The structure of a cell wall can be determined by staining it with different dyes. Different dyes will bind to different components of the cell wall, and the resulting color can reveal information about the structure of the cell wall.
Gram-positive bacteria have a thick peptidoglycan layer in their cell walls. When stained with crystal violet and iodine, the peptidoglycan layer will retain the dye, resulting in a purple color.
Gram-negative bacteria have a thinner peptidoglycan layer and an outer membrane containing lipopolysaccharides. When stained with crystal violet and iodine, the thinner peptidoglycan layer will not retain the dye, and the outer membrane will not be affected. The result is that the cell appears pink or red.
In summary, the staining of cell walls with crystal violet and iodine can be used to differentiate between Gram-positive and Gram-negative bacteria. Gram-positive bacteria will appear purple, while Gram-negative bacteria will appear pink or red.
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the position of the heart relative to some of the structures around it would include the following locations except . a. deep to the sternum b. superior to the diaphragm c. inferior to the ribs d. anterior to the vertebral column e. none of the above
The following areas would be included in the heart's position in relation to several nearby structures, with the exception of:.
a. deep to the sternum
b. superior to the diaphragm
Why does the diaphragm serve its purpose?You can breathe in and out with the aid of a muscle called the diaphragm (breathe in and out). Your lungs and heart are located above this narrow, dome-shaped muscle. It is joined to your spine, the base of your rib cage, and the sternum, a bone in the middle of your chest.
What causes difficulties with the diaphragm?Although the causes of disorders of the diaphragm might vary, they are frequently brought on by issues with the physiology or the nervous system, such as: Congenital defects, which appear at birth but have no known aetiology. acquired flaws that develop after an accident, surgery, or other traumatic event. Stroke.
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color blindness is an x-linked recessive trait. a male that is color-blind is crossed with a female that is homozygous for normal vision. what is the probability they will have a color-blind child?
Color blindness is an x-linked recessive trait. a male that is color-blind is crossed with a female that is homozygous for normal vision, All the offspring will have normal color vision.
The gene responsible for color blindness is on the X chromosome. In other words, red-green color blindness is an X-linked recessive trait. If a female inherits a normal color vision gene and a mutated gene, she will not develop red-green color blindness, as this is a recessive trait.
Color blindness is most commonly inherited as a recessive trait on the X chromosome. The gene responsible for red-green blindness is inherited on the X chromosome. Red-green blindness is more common in males because it is inherited on the X chromosome. A male has only her one X chromosome from her mother.
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question 8 options: the mrna transcript produced from a transition mutation at nucleotide position 6 (relative to the template strand) would be
A transitional mutation at nucleotide c2 position (relative to the template strand) could result in the mRNA transcript Part E. The new mRNA would translate into the protein Amino- - - - -Carboxyl.
The DNA strand wherein the mRNA is produced is known as the template strand. The DNA strand opposite the template strand is known as the coding, and non-template, strand, which has the same sequence as mRNA with the exception of T for U substitutions. The RNA and DNA strands of the template are antiparallel. The 3' end of the strand can now only add RNA nucleotides (A, U, C, or G). The mRNA molecule's nucleotide sequence is read in groups of three, sequentially. There are 64 potential permutations of three nucleotides because RNA is a linear polymer made up of four distinct nucleotides, including the triplets AAA, AUA, and AUG.
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Gene mutations can be positive, negative or neutral. Suppose that the normal gene in Model 2 produced a polypeptide that was necessary for cellular respiration.Choose a mutation from those in Model 2 that would be neutral for a cell. Explain your rea- soning by relating the mutation to the cellular respiration process.A) mutation b
B)mutation A
C) mutation C
Genetic mutations are alterations in the normal gene sequence that result in the production of aberrant proteins.
The correct answer is all of them, gene mutation can be positive, negative, or neutral.
