Cells can convert available nutrient materials in to the energy through cellular respiration processes. As seeds germinate, cellular respiration takes place because seeds need energy to grow and develop.
In the process of cellular respiration, which occurs in germination seeds, this same carbon dioxide released is directly inversely proportional to the oxygen absorbed by the seed. The calcium carbonate (solid) that results from this reaction between the carbon dioxide and CaO lowers the volume of fuel in the tube as well as permits the water to rise. To get the energy they require to grow and develop, pea seeds go through cell respiration. Sugars are metabolised within cells to produce energy through a process known as respiration. In the seeds, structures referred to as cotyledons house the respired sugars.
(Why do germinating seeds undergo cellular respiration?)
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A single cubic centimeter of the human brain consists of well-over 50 milliona. Trueb. False
True. A single cubic centimeter of the human brain consists of well-over 50 million nerve cells.
The basic structure of neurons is comparable to other cell types, despite the unique molecular, morphological, and functional characteristics of each kind of nerve cell. As a result, each nerve cell contains a cell body that houses the nucleus, endoplasmic reticulum, ribosomes, Golgi apparatus, mitochondria, and other organelles that are crucial to the operation of all cells. The great magnification and resolution that the electron microscope offers are the ideal for identifying these features. The ability of nerve cells to specialise in intercellular communication makes them distinctive from other types of cells. This quality may be seen in their general morphology, the specialisation of their membranes for electrical transmission, and the intricate structural and functional details of their synaptic interactions with one another.
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During glycolysis, glucose is converted to (pyruvic/acetic/lactic) acid, a molecule that can be used in either fermentation or respiration pathways.
Explanation:
Pyruvic acid glycolysis, glucose is converted to (pyruvic/acetic/lactic) acid, a molecule that can be used in either fermentation or respiration pathways. In full aerobic respiration, pyruvic acid is further broken down and converted to acetic acid.
steroid hormones: a. can cause the formation of cyclic amp and require a second messenger to function. b. cause protein synthesis in the cell. c. can cause the formation of cyclic amp. d. require a second messenger to function.
Steroid hormones cause protein synthesis in the cell. So the correct option is Option B.
For both steroid and thyroid hormones, binding of the hormone-receptor complex with DNA triggers transcription of a target gene to mRNA, which moves to the cytosol and directs protein synthesis by ribosomes. A steroid hormone directly initiates the production of proteins within a target cell. The steroid hormones are synthesized in the adrenal cortex, the gonads, and the placenta; are all derived from cholesterol and many are of clinical importance. Steroid hormones are synthesized in the mitochondria and smooth endoplasmic reticulum. The steroid hormones are synthesized in the adrenal cortex, the gonads, and the placenta; are all derived from cholesterol and many are of clinical importance. Steroid hormones are synthesized in the mitochondria and smooth endoplasmic reticulum.
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Most bacteria function as independent _____ _____, ______ organisms.
Most of the bacteria present in nature function as single celled, independent organisms.
Bacteria are basically unicellular or single-celled microorganisms which are found everywhere in nature. They are able to form colonies, which involve a number of bacteria which have originated from a single mother cell
The physical structure as well as the organization of bacteria refers to the bacterial shapes and arrangements. The majority of the bacteria that are found around us are basically autonomous or we can say they are unicellular creatures, meaning that each of the bacterium has its own independent life.
The cytoskeleton as well as the cell wall of these bacteria determine their varied morphologies, which include rod-shaped, spiral, spherical, and comma-shaped.
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Classify each type of matter as an element, a compound, a heterogeneous mixture, or a homogeneous mixture. Drag each item to the appropriate bin.
Aluminum, magnesium and platinum are elements, carbon monoxide, toluene and sugar are compounds, apple juice with pulp and soil are heterogeneous mixtures and hot coffee, salt water and air are homogeneous mixtures.
A chemical element or simple an element is basically a chemical substance which cannot be broken down further into other substances. For example, aluminum, platinum and magnesium. Two or more elements together combine together in order to form a compound. Some examples are sugar, toluene and carbon monoxide.
Heterogeneous mixtures are the mixtures which basically consist of two or more than two phases and do not have a uniform composition. For example, soil and apple juice with pulp. Homogeneous mixtures basically are the ones which possess a uniform composition throughout their bulk. For example, air, salt water etc.
