen. This electron transfer is used to induce a proton grade across a membrane which is used to produce ATP.
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what is a distinctive feature of all eukaryotic cells?
Eukaryotic organisms' cells exhibit a number of distinctive traits. Eukaryotic cells are distinguished primarily by the presence of a nucleus that is encircled by a delicate nuclear membrane.
Additionally, the presence of membrane-bound organelles in the cytoplasm is a characteristic of eukaryotic cells.
A prokaryotic cell with a plasma membrane, cytoplasm, and ribosomes is referred to as a eukaryotic cell. Eukaryotic cells, in contrast to prokaryotic cells, have:
a nucleus that is membrane-bounda large number of membrane-bound organelles (including the endoplasmic reticulum, Golgi apparatus, chloroplasts, and mitochondria)a few chromosomes in the rod shapeA eukaryotic cell's nucleus is frequently referred to as having a "true nucleus" because a membrane surrounds it. Organelles, which are referred to as "little organs," have specific cellular functions, just like your body's organs do. They enable the compartmentalization of various functions within the cell.
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should bioethanol production be subsidized in the united states, and also be protected against competition from brazilian sugar cane-based bioethanol?
Grants and subsidies of all types are given to ethanol producers. Due to federal rules requiring ethanol to be blended into gasoline, a massive business has been created that would not have existed without significant subsidies and oppressive regulations.
A variety of subsidies are offered by the federal government to promote the use of biofuels like corn ethanol. Tax exemptions, gifts, loans, and loan guarantees are among the subsidies.
To grow the crops necessary to provide a significant amount of fuel, a tremendous amount of arable land is required. Because of the potential for habitats like forests to become overpopulated, this might have a significant influence on the biodiversity of our environment.
Compared to the energy used to produce it, ethanol delivers 25% more energy, whereas biodiesel yields 93% more.
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acute respiratory distress syndrome causes a protein-rich fluid to accumulate rapidly in the lungs. predict the consequences of this syndrome if medical intervention does not occur.
Acute respiratory distress syndrome causes a protein-rich fluid to accumulate rapidly in the lungs. The consequences of this syndrome if medical intervention does not occur is a decrease in oxygen which will cause ischemia.
The lungs are organs for exchanging oxygen and carbon dioxide gases as well as organs that play a role in blood circulation. Oxygen is needed for body activities as a raw material for making ATP in cells.Therefore the oxygen supply should not be stopped. Oxygen flows throughout the body through blood vessels.
ARDS or acute respiratory distress syndrome is a condition that occurs as a result of fluid buildup in the alveoli of the lungs so that only a little oxygen flows into the bloodstream. Blockage in the blood vessels can cause ischemia because the need for oxygen is not met because the blood supply throughout the body is reduced. This accumulating fluid can cause blockage of blood vessels and stop blood flow suddenly. This is very dangerous if left unchecked because it can cause death.
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what is the organelle that is tasked with cleaning cells of wastes and debris?
The lysosome carries out waste disposal and recycling. In a process known as autophagy (meaning “self-eating”), it takes in old cellular components and unneeded large molecules, such as proteins, nucleic acids and sugars, and digests them with the help of enzymes and acids.
Many animal cells contain lysosomes, which are membrane-bound organelles. They are spherical vesicles that can degrade a wide range of biomolecules thanks to hydrolytic enzymes they carry. The proteins that make up a lysosome's membrane and lumen have a distinct makeup. The pH of thethethethe lumen, which is between 4.5 and 5.0, is ideal for the hydrolysis-related enzymes, similar to how the stomach functions. In addition to degrading polymers, the lysosome also plays a role in energy metabolism, secretion, plasma membrane repair, apoptosis, and cell signalling.
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what would be the fate of r7 differentiation in a fly with an inactive sevenless receptor and a constitutively active ras in the progenitor r7 cell?
The progenitor R7 cell will not differentiate into an R7 neuron when R7 differentiation occurs in a fly with an inactive seven-less receptor and a constitutively active Ras.
Although the distinction between progenitors and stem cells is murky because most adult stem cells cannot be cultivated for extended periods of time before differentiating or becoming senescent, technically speaking, progenitors have a much shorter lifespan than stem cells.
The eighth and last photoreceptor cell to develop in the fly's compound eye is called R7. The regulation of R7 destiny determination is one of the differentiation mechanisms in any embryonic system, including Drosophila, that has been most fully studied.
Option B is the proper response, thus.
The complete question is:-
What would be the fate of R7 differentiation in a fly within an inactive seven less receptor and a constitutively active Ras in the progenitor R7 cell?
A. R7 progenitor will differentiate into the R7 neuron
B. R7 progenitor will not differentiate into R7 neuron
C. you will need another GOF mutation in the same fly for the R7 cell to differentiate into a neuron
D. both A and C are correct
E. none of the above
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where are the paired sympathetic trunk ganglia located?
The paired sympathetic trunk ganglia are arranged anterior and lateral to the vertebral column, one on either side.
Somata and dendritic structures that are bundled or joined make up the majority of ganglia. A plexus is a complex network of ganglia that is made up of ganglia that frequently connect to one another. Relay points and intermediary connections between various neurological components of the body, such as the peripheral and central nervous systems, are provided by ganglia.
There are three main types of ganglia in vertebrates:
1. The cell bodies of sensory (afferent) neurons are located in the dorsal root ganglia, also referred to as the spinal ganglia.
2. The cell bodies of cranial nerve neurons are located in ganglia of the cranial nerve.
3. The cell bodies of autonomic nerves are located in autonomic ganglia.
Preganglionic fibers are the name for the central nervous system to ganglia fibers in the autonomic nervous system.
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one cup of kidney beans contains 15 g of protein, 1.0 g of fat, and 42 g of carbohydrate. how many kilocalories, to two significant figures, does this sample contain? (the accepted caloric values for foods are 4.0 kcal/g for carbohydrate, 9.0 kcal/g for fat, and 4.0 kcal/g for protein.)
One cup of kidney beans contains 15g of protein, 1g of fat, and 42g of carbohydrate. The kilocalories, to two significant figures, does this sample contain is 240 kcal.
A type of common bean is the kidney bean (Phaseolus vulgaris). It is called after the human kidney because of this resemblance. It's important to distinguish red kidney beans from other red beans, such adzuki beans. When kidney beans are boiled, they are 67% water, 23% carbs, 9% protein, and barely any fat (table).
Cooked kidney beans have a reference energy content of 532 kJ (127 kcal) per 100 gram and are a significant source of protein, folate (33% DV), iron (22% DV), and phosphorus (20% DV) with only modest levels (10-19% DV) of thiamine, copper, magnesium, and zinc (11–14% DV).
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