For a person who performs one hour per day of moderate-intensity endurance training, the recommended daily total carbohydrate intake ranges from 1 to 4 g per kg of body weight.
Your body uses carbohydrates as its primary energy source, particularly when you exercise. The Institute of Medicine advises individuals to consume at least 130 grams of carbohydrates daily, despite the fact that many low-carb diets range from 50 to 150 grams per day. You'll probably require more carbohydrates if you exercise.
Your unique carbohydrate requirements are determined by your calorie intake because the Institute of Medicine recommends getting 45 to 65 percent of your calories from carbohydrates. According to the Dietary Guidelines for Americans, men and women should consume between 2,000 and 3,000 calories daily to maintain a healthy weight. Your specific calorie requirements depend on your age and amount of activity; younger persons need more calories to maintain their weight than those over 50.
Option A is the proper response, so.
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thin contractile protein involved in cross-bridge formation, comes in filamentous or globular forms. t/f
Thin contractile protein that are involved in the formation of crosslinks and exist in fibrous or globular form is actin.
What is the function of actin and its location?Actin is a highly abundant intracellular protein present in all eukaryotic cells and plays an important role in muscle contraction and cell movement. Actin also participate in maintaining and controlling cell shape and structure.
Actin is found in both the cytoplasm and nucleus. Its position is regulated by a cell membrane signaling pathway that integrates stimuli received by the cell and stimulates reorganization of the actin network in response.
What two proteins are contained in actin?Increased Ca2+ concentrations signal muscle contraction through the action of two accessory proteins bound to actin filaments: Tropomyosin and Troponin. Tropomyosin is a filamentous protein that binds longitudinally along the grooves of actin filaments.
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the animal in this picture is a/an . group of answer choices blastocoelomate acoelomate pseudocoelomate coelomate
An organism with a body cavity that isn't generated from the mesoderm, like a true coelom, and body cavity, is said to be a pseudocoelomate.
Acoelomates are organisms with really no body cavity at all, pseudocoelomates are organisms having patches of mesoderm on the body cavity, and coelomates are species with a mesoderm-lined body cavity. Pseudocoelomate animals have such a pseudocoelom, which is a bodily cavity filled with fluid and has the literal translation "false cavity." These animals' fluid-filled bodily cavities are lined in part by mesoderm tissue. Organs are not as organized as they would be in a coelomate, despite the fact that they are loosely held in place. Traditional examples of acoelomates are sponges and platyhelminthes. Pseudocoelom is a type of coelom that differs from actual coelomates in that it lacks mesoderm. A fake coelom is another name for it. It is present in Aschelminthes and Nematoda phyla animals. The pseudocoelom is an occupied bodily cavity.
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Which of the following statements best predicts the effect of increasing the concentration of substrate (ethyl alcohol), while keeping the concentration of the inhibitor (methyl alcohol) constant? Competitive inhibition will decrease because the proportion of the active sites occupied by substrate will increase.
Because more substrate-occupied active sites are present, competitive inhibition will be reduced,predicts the effect of increasing the concentration of substrate (ethyl alcohol), while keeping the concentration of the inhibitor (methyl alcohol) constant.
Enzymes are biochemical catalysts that support biochemical reactions in living cells.Their core 3D protein structures, known as their active sites, are used to bind with substrates during reactions.Enzyme processes are typically impacted by inhibitors (such as methyl alcohol), which compete with the true substrate (ethyl alcohol) for the active site.An illustration of competitive inhibition might be this. Since there is more ethyl alcohol accessible, there are more active sites occupied, which reduces the possibility that the inhibitor methyl alcohol will bind to the active site and prevent the creation of harmful formaldehyde and more non-toxic compounds from forming at the active sites.
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a research study is designed to assess the rate of lung maturation of preterm infants with down syndrome, by measuring the lecithin to sphingomyelin ratio (l/s ratio) in amniotic fluid, as a surrogate of adequate surfactant production. weekly amniocentesis are performed during the last trimester of pregnancy. the rate of miscarriage due to amniocentesis is estimated at one in 200 procedures. the irb determines that this procedure carries a greater than minimal risk to the fetus and that there is no direct benefit to the mother or to the fetus. which of the following is true
When having a regular vaginal exam, the lactate level of the amniotic fluid was measured. A tool is called a lecithin/sphingomyelin ratios in amniotic fluid test system.