The given question is incomplete, the complete question is
"Classify each type of matter as an element, a compound, a heterogeneous mixture, or a homogeneous mixture: Hot coffee, salt water, air, apple juice with pulp, soil, Carbon monoxide, toluene, sugar, aluminum, magnesium, platinum."--
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In the pine, microsporangia form _____ microspores by _____.
a) diploid ... mitosis
b) haploid ... meiosis
c) diploid ... meiosis
d) haploid ... mitosis
e) triploid ... fertilization
In the pine, the diploid sporangia form the haploid microspores by the process of meiosis.
Hence, the correct option is option b.
The microgametophyte in the seed plants like pine is known as a pollen grain. The pollen grains start their development in the microsporangia, which are also sometimes called pollen sacs in the seed plants.
Within the microsporangia the diploid microspore mother cells which are also known as the pollen mother cells form. Each of the microspore mother cell undergoes the process of meiosis in order to produce a tetrad, or we can say group of four, haploid microspores. Each microspore then finally begins dividing in order to form a tiny microgametophyte which is known as the pollen grain.
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which of the following enzymes is associated with conditions affecting skeletal muscles? select one: a. aldolase b. alkaline phosphatase c. gamma-glutamyltransferase d. 5'-nucleotidase
The following enzyme, aldolase, is linked to diseases that affect the skeletal muscles.
The glycolysis metabolic process is catalyzed by the glycolytic enzyme aldolase, which transforms fructose 1-6-diphosphate into glyceraldehyde 3-phosphate and dihydroxy-acetone phosphate. Aldolase is found in the cytoplasm and nucleus of the cell. The cytoskeleton's actin-containing filament is where the muscle type of aldolase (aldose A), one of three aldolase isoenzymes (A, B, and C), is discovered bound. Through its reversible attachment to these filaments, the enzyme controls how tightly a cell contracts. Aldolase is probably present in every cell, with higher quantities seen in the tissues of muscle, the liver, and the brain. Myotonic muscle disease has been associated with higher aldolase levels.
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gland that produces hormones that control the rate at which cells produce energy
Thyroid gland that makes hormones that regulate how quickly cells burn through energy.
What is the name of the hormone-producing glands?The circulation receives hormones from endocrine glands. This enables the hormones to reach cells in different regions of the body. The endocrine hormones aid in the regulation of mood, growth and development, organ function, metabolism, and reproduction.
Which gland and hormone regulate activity?A tiny gland around the size of a pea, the pituitary is crucial in controlling important bodily processes and overall health. It is known as the body's "master gland" because it regulates the function of the majority of other glands that secrete hormones.
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What was the impact of human-driven changes to the environment on the frequency of sickle cell trait?
It's crucial to better understand how the environment affects sickle cell trait because of global warming, rising urbanisation, and declining air quality.
One defective allele of the haemoglobin beta gene is all that distinguishes a person with sickle cell trait (SCT), a benign disorder. In contrast, sickle cell disease (SCD) is caused by two defective haemoglobin beta gene alleles, and the affected person has hemoglobinopathy. Patients who have SCT typically have a higher quality of life than those who have SCD since they do not experience the symptoms of sickling like those who have SCD do. Comparing SCT patients to the general population, there is no higher risk of mortality. In this activity, the interprofessional team's critical role in enhancing patient care for those with sickle cell trait is reviewed along with its assessment and management.
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Anthropologist Holly Barker came into contact with the effects of structural violence in her work with government. Identify the examples of structural violence.-the refusal of U.S. political institutions to recognize the health-care needs of the Marshallese-Coca-Cola's tapping of water resources in Plachimada, India
One such example is the refusal of U.S. political institutions to recognize the health-care needs of the Marshallese, a population affected by nuclear testing in the Pacific region.
Structural violence refers to the systemic and institutionalized forms of violence that are built into the structures and policies of society. Anthropologist Holly Barker encountered examples of this type of violence in her work with government. The lack of access to adequate healthcare and the impact on the health of the population is an example of structural violence.
Another example is Coca-Cola's tapping of water resources in Plachimada, India, which resulted in water scarcity and the depletion of local water resources, affecting the livelihoods of the local population. This is an example of how corporate practices can lead to structural violence and negatively impact communities. These examples highlight the importance of understanding and addressing structural violence in order to promote social justice and ensure a more equitable society.