A) Various environmental influences and spontaneous occurrences can cause changes in genes, often known as mutations, which can affect the structure and function of the proteins that our cells utilize. Genes encoded in our DNA produce proteins that carry out particular activities within human cells. All new alleles in nature emerge spontaneously from mutations, which occur at a low frequency due to mistakes in DNA replication and the chemical instability of purine and pyrimidine bases.
Therefore, a gene mutation is a modification of the nucleotide sequence inside a single coding segment of DNA that takes place during cell replication (mitosis and meiosis). Variations in alleles result in variations in the organisms that make up a population. Cellular respiration, or the conversion of inspired oxygen to water that powers cellular activity, also produces highly reactive oxygen species that can damage DNA.
The purine bases G and A are particularly vulnerable to this attack. Positive mutations increase the likelihood that the organism will survive, which increases the likelihood that the mutation will be passed on to the offspring.
B) The human body replaces every cell during cellular respiration because of metabolism, and any errors in mRNA transcription or polypeptide translation can also happen. As temporary alterations to the cell, these modifications are nonetheless regarded as negative mutations since they might cause an organism to die before it has a chance to reproduce.
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What is directional selection and give an example?
Directional selection occurs when individuals in a population with features on one side of the mean outlive or reproduce more than those on the other.
It has been proven numerous times in wild populations, using both observational and experimental methods.
Fossil data demonstrate that the size of black bears in Europe dropped throughout interglacial times of the ice ages, but increased during each glacial period, which is an example of directional selection. Another example is the size of a finch's beak in a population.
Natural selection is classified into three types: directional selection, stabilizing selection, and disruptive selection. They are also illustrations of adaptive evolution. Natural selection is an evolutionary mechanism that rewards organisms that are more adapted to their environments.
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You overhear a group of people talking about how they support the cloning of endangered species. they believe that the genome of these cloned populations will never change, no matter how many generations of offspring they produce. do you agree with this? explain your answer with reasons.
It is false that the genome of the endangered species will not change upon cloning for several generation. This is because mutations can occur at any stage of the cloning and hence will result in genome change.
Cloning is the process of synthesizing a genetically identical copy of the genome of an organism. This process can occur naturally as well as be done artificially. Naturally cloning can occur by the process of asexual reproduction.
Mutations are the changes in the genetic sequence of a living organism. It can result in the change of the characteristics of the organism due to the change in the protein that is formed from the gene. Some mutations do not cause any change in the protein synthesized and are thus known as silent mutations.
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Answer:
Genetic mutations can always occur, even in cloned organisms. So, genomes of cloned populations can change as well.
Explanation:
Edmentum Answer
autonomic regulation of heart rate is via two reflex centers found in the pons.
False: The two reflex centres located in the pons are how autonomic regulation of heart rate occurs.
What is meant by ventricular muscles?Blood is pumped from the heart into the circulatory system via the muscular ventricle. In several invertebrates, ventricles are present.Fishes, amphibians, and other vertebrates typically have a single ventricle, but reptiles, birds, and mammals typically have two. The right and left ventricles, which are the heart's lower chambers, are known as ventricles.The blood is pumped to the body's other organs by the ventricles, which take blood from the atria, the heart's upper chambers.Blood is pumped by both the left and right ventricles of the heart, with the right ventricle sending blood to the lungs.The largest and thickest of the heart's chambers, the left ventricle is in charge of delivering oxygen-rich blood to tissues throughout the body.To learn more about ventricular muscles, refer to:
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The complete question is:autonomic regulation of heart rate is via two reflex centers found in the pons. true or false
Which of these can act as a vector to introduce new genes into a cell? A. clones B. humulin C. PCR D. plasmids E. GM
plasmids E. GM these can act as a vector to introduce new genes into a cell.