It is significant for underdeveloped fetal lung development when the L/S ratio is less than 2.0. Two chemicals that are present with in mucus during pregnancy are measured by this test. Lecithin and sphingomyelin are indeed the names of the two ingredients. Being surfactants, they. The lungs produce these substances to aid in proper lung function. The amount of lamellar bodies rises at 32 weeks gestation, which results in more surfactant being produced in the fetal lungs or amniotic fluid. Lecithin & sphingomyelin are roughly equal in levels at this stage of lung development. A test for fetal amniotic fluid is the lecithin-sphingomyelin ratio, also known as L-S or L/S ratio.
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If mitosis makes somatic (body) cells, what does meiosis make?
A. Sex cells
B. Heart cells
C. Nerve cells
D. Body cells
Meiosis creates sex cells, just as mitosis creates somatic (body) cells.
In living things, there are two different types of cell division: meiosis and mitosis. Meiosis produces four genetically distinct cells, whereas mitosis produces two genetically identical cells from a parent cell.
Somatic cells, such as liver cells, skin cells, etc., are body cells that do not participate in reproduction. Mitosis is the process through which somatic cells divide. Meiosis is the process by which sex cells, or gametes, are created because they are involved in reproduction. Meiosis contributes to sexual reproduction's genetic diversity.
As a result, choice A is the right response.
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Is a zygote the only diploid cell?; Is haploid or diploid zygote?; Which cell is diploid zygote?; Is the zygote produced by fertilization a haploid or a diploid cell?
Fertilization happens when two gametes, often from different people, fuse, restoring the diploid state.
The resultant diploid cell is termed a zygote after the two gametes combine during fertilization. A zygote, like its parent organism, is diploid (2 copies of each chromosome).
A gamete is a single haploid sex cell, such as an egg or sperm. A zygote is a diploid cell formed by the sexual reproduction of two gamete cells.
Fertilization is the process by which haploid gametes join together to form a diploid cell known as a zygote. Only one sperm can fuse with one egg to ensure that each zygote has the correct number of chromosomes.
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Suppose you wish to create a large batch of the protein lactase using recombinant DNA. Place the following steps in the order you would have to perform them.
a. Find the clone with the gene for lactase.
b. Insert the plasmids into bacteria and grow the bacteria into clones.
c. Isolate the gene for lactase.
d. Create recombinant plasmids, including one that carries the gene for lactase.
The right order will be: C > B > D > A
Recombinant DNA technology entails changing genetic material outside of an organism to produce living things or their products with improved and desired traits. With the help of the right vector, this approach includes inserting DNA fragments from various sources with desired gene sequences.
In this gene is isolated and inserted into the vector following which recombinants are screened and used for overexpression of protein.
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. all of the following are characteristics of genomic instability in cancer cells except . view available hint(s)for part a . all of the following are characteristics of genomic instability in cancer cells except . chromosomal translocations controlled cell division chromosomal deletions dna amplification
All of the following are characteristics of genomic instability in cancer cells except controlled cell division, which suggests that option B is the right answer.
Cancer cells are those cells which show abnormal growth of certain tissues and cells which multiply and form tumor. Genomic instability can initiate cancer, augment progression, and influence the overall prognosis of the affected patient. Rapid cell division alone is not evidence of genomic instability. Genomic instability is the tendency of the cells to go under mutations, due to which the gene sequence of the DNA molecule tends to change. It causes growth of abnormal cells. Genome stability is essential to accurately transmit all genetic information to progeny.
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What are the structures that build proteins where are they located?; Which cellular structure makes proteins for the cell?
The cell structures where proteins are made are called ribosomes. Ribosomes are organelles made of ribosomal RNA (rRNA) and protein. The endoplasmic reticulum can either be smooth or rough, and in general its function is to produce proteins for the rest of the cell to function.
They exist in the cytoplasm of the cell and are the site of protein synthesis in all cells. The cell structures where proteins are made are called ribosomes. Ribosomes are organelles made of ribosomal RNA (rRNA) and protein. They exist in the cytoplasm of the cell and are the site of protein synthesis in all cells.
Proteins are made up of hundreds or thousands of smaller units called amino acids, which are attached to one another in long chains. There are 20 different types of amino acids that can be combined to make a protein. Ribosomes are the sites in a cell in which protein synthesis takes place. Cells have many ribosomes, and the exact number depends on how active a particular cell is in synthesizing proteins.