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in areas of africa in which malaria is prevalent, many human populations exist in which the allele that produces sickle-cell disease and the allele for normal red blood cells occur at constant frequencies, despite the fact that sickle-cell anemia disease frequently causes death at an early age. this is an example of
In areas of Africa in which malaria is prevalent, many human populations exist in which the allele that produces sickle-cell disease and the allele for normal red blood cells occur at constant frequencies, despite the fact that sickle-cell anemia disease frequently causes death at an early age. This is an example of balancing stabilizing selection.
Balancing stabilizing selection a type of natural selection in which two or more alleles of a gene are maintained in a population at constant frequencies over time. In this case, the presence of the sickle-cell allele provides a benefit in the form of resistance to malaria, a serious and often deadly disease that is prevalent in many parts of Africa.
People who have the sickle-cell allele are less likely to get sick with malaria because the sickle-cell shape of the red blood cells makes it harder for the parasites to infect them.
On the other hand, people who have two copies of the sickle-cell allele will develop sickle-cell anemia, a serious condition in which the red blood cells take on a sickle shape.
The balance between sickle-cell allele and the normal red blood cell allele are maintained in the population at constant frequencies. This is why the sickle-cell allele and the normal red blood cell allele both occur at high frequencies in populations where malaria is prevalent.
The sickle-cell allele provides a survival advantage against malaria, but having two copies of the allele is lethal. This creates a balance in which the sickle-cell allele and the normal red blood cell allele both persist in the population.
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large molecules made from smaller organic molecules are called
Large molecules made from smaller organic molecules are called macromolecules.
Macromolecules are known as the polymers, that have long chains of subunits known as the monomers. Biological macromolecules are considered as the large molecules, which is necessary for life, and these are made up of smaller organic molecules. Four major classes of biological macromolecules are known as carbohydrates, lipids, proteins, and nucleic acids) they all are essential cell component that performs a wide array of functions.
Majority of macromolecules are also the polymers, they mostly consist of a single unit termed as monomer repeated many times.
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phospholipids provide the cell-specific functions of the plasma membrane. TRUE or FALSE
FALSE. The majority of the particular functions performed by the plasma membrane are carried out by Proteins.
What membrane function are carried out by proteins?
Membrane proteins meditate actions that are essential for biological cells to thrive. Receptors facilitate communication between the cell and its surroundings, membrane-embedded enzymes catalyze chemical reactions, and transporters that are embedded in membranes carry ions and bigger solutes across membranes.
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what is the main purpose of epidemiologic surveillance?
The main purpose of epidemiologic surveillance is to monitor the distribution and spread of diseases in a population.
It involves collecting, analyzing, and interpreting data about the incidence, prevalence, and patterns of disease in a population over time. This information is used to identify outbreaks of disease, track their spread, and implement public health interventions to prevent further transmission and protect the health of the population. Epidemiologic surveillance helps public health officials to respond quickly and effectively to disease threats and develop strategies for disease control and prevention.
Epidemiological monitoring is becoming more and more important for effective public health management with the rise of global health challenges. It is used to track the spread of infectious diseases, identify and investigate disease outbreaks, and gauge the severity of persistent infections.
Additionally, it can be used to supervise the security and efficiency of novel therapies and interventions, as well as to give direction for health promotion initiatives like immunization campaigns.
The complete question is:-
What is the main purpose of epidemiologic surveillance?
1. Identifies causes of disease
2. Advocates for epidemiologic research
3. Provides data for making public health decisions
4. Builds relationships among local public health agencies
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which part of the vertebra transfers the weight of the body along the axis of the vertebral column? group of answer choices spinous processes transverse processes vertebral body pedicle
Vertebral body is the part of the vertebra that transfers the weight of the body.
What is the function of the vertebra?
The flexible column that extends from the neck to the tail of vertebrate animals is known as the vertebral column or spinal column. It is made up of a number of bones called vertebrae. The vertebral column's main job is to protect the spinal cord, but it also stiffens the body and serves as an attachment point for several muscles, the pectoral and pelvic girdles, and the spinal cord. The ability to transfer body weight when walking and standing is another characteristic of humans.
In higher vertebrates, each vertebra has a ventral body, or centrum, which is topped by a Y-shaped neural arch. The arch also has two transverse processes, one on each side, which serve as points of attachment for muscles and ligaments, as well as a spinous process that extends backward and downward and can be felt as a series of bumps down the back.