Due to the ease with which plasmids are transferred from one bacteria to another in nature, plasmids make excellent vectors for introducing novel genes into host cells. A so-called recombinant plasmid can be made by researchers inserting DNA snippets or genes into a plasmid vector. Through a procedure known as transformation, this plasmid can be added to a bacteria. Cloned animals; humulin Plasmids, PCR, and C E. GM Restrictions enzymes are used to separate the desired DNA from the vector and to open the vector in order to clone a segment of DNA (such as a gene) into the vector. By combining the vector and DNA in the presence of the enzyme DNA ligase, the DNA is inserted into the vector.
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which type of blood vessel surrounds tissues and cells?
Answer:
Capillaries
Explanation:
Capillaries surround tissues and cells and help deliver blood, nutrients, and oxygen to cells throughout the body. They work in various different ways to support organs and the functioning of the vascular system.
Capillaries are Blood vessels that do not have the elastic tissue of other blood vessels.
The capillaries also connect the branches of arteries to the branches of veins.
Functions of capillaries:
Capillaries help the circulatory system by connecting arteries to veins:
Arteries carry oxygen-rich blood from the heart to your organs whereas veins help the body remove low-oxygen blood and waste.Capillaries also support Bone marrow it enables new blood cells to enter our bloodstream.The liver is supported by capillaries as it removes defective red blood cells and bacteria.Organelle in every cell which part of the cell contains genetic information?
a. Cell
b. Nucleus
c. Chloroplast
d. Mitochondria
b.Nucleus. The nucleus, also referred to as the cell's "command centre," is a sizable organelle that houses the DNA of the cell (deoxyribonucleic acid). Using the genetic information contained in the DNA, the nucleus regulates every aspect of a cell's functioning, including growth and metabolism.
The membrane-enclosed organelle in a cell that houses the chromosomes is known as a nucleus in the context of genomics. Selective passage of some molecules (such proteins and nucleic acids) into and out of the nucleus is made possible by a variety of holes, or pores, in the nuclear membrane.What exactly does a nucleus do?
The nucleus houses the genes, structures that hold the hereditary information, and regulates and controls the functions of the cell (such as growth and metabolism). In the nucleus, nucleoli, which are tiny bodies, are frequently seen. Nucleoplasm is the matrix that resembles a gel and contains the various nuclear parts.
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What are the three parts of a nucleotide?
A. 5-carbon sugar, phosphate group, and nitrogenous base
B. 5-carbon sugar, phosphate group, and cabboxyl group
C. 5-carbon sugar, nitrogenous base, and adenosine
Answer:
A. 5-carbon sugar, phosphate group, and nitrogenous base
Explanation:
The three parts of a nucleotide are a 5-carbon sugar, a phosphate group, and a nitrogenous base. The 5-carbon sugar is typically either ribose or deoxyribose, the phosphate group is composed of one phosphate ion, and the nitrogenous base is either adenine, guanine, cytosine, or thymine.
What causes stabilizing selection?
Stabilizing selection is caused by the environment maintaining a balance of traits within a population that are best suited for survival and reproduction.
The environment favors individuals with intermediate traits, while selecting against individuals with extreme traits. This stabilizing selection can lead to a decrease in genetic variation within a population over time, as traits that deviate too far from the norm are less likely to be passed on to future generations. For example, stabilizing selection in a population of plants, plants with a moderate height may be better able to survive in a particular environment because they are not too tall to be knocked over by wind, nor too short to be shaded by taller plants. stabilizing selection is driven by the environment that maintains a balance of traits that are best suited for survival and reproduction, leading to a decrease in genetic variation within a population over time.
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increased levels of hormones during puberty can cause a(n) response to plaque biofilm. group of answer choices a) decreased b) exaggerated c) typical d) optimal
Option B, Increased levels of hormones during puberty can cause an exaggerated response to plaque biofilm.
The hormones during puberty can cause an exaggerated response to plaque biofilm without scientific evidence. It is important to note that oral hygiene and oral health are complex subjects and the effects of hormones on oral health are not well studied.
It would be best to consult with a dentist or a medical professional for more information.
Plaque biofilm is a complex bacterial ecosystem that forms on the surfaces of teeth and gums, and it is known that it plays a major role in the development of tooth decay and gum disease.