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which of the following cells remains at the basal lamina to continue the pool of dividing germ cells?
To maintain the pool of dividing germ cells, type A daughter cells are left at the basal lamina.
Which of the subsequent cells is still present at the basal lamina to maintain the population of dividing germ cells?Similar to the stratum basal skin cells, type A daughter cells continue the pool of proliferating germ cells at the basal lamina.
What area of the sperm has the enzymes needed to enter the oocyte?There are 23 chromosomes in the head, also known as the nuclear area, which is encircled by a nuclear membrane. An acrosome, which protects the tip of the head and has enzymes to aid sperm penetration of the female gamete, is present.
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Scientists use climate models to predict how Earth’s climate will change over time. While models may use various sources of data, there is one main conclusion that every climate model reaches.
Which of the following describe this conclusion?
Earth’s temperatures will continue to rise if humans continue to release excess greenhouse gases into the atmosphere.
Carbon dioxide levels in the atmosphere will decrease as more fossil fuels are burned.
Sea levels will drop within the next 50 years.
Earth's biodiversity will increase over time as the human population grows.
To comprehend the intricate systems of the globe, scientists utilize climate models.They can test theories and make predictions about past and future climate systems using these models.
How are climate change models used by scientists? In order to comprehend the intricate earth systems, scientists employ climate models.Using these models, they can evaluate theories and reach judgments about past and future climate systems.This will enable them to distinguish between unusual weather phenomena and storms that are caused by climatic changes and those that are merely a product of regular climate variation.Computerized climate models function like a laboratory.They enable researchers to examine how several variables combine to affect a region's climate.To comprehend how our globe is changing, scientists utilize computer programs called climate models.On a number of crucial aspects of our climate, climate models concur.For instance, models consistently predict that increasing the atmospheric concentration of greenhouse gases will raise average temperatures.To learn more about climate change models refer
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which of the following are different between prokaryotic and eukaryotic transcription? select all that apply. A. The area within the cell in which transcription occurs. B. The polymerase used to create RNA. C. The promoter sequences used. D. The processing of RNA. E. The direction of transcription along the DNA molecule.
Correct Option A,C,D The area within the cell in which transcription occurs.The promoter sequences used. The processing of RNA are the difference between prokaryotic and eukaryotic transcription.
Prokaryotic cells lack a true nucleus, moreover, membrane-bound organelles are only present in eukaryotic cells. Another important difference between prokaryotic and eukaryotic cells is that prokaryotic cells are exclusively unicellular, while the same is not true for eukaryotic cells. Eukaryotes reproduce sexually through meiosis, allowing for genetic variation. Prokaryotic cells reproduce asexually by duplicating themselves. RNA polymerase is a high molecular force enzyme. The official name for RNA polymerase is DNA-directed RNA polymerase
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fat-soluble vitamins must be incorporated into lipoproteins or bound to transport proteins in order to be transported in the aqeous environment of the blood. the fat-soluble vitamins include vitamins
A, D, E, and K vitamins are among the fat-soluble vitamins.
What is Fat-soluble vitamins ?
Vitamins are essential micronutrients that our bodies cannot produce on their own or in sufficient amounts, so the main way we obtain them is through our diet. Both water-soluble and fat-soluble vitamins exist. A, D, E, and K are some of the fat-soluble vitamins. Fat-soluble vitamins are essential for many physiological functions, including vision, bone health, immune system, and clotting. In this review, the biochemistry, transport, and functions of these vitamins are discussed, with a focus on deficiency syndromes and potential toxicity.
Fat-soluble vitamins differ structurally, but due to their low solubility in hydrophilic media, they are similarly absorbed and transported. In the small intestine, where micelles are only beginning to form, the body absorbs fat-soluble vitamins. Micelles are lipid clusters with both hydrophilic and hydrophobic groups on the inside.
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primary target of the autonomic nervous system for altering the resistance to blood flow to an organ or tissue.
Arterioles are the primary target of the autonomic nervous system for altering the resistance to blood flow to an organ or tissue.
The peripheral nervous system's autonomic nervous system controls physiological functions that are carried out automatically, such as digestion, blood pressure, respiration, and sexual desire. There are three physically separate divisions in it: enteric, parasympathetic, and sympathetic.
Both afferent and efferent fibres are found in the sympathetic and parasympathetic nervous systems, which, respectively, supply the central nervous system with sensory input and motor output. A postganglionic neuron with a cell body in the periphery that innervates target tissues and a preganglionic neuron with a cell body in the CNS make up the majority of the SNS and PNS motor pathways.