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The major evolutionary episode corresponding most closely in time with the formation of Pangaea was the a. Pleistocene ice ages. b. Cambrian explosion c. Cretaceous extinctions. d. Permian extinctions
The major evolutionary episode corresponding most closely in time with the formation of Pangaea was d. Permian extinctions.
In general , the major evolutionary event correlative with most closely in time occurs while the formation of Pangaea was the Permian extinction. This episode took place at around 250 million years ago. On the other hand the Pleistocene ice ages took place at much later, around 2.6 million to 11,700 years ago. Hence , Permian mass extinction in the oceans was caused by global warming that made animals unable to breathe.
Permian extinction, also known as the Permian-Triassic extinction or end-Permian extinction, which is a series of extinction process that is noted as the greatest mass extinction in Earth's history.
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which issue could cause a plant to have too little water? a not enough photosynthesis b not enough photosynthesis c too much transpiration d too much respiration
Too much transpiration cause a plant to have too little water.
Plants lose water vapour through their stomata through a process called transpiration. When the weather is extremely hot, the plant loses water vapour, which cools it down. Water from the stem and roots flows upward or is "drawn" into the leaves. Abscisic acid, a plant hormone that induces the stomatal pores to close and lessens water loss during the release of oxygen and intake of carbon dioxide, is released by dehydrated mesophyll cells when there is less water available for the plants.
When plants lose too much water, their rate of absorption rises and they begin to wilt. The cells of the plants wilt when this happens, losing water and becoming dry. Water evaporation happens quickly in the summer when the weather is dry and hot. Plants must be able to keep from losing too much water in order to survive. Plants have some adaptations, including features like the cuticle and leaf hair that reduce excessive water loss.
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What do you called the long tube connected to one end of the epididymis to urethra of the male reproductive system?
The vas deferens (singular) is also called a ductus deferens or a sperm duct. This long muscular tube runs from the epididymis into the pelvic cavity behind your bladder and connects to your urethra through a structure called the ejaculatory duct.
Many animals have a male reproductive system that includes the vas deferens, also known by its more contemporary term, ductus deferens. In preparation for ejaculation, the ducts move sperm from the epididymis to the ejaculatory ducts. The inguinal canal serves as the exit point for the vas deferens, a partially coiled tube from the abdominal cavity.
Vasa deferentia is the plural form of the Latin term vas deferens, which means "carrying-away vessel." The plural of ductus deferens, ducti deferentes, which means "carrying-away duct," is also a Latin term.
The seminal vesicles and the left and right epididymis are connected by two vasa deferentia to create the ejaculatory duct, which transports sperm.
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A haploid cell that combines with another haploid cell during fertilization
a) ATP (adenosine triphosphate)
b) chromosome
c) crossing over
d) gamete
e) gene
f) germ cell
g) meiosis
h) mitosis
i) translation
j) transcription
During fertilization, a haploid cell that fuses with another haploid cell is known as a gamete.
What occurs if two haploid gametes are fused together during fertilization?A new organism's first cell, the diploid zygote, is created during fertilization when two haploid gametes are combined. When the zygote enters the first cell cycle's G1, the organism starts to grow and develop through cell division and mitosis.
What do two haploid cells become known as?Sperm and eggs are produced during meiosis in humans as haploid cells. A new genome is created when two haploid sets of chromosomes combine to form a full diploid set during fertilization between a sperm and an egg.
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Which description of the heart or its coverings?
Your entire heart is enveloped in a protective sac called the pericardium
The heart and the roots of the major vessels are contained within the pericardium, commonly known as the pericardial sac. It consists of two layers: a serous membrane-covered inner layer and a fibrous pericardium-covered outer layer (serous pericardium). It defines the middle mediastinum and encloses the pericardial cavity, which is filled with pericardial fluid. It keeps the heart free from interference from other organs, shields it from infection and stress, and lubricates the beats of the heart. A robust fibroelastic sac called the pericardium surrounds the heart on all sides, with the exception of the bottom and the cardiac root, where the major vessels join the heart (where only the serous pericardium exists to cover the upper surface of the central tendon of diaphragm).
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replication is the synthesis of _______, and transcription is the synthesis of _______.
Replication is the synthesis of the DNA and transcription is the synthesis of the RNA.
Replication is a process by which inheritable information is copied from one DNA patch to another. It's a abecedarian process in all living cells and is necessary for the conservation of inheritable information. Replication occurs during the cell cycle when a cell is preparing to divide.