However, there is not enough scientific evidence to support the claim that increased levels of hormones during puberty can cause an exaggerated response to plaque biofilm.
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question 4 you are calculating the heritability of fastest sprint speed in horses. you have two pure-breeding, homozygous horse breeds (arabian and azteca). you cross these horses. in the f1 generation, the variance in sprint speed is 150. in the f2 generation, the variance in sprint speed is 1000. what is the heritability of sprint speed in these horses?
The heritability of sprint speed in these horses is 0.625.
Heritability is the proportion of variation in a trait that can be attributed to genetic differences. To calculate heritability, the formula is h2 = V A /V P , where V A is the variance among the offspring and V P is the variance among the parents.
The variance of the F1 generation is 150, and the variance of the F2 generation is 1000. Therefore, the heritability is 1000/150 = 0.625. This means that 62.5% of the variation in sprint speed can be attributed to genetic differences between the two breeds of horses.
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Which of the following is not a distinguishing characteristic of Bacteria?
Select one:
a.
Can live in many types of environments
b.
Eukaryotic
c.
Autotrophic or heterotrophic
d.
Unicellular
The statement that we know that can be characteristic of the bacteria is that they are unicellular. Option D
What is bacteria?We know that bacteria is the kind of organism that we can say that it is ubiquitous. This is because we can be able to find the bacteria in so many different kinds of habitats.
Bacteria are well adapted to different habitats. There are some of thye bacteria that can be able to live in a salty habitat and we call such the halophytes. We also have the kind of bacteria that can be able to withstand a high temperature and we call such bacteria the thermophytes. Hence, there is no kind of habitat that we can think of that do not have the presence of many different kinds of bacteria that have been adapted to the environment of the area.
Bacteria have one cell and this why we call them unicellular organisms.
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List and describe the characteristics of living organisms.
Living organisms are made up of a cell.
What is living organisms?Living organisms can be defined as any organism or a life form that possesses characteristics of life or being alive.
There are seven characteristics of living organisms such as :
Movement : all living organism can moves a body part or parts to bring without a change in the position of the organisms.Breathing : is the process of taking in of oxygen and giving out carbon dioxide with the help of respiratory organs. Respiration: is metabolic process wherein the living cells of an organism obtains energy by taking in oxygen and liberating carbon dioxide from the oxidation of complex organic substances.Excretion :is a process in which metabolic waste is eliminated from an organism. Growth: is increase in size of all living organismSensitivity: is the capacity of an organism to respond to stimulationReproduction: is the production of offspring, all living organism can give birth to one another.Learn more about living organisms here: brainly.com/question/17259533
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5. what is the most likely consequence of a mutation in the acetylcholine binding site of an acetylcholine-gated na channel in the post-synaptic nerve terminal? (note: this mutation prevents the binding of acetylcholine to the channel) a: there is no effect b: the channel will not insert properly into the membrane c: the channel will now transport k d: the channel will stay in an open conformation e: the channel will not open when acetylcholine is present
The correct option is (e) i.e. the channel will not open when acetylcholine is present, is most likely consequence of a mutation in the acetylcholine binding site of an acetylcholine-gated Na channel.
Mutation in the acetylcholine binding site of an acetylcholine-gated Na channel in the post-synaptic nerve terminal. This is because the binding of acetylcholine to the channel is necessary for the channel to open and allow the influx of sodium ions, which is an essential step in the process of neurotransmission. The binding of acetylcholine, the channel will not open and neurotransmission will not occur. Acetylcholine (ACh) is a neurotransmitter that is widely distributed in the nervous system. It plays a key role in many physiological processes such as muscle contraction, memory and learning, and is involved in the regulation of several endocrine and autonomic functions. ACh is synthesized from acetyl-CoA and choline in the terminal of the presynaptic neuron, and then stored in vesicles. Once released into the synaptic cleft, ACh binds to receptors on the postsynaptic neuron and triggers a cascade of events that lead to the opening of ion channels and the initiation of an action potential in the postsynaptic neuron. ACh is also involved in the regulation of synaptic plasticity, which is the ability of the brain to change in response to experience.