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I also need help with this one !!
Answer: Here you go!
Explanation:
Interphase - Metabolic stage with no cell division; 3 stages G1, S, and G2
Prophase - Chromosomes condense; spindle fibers form
Metaphase - Chromosomes line up in the middle of the cell
Anaphase - Sister chromatids are pulled away from the center of the cell
Telophase - Chromosomes separate to polls; nuclear membrane forms; chromosomes de-condense
Rearrange the component of the eye so the first structure that light passes through is listed first and the structure immediately before a signal is sent to the brain is listed last.
Cornea, Pupil, Lens, Retina, Optic Nerve are the component of the eye arrange ia way light enters and sent signal to the brain (outside to inside )
light enters the eye through the cornea. this is the clear, dome-formed surface that covers the front of the eye.
From the cornea, the light passes thru the pupil. The iris, or the coloured a part of your eye, controls the amount of mild passing thru.
From there, it then hits the lens. this is the clear structure inside the eye that focuses light rays onto the retina.
subsequent, light passes through the vitreous humor. that is the clean, jelly-like substance that fills the middle of the eye. It allows to preserve the attention round in form.
subsequently, the mild reaches the retina. this is the mild-sensitive nerve layer that strains the lower back of the eye. here the picture is inverted.
The optic nerve is then responsible for carrying the alerts to the visual cortex of the mind. The visual cortex turns the signals into images (as an example, our vision).
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which of the following best represents the dna of the two daughter cells produced when a bacterial cell with this particular mismatch replicates its dna and divides?
Once Replication Errors Turn Into Mutations. After the subsequent cell division, incorrectly matched nucleotides that are still present after mismatch repair undergo irreversible mutation.
This is because the cell no longer perceives such errors as errors once they have been established.
If mistakes are made during DNA replication and they are not immediately fixed, mutations may result. Additionally, exposure to environmental elements including smoking, sunshine, and radiation can result in mutations.
Semi-conservative replication of DNA is used. This implies that each new DNA molecule has one strand from the parent molecule and one freshly produced complementary strand (daughter strand).
Since DNA polymerase needs an RNA primer, DNA replication will begin immediately to the left of the RNA.
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Which of the following best explains the increased force of contraction when the rate at which muscle fibers are stimulated by motor neurons increases? A. Decreased activity of SERCA 1A leading to increased intracellular calcium levels, cross-bridge cycling and force generation. B. More frequent opening of the ryanodine receptor leading to increased intracellular calcium levels, cross-bridge cycling and force generation. C. An increase in the number of active motor units resulting in an increase in the force of contraction.
Motor neurons are activated by an increases in the number if active motor units, which causes a rise in the force of the contraction.
What is neuron and its function?The basic building blocks of the nervous system and brain are neurons (also known as neurones or nerve cells). Neurons are the cells that receive sensory information from the outside world, give control signals to our muscles, and transform and relay electrical signals at each stage along the way.
Why are neurons important?Information is transported all through the human body by neurons. They assist in coordinating all of the vital operations of life by using chemical and electrical signals. In the this article, we define neurons and describe how they function.
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when does fertilization occur; fertilization process; how long does it take the egg to travel from the ovary to the uterus; creates a human cell with 23 chromosomes; chances of sperm meeting egg; fertilized egg is called; sperm and egg meet symptoms; what is conception
The fertilization can occur within 24 hours of ovulation. The fertilized egg must travel to the uterus and attach to the uterus for about 6 to 12 days, a process known as implantation. The successful fusion of an egg and a sperm is known as conception. This process can start immediately after a sexual encounter or it can take days.
The egg sleeps for an additional 30 hours until it reaches the ampullar-isthmic junction, a particular area of the tube. In this section of the tube, the sperm and egg unite to form the fertilised egg. The fertilised egg then starts to quickly fall toward the uterus. The resting time in the tube appears to be required for the fertilized egg to fully mature and for the uterus to get ready to receive the egg.
Hence, fertilization is biological term for denoting conception.