During replication, each beachfront of the double- stranded DNA patch is used as a template for the creation of a new reciprocal beachfront. Recap is the process of making an RNA interpretation of a gene. It's the first step in gene expression, where the information from a gene is used to produce a functional product.
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8-11. In the table below, state the role in the menstrual cycle of the following hormones; FSH,
LH, estrogen, and progesterone.
Hormone
8. FSH
9. LH
10. Estrogen
11. Progesterone
Role in the Menstrual Cycle
FSH stimulates follicle growth, LH triggers ovulation, estrogen thickens the uterine lining, and progesterone maintains the uterine lining for a potential pregnancy.
What is the role of hormones in menstrual cycle?These are the roles of hormones:
FSH (Follicle Stimulating Hormone): FSH stimulates the growth and maturation of follicles in the ovaries, leading to the release of an egg.LH (Luteinizing Hormone): LH triggers the release of the egg from the ovary, known as ovulation, and also stimulates the formation of the corpus luteum.Estrogen: Estrogen helps regulate the menstrual cycle and prepares the lining of the uterus for pregnancy by promoting endometrial growth and blood flow.Progesterone: Progesterone helps regulate the menstrual cycle and supports pregnancy by thickening the endometrial lining and maintaining its blood supply, creating a nurturing environment for a fertilized egg. If pregnancy does not occur, the production of progesterone decreases, causing the endometrial lining to shed, leading to menstruation.Learn more about menstrual cycle, here:
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Which mutants are in the same complementation group as mutant strain 1?Select all that apply.a)2b)3c)4d)5e)6f)7
Mutant strain 2 and mutant 3 are carrying different mutant alleles of the same gene (gene 2). Mutant 5 will complement all the other mutants, so it is in a different gene, and the same is true for mutant 6.
A mutant is a creature or novel genetic trait that results from a mutation, which is typically a modification in the DNA sequence of an organism's genome or chromosome. It is a characteristic that would not naturally occur in a specimen. Viruses with nuclear genomes and mutations include those whose nucleotide sequences have changed.
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much of the energy released in catabloic reactions is captured in atp for use in other reactions. when the phosphate is transferred directly from an organic molecule to adp in order to prodcue atp without an energized membrane, what has occurred
A phosphate group from a substrate is transferred directly to ADP or GDP during a metabolic process called substrate-level phosphorylation, which produces ATP or GTP.
What is Substrate-level phosphorylation?
Glycolysis involves substrate-level phosphorylation. This pathway involves the addition of a phosphate group to glucose (substrate). The enzyme Hexokinase catalyzes the first step, often known as the preliminary phase, where fructose-1-phosphate is converted to fructose-1, 6-bisphosphate.
The two ATP molecules that were utilized are produced in the following stage, often known as the payoff stage, or returned to the system. This also occurs in two stages: (1) when 1,6-bisphosphoglycerate is converted to 6,6-phosphoglycerate, 1 ATP molecule is released; and (2) in the last stage, when phosphoenolpyruvate is changed to pyruvate.
Substrate-level phosphorylation is the process of transferring phosphate from an organic substance to ADP in order to produce ATP.
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when an allele is the only variant in the population it is said to be...
When an allele is the only variant of a gene in a population, it is said to be fixed. An allele is a specific version of a gene that occurs at a specific locus (position) on a chromosome. If a population has only one allele for a particular gene, it is said to be fixed for that allele, meaning that all individuals in the population have the same version of the gene.
Fixation of an allele in a population can occur through genetic drift, a random process that can result in the loss of one or more alleles over time, or through natural selection, where one allele confers a survival advantage over others and becomes more common in the population over generations. Having a fixed population means that there is limited genetic variation, which can be both beneficial and harmful. On one hand, it can lead to a more uniform and predictable population, but on the other hand, it can leave the population vulnerable to diseases and environmental changes. Therefore, it is important to maintain genetic diversity within populations to ensure the long-term health and survival of a species.
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what characteristics of chlamydomonas are typical of protists in general?
Chlamydomonas size, it's habitat and the lack of characteristics that define members of the plant, animal, and fungal kingdoms.
Chlamydomonas is a species of green algae made up of unicellular flagellates that may be found in stagnant water, wet soil, freshwater, marine, and even snow as "snow algae."