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a bundle of microtubules that helps organize the movement of chromosomes during cell division.
A spindle apparatus is a bundle of microtubules that helps organize the movement of chromosomes during cell division.
A spindle apparatus is a structure that forms during cell division and is composed of microtubules. These microtubules help to organize the movement of chromosomes during the process of mitosis or meiosis.
The spindle apparatus is made up of two main parts: the poles and the spindle fibers. The poles are the ends of the spindle apparatus and are composed of centrioles. The spindle fibers extend from the poles and attach to the chromosomes.
The spindle fibers pull the chromosomes apart during cell division, ensuring that each daughter cell receives the correct number of chromosomes. The spindle apparatus is crucial for the proper segregation of chromosomes during cell division, which is essential for maintaining genetic integrity in the resulting cells.
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The complete Question is:
what is a bundle of microtubules that helps organize the movement of chromosomes during cell division.
when administering neuromuscular blocking agents, it is important to know that these agents provide a. no sedation or analgesia. b. complete analgesia. c. antianxiety effects. d. high levels of sedation.
When delivering neuromuscular blocking agents, it is important to know that these medicines provide "no sedation or analgesia". The correct answer is A.
Neuromuscular blocking agents (NMBAs) are a class of drugs that block the transmission of nerve impulses at the neuromuscular junction, resulting in muscle relaxation. They are primarily used to facilitate mechanical ventilation and provide surgical relaxation during certain procedures.
NMBAs do not provide sedation or analgesia, as they act specifically on the neuromuscular junction and do not affect the central nervous system. Sedation and analgesia are typically provided by separate medications, such as opioids or benzodiazepines, and are used in conjunction with NMBAs to manage patient comfort and reduce stress during procedures.
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a symporter is moving glucose and sodium levels are being depleted in extracellular fluids. what can be concluded about the movement of glucose? choose all that apply.
Two molecules are simultaneously and uniformly moved through a membrane by proteins known as symporters.
This mechanism's most widely accepted explanation involves molecules adhering to the exposed transport protein on the membrane's outside.
An antiporter is the Na+/K+ pump. It has places where Na+ and K+ ions can attach. The pump needs an energy source since these ions must travel against gradients in their concentration. As a result, it attaches to ATP and hydrolyzes it into ADP. Energy is consequently released.The pump changes its form using this energy. After the conformational change, the ions dissolve from the pump but are discharged in various directions. Na+ ions are pushed out of the cell as K+ ions are introduced into it.
The Na+/K+ pump plays a key role in maintaining the potential of cell membranes and transmitting nerve impulses. Without enough K+ ions, motor neurons' functionality may be compromised, which could cause the aim.
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what is the phenotypic ratio of a tall green pea plant (ttgg) crossed with a short white pea plant (ttgg)?
The phenotypic ratio of the offspring produced by the cross between a tall green (TTGG) pea plant and a short white (ttgg) pea plant is 1.
Phenotype is the trait or characteristic that is visible to the eyes. For example, plant height, flower color, eye color, etc. are all traits of the particular living organism. The genotype of on organism defines its phenotype.
Cross is defined as the breeding between two individuals, who may be or may not be of the same species. The tall green pea plant (TTGG) can produce only one type of gamete with the alleles TG and similarly the short white plant (ttgg) can also produce one type of gamete with alleles tg. Therefore all the offspring produced will have only one genotype TtGg which will show similar phenotype.
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what is the specific metabolic rate, i.e. the metabolic rate per kilogram of body mass for a mouse whose mass is 30 g? give your answer to three significant figures.
The specific metabolic rate, or metabolic rate per kilogram of body mass, for a 30 g mouse is 88.764.