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1. a study is being done to test the effects of habitat space on the size of fish populations. different sized aquariums are set up with six goldfish in each one. over a period of six months, the fish are fed the same type and amount of food. the aquariums are equally maintained and cleaned throughout the experiment. the temperature of the water is kept constant. at the end of the experiment, the number of surviving fish are surveyed. What is the independent variable? o The water temperature o The number of fish originally in the tank o The amount of food that the fish receive o The number of surviving fish o The sizes Of the aquariums
The independent variable is the sizes Of the aquariums.
The dependent variable is the number of surviving fish.
An independent variable is a variable that is being manipulated by a scientist. To ensure fair testing, good experiments have only one independent variable. Record the collected data as the scientist changes the independent variable. A brief summary of the experimental content methods results and conclusions.
Independent variables are variables controlled by the experimenter. A dependent variable is a variable that changes according to the independent variable. Two variables can be related by cause and effect. A change in the independent variable affects the dependent variable. It is appropriate to include potential future experiments in the laboratory report.
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which of the following statments is true regarding one of the secretions that contribute to digestion? Pancreatic juice contains enzymes and ions that aid digestion in the small intestine.
Enzymes and ions found in pancreatic juice help the small intestine digest food.
Where can one locate the enzyme?One kind of protein that is present inside a cell is an enzyme. As in body, enzymes catalyze chemical reactions and even have the ability to accelerate such reactions to support life. The body naturally produces enzymes, which are helpful for carrying out crucial processes like muscular growth.
How are enzymes used?Enzymes play a crucial role for reducing a reaction's activation energy, or the amount of energy required for the reaction to start. Enzymes function by attaching to reactant molecules or holding them so that chemical bond-forming and bond-breaking reactions proceed more quickly.
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in fed-state metabolism an in plasma glucose levels will cause the release of from pancreatic cells.
In fed-state metabolism, an in plasma glucose levels will cause the release of from pancreatic cells is glucagon. Falling glucose levels trigger the pancreas to release glucagon to turn off glycogen synthesis in the liver and stimulate its breakdown into glucose.
Step 1: When plasma glucose levels increase, specialized cells in the pancreas called beta cells will detect the increased glucose levels and release a hormone called insulin.
Step 2: Insulin will then bind to insulin receptors on the cell surface of other cells in the body, such as muscle and fat cells.
Step 3: When insulin binds to the insulin receptors, it triggers a signal cascade inside the cells that causes the cells to take up glucose from the blood stream and store it in the form of glycogen.
Step 4: Glycogen can then be used by the cells for energy when needed.
Step 5: The increased uptake of glucose from the blood stream causes the plasma glucose levels to decrease, which in turn causes the pancreatic beta cells to stop producing insulin.
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a protein is a large polypeptide. polypeptides are polymers of amino acids joined together through a special type of bond: the peptide bond. understanding the chemistry and properties of the peptide bond is fundamental to understanding protein structure (and function). first, identify the n- and c-termini of the peptide. then, identify those bonds that comprise the peptide bond for each labeled bond. finally, determine the number of amino acids in the peptide depicted. Drag the appropriate labels to their respective targets. Labels can be used once, more than once, or not at all. Targets may be empty.
Chains of amino acids in messenger RNA / mRNA terminated with N-terminal and C-terminal. The free carboxyl group is called C-terminal, while the free amino group is called N-terminal.
Carboxyl group amino acids are not part of a peptide bond. The carboxyl group is part of a carboxylic acid, carboxylate, or rarely a carboxylic acid derivative such as an ester. C-terminal in a protein is the protein signal needed to retain signs.
Amino acids residue in N-terminal is not part of a peptide bond and usually, although that is not in every polypeptide or protein, it’s an amine or ammonium cation. N-terminal is for targeting signals.
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Data for energy consumption is available for residential, commercial, and industry sectors in Arizona. In 2010, energy consumption consisted of: 27% for residential energy uses; 15% for industry; 24% for commercial; and 34% for transportation.1) Which of the following personal actions could have the greatest impact in reducing greenhouse gas emissions?A) eating organicallyB) driving a hybrid car using ethanolC) increasing home insulationD) recycling aluminum to the nearest industryE) switching to all compact fluorescent bulbs for lighting
driving a hybrid car using ethanol could have the greatest impact in reducing greenhouse gas emissions compare to others
Warming of the globe is caused by greenhouse gases that trap heat. Burning fossil fuels for electricity, heat, and transportation is the main cause of greenhouse gas emissions from human activity. The majority of greenhouse gas emissions come from the transportation sector. Burning fossil fuels for our vehicles, trucks, ships, trains, and airplanes is the main source of transportation-related greenhouse gas emissions. Petroleum-based fuels, which largely consist of gasoline and diesel, account for over 90% of the fuel utilized for transportation.