Chlamydomonas is employed as a model organism in molecular biology, particularly in investigations of flagellar motility and chloroplast dynamics, as well as biogeneses and genetics.
One of the most notable characteristics of Chlamydomonas is the presence of ion channels (channelrhodopsins) that are directly triggered by light. Opogenetics makes use of these proteins.
Most Chlamydomonas cells are oval in form and have a noncellulosic membrane (theca), a stigma (eyespot), and a cup-shaped chloroplast. Although photosynthesis takes place, nutrients can also be absorbed through the cell surface.
Zoospores are used for asexual reproduction. Sexual reproduction occurs through the creation of gametes. Motility, sexual differentiation, and gamete fusion appear to be reliant on the generation of chemicals (termones, gamones) with a regulatory activity akin to hormones.
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true or false: only diseased tissue may be used for culturing a clinical specimen to determine the cause of an infectious disease.
False, Clinical specimens can come from both diseased and non-diseased tissue.
What are Tissues?
In the bodies of multicellular creatures, tissues are collections of related cells that serve a particular purpose. They serve as the organs' structural and operational units. The epithelial, connective, muscular, and nerve tissues are the four primary types of tissues found in animal bodies.
A component of the body that has been impacted by a disease or unusual state is referred to as diseased tissue. Numerous factors, including infections, genetic diseases, physical injuries, or other health issues, could be to blame for this.
Swelling, discomfort, inflammation, or unusual changes in color or texture are just a few symptoms of diseased tissue. If untreated, it may also impair the affected area's ability to operate normally and even cause more significant health problems.
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how detrimental to the cell would it be to not have a backup metabolic pathway (lac operon) for when glucose is not present?
Not having a backup metabolic pathway can be detrimental glucose to the cell as it limits the cell's ability to generate energy and survive in varying environments.
The lac operon is a metabolic pathway used by bacteria to produce energy in the absence of glucose. The pathway enables bacteria to metabolize lactose, a sugar found in milk, when glucose is not available. Having a backup metabolic pathway is important for the cell as it provides the cell with the ability to generate energy and survive in varying environments. Without a backup metabolic pathway, the cell would be limited to producing energy only from glucose and would not be able to switch to alternative energy sources when glucose is not available. As a result, not having a backup metabolic pathway could be detrimental to the cell and could lead to decreased survival, growth, and reproduction.
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a rise in a woman's basal body temperature signals group of answer choices that ovulation has occurred. the beginning of the menstrual cycle. that fertilization has occurred. the end of the current menstrual period.
A rise in a woman's basal body temperature signals group of answer choices that ovulation has occurred.
Pregnancy can also be identified using the basal body temperature approach. An increase in basal body temperature that persists for 18 days or longer after ovulation may be a sign of impending pregnancy.
The release of progesterone following ovulation causes an increase in basal body temperature. Progesterone will keep being secreted to aid in the fetus' development if you get pregnant, therefore your body temperature will stay high.
Your cycle's first phase sees a lower level, and the second phase sees an increase when you ovulate. Usually, a person's pre-ovulatory temperature ranges between 96° and 98° Fahrenheit. It rises to between 97 and 99 degrees Fahrenheit after ovulation, which is around 0.1 degree higher than normal.
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which part of a dna molecule is responsible for the direct coding
The sequence of nucleotide bases in the DNA molecule,is a part of a DNA molecule is responsible for the direct coding of specific traits in an organism.
A polymer made of two polynucleotide chains that coil around one another to create a double helix is called deoxyribonucleic acid. All known organisms and many viruses have genetic information in the polymer that is necessary for their development, operation, growth, and reproduction. Nucleic acids include DNA and ribonucleic acid (RNA). Nucleic acids are one of the four main categories of macromolecules that are necessary for all known forms of life, along with proteins, lipids, and complex carbohydrates (polysaccharides). Nucleotides are organic compounds made up of a phosphate and a nucleoside. They function as monomeric units of the key macromolecules found in all living forms on Earth, deoxyribonucleic acid (DNA), and ribonucleic acid (RNA), which are both nucleic acid polymers.
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complete question:Which part of a DNA molecule is responsible for the direct coding of specific traits in an organism?
a. The number of hydrogen bonds that hold the strands of DNA together.
b. The number of carbons in the DNA molecule.
c. The sequence of nucleotide bases in the DNA molecule.
d. The sequences of phosphates along each DNA strand.