What is specific metabolic rate?Metabolic rate is most directly measured as the rate of heat energy emitted from an animal's body, a method known as calorimetry. Measuring heat generated from an animal's body with any degree of precision necessitates the use of highly specific and expensive tools, thus physiologists frequently monitor a process that is intimately connected to heat production: rate of oxygen consumption. This indirect calorimeter is based on the understanding that animals normally release energy for metabolism through aerobic respiration during oxidative phosphorylation.
All other variables being equal, it is evident that a larger animal should have a faster rate of energy metabolism since it contains more living stuff to respire. Physiologists first proposed that one of two logical links should regulate metabolic rate:
Here,
specific metabolic rate,
=88.362 + (13.397 x weight in kg)
m=30 g
=0.03 kg
=88.362+(13.397*0.03)
=88.764
The specific metabolic rate, i.e. the metabolic rate per kilogram of body mass for a mouse whose mass is 30 g is 88.764.
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muscle fibers are made up of bundles of fibers called?
Of the three major muscle tissues in the human body, skeletal muscle is one of them. The connective tissue sheaths that cover each of the thousands of muscle fibres that make up each skeletal muscle. The term "fasciculi" refers to the distinct bundles of muscular fibres that make up skeletal muscles.
Numerous connective tissue sheaths encase thousands of muscle fibres that make up each skeletal muscle. Fasciculi are the specific collections of muscular fibres seen in skeletal muscles. Epimysium refers to the muscle's whole outermost connective tissue sheath.The epimysium, a layer of connective tissue that lies beneath the fascia in skeletal muscle, is connected to the fascia in a close manner. It moves inward and develops into the perimysium before moving into the muscle and dividing muscle fibres into little bundles known as fascicles.
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you are using the virtual microscope to look at onion root tip cells. you know that these are plant cells, but you do not see chloroplasts. why not?
You are using the virtual microscope to look at onion root tip cells. Roots grow up under the soil so they do not need chroloplast.
Chloroplasts are not present in root cells, thus if you were to look at onion root cells under a microscope, you would not notice them. Chloroplasts are the organelles that utilise the sun's energy, while roots are underground-growing structures.
Students can see plant cells under a microscope using this technique. From the bulb, a single layer of onion cells (membrane) can be easily extracted. These can be stained to provide contrast so that certain cell features, such as the nucleus and cell membrane/wall, can be seen under a light microscope.
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Sort these three animal, plant, and bacterial cells into order according to their size.
Start with the largest at the top.
Human cheek cells
bacteial cells
leaf cells
Bacterial cell, plant cell, animal cell according to their size.
What is Bacterial cell?
A bacterial cell is a type of single-celled organism that is made up of prokaryotic cells. Bacterial cells have a simple structure, consisting of a cytoplasm, a cell membrane, and a single circular strand of genetic material called DNA. These cells do not have a nucleus, mitochondria, or other organelles found in eukaryotic cells.
Bacteria are capable of reproducing rapidly, and many species are able to survive and thrive in a variety of environments, including extreme temperatures, acidic environments, and in the presence of radiation. Bacteria are used in many industrial and scientific applications, and can also cause disease in humans.
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the bacterial skin infection characterized by isolated pustules that become crusted and rupture is known as
Pyoderma, a frequent acute superficial bacterial skin infection, is very infectious and causes impetigo. Impetigo affects the epidermis and is typically noticed in young children.
The superficial layers of the epidermis are infected with an acute, highly contagious gram-positive bacterial illness called impetigo. The same microorganisms that cause typical impetigo can also secondary infect (impetiginize) skin wounds like cuts, abrasions, and chickenpox. A strikebreaker is someone who continues to work during a strike (also known as a scab, blackleg, or knobstick). Strikebreakers are typically people who were not working for the company prior to the labour dispute but were hired following or during the strike to keep the business operating.
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When the last phosphate on atp breaks off, what is released?
Adenosine diphosphate (ADP