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What do genes contain
DNA constitutes genes. The fundamental physical and functional unit of heredity is a gene.
Genes serve as an example.Many of your characteristics, like your skin tone and hair color, are determined by the genes you inherit. Perhaps Emma's mother carries two genes—one for brown hair and one for red hair—and she gave Emma the red hair gene. Her red hair may be explained by the possibility that her father carries two red hair genes.
A gene is what?
genetic material that is transferred from parent to child. A gene is a short segment of DNA on a chromosome that codes for a specific sequence of amino acids needed to generate a certain protein. Genes are made up of DNA sequences and are ordered sequentially at precise positions on chromosomes in the nucleus of cells.
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which of these pathogens cannot be transmitted congenitally or from mother to baby during childbirth?
Leptospira introgans pathogens cannot be transmitted from mother to child during birth or delivery.
Congenitally transmitted organisms are pathogens such as bacteria, viruses and parasites that are passed from the mother to the fetus and cause a variety of infections. Bloodborne pathogens are microorganisms that enter the body through contact with human blood. Once these microbes enter the body, they can cause diseases. Congenital infection occurs when the mother infects the fetus before giving birth. Congenital infection occurs through vertical transmission, which means that the virus is passed from one generation to the next.
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in motor-skill research, transfer of training is similar to the topic of generalization in animal-learning research. True or False
It is true that in motor-skill research, transfer of training is similar to the topic of generalization in animal-learning research.
Our capacity to transfer knowledge from one environment to another is known as generalization of motor learning. Transfer and interference are terms used to describe generalization, depending on whether it is helpful or harmful.
Transfer is similar to generalization.
Positive transfer of practice from one activity to another helps with related tasks. Practice on one task interferes with learning another one that is comparable.
There is a ton of evidence supporting positive transfer, but less so for negative transfer. Negative outcomes could happen when two tasks call for opposing actions (tap left hand, wriggle right hand, switch hands more forcefully).
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what does adenine bind to in a molecule of dna?; complementary dna sequence; dna strand; dna base pairing rules
According to the DNA base pairing rule, adenine binds to the thymine molecule of another DNA strand, which suggests that all the options are correct in their own sense.
Complementary DNA sequence is the nucleic acid sequence of bases which forms pairs with other DNA strand on the basis of base pairing rule. DNA strands are polymers or chains of deoxy nucleoside monophosphates which are linked together by phosphodiester bonds. DNA base pairing rule is given by Chargaff's rule according to which the four sugar bases namely adenine (A), cytosine (C), guanine (G) and thymine (T) combine together on the two DNA strands. As per this rule, adenine (A) always pairs with thymine on the other strand and vice versa and similarly, Cytosine (C) always pairs with guanine (G) on the other strand and vice versa.
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move the terms into the correct empty boxes to complete this concept map that describes the various types of genotypic microbial analyses.
The two basic kinds of genomic microbial identification techniques are (1) pattern- or fingerprint-based techniques and (2) sequence-based techniques.
Genomic analysis: what is it?Through genotyping, researchers can investigate genetic variations like single nucleotide variations, copy number variations, and significant structural alterations in DNA.
What kinds of genotypes are there?The several genotypes that could exist are AA, AO, BB, BO, AB, and OO. How do the six genotypes relate to blood types .To ascertain whether the A and/or B features are present in a blood sample, a blood test is employed.
What is the genotyping test's underlying theory?Genotyping is the technique of identifying variations in an individual's genetic make-up (genotype) by comparing and analyzing their DNA sequence using biological assays.
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Which of the following is needed for the process of cellular respiration so that homeostasis can be maintained within the cell?
Because it supplies the energy required for the interchange of molecules across cell membranes, as well as for protein synthesis and reproduction, cellular respiration is crucial for preserving cellular homeostasis.
What is required in your cells for cellular respiration to take place?Anaerobic (without oxygen) and aerobic (with oxygen) cellular respiration are both possible (without oxygen). During aerobic cellular respiration, glucose and oxygen combine to create ATP, which the cell can utilise. As byproducts, carbon dioxide and water are produced.
In order to breathe, which of the following is required?In the course of respiration, oxygen is used, and as byproducts, carbon dioxide, water, and energy are released.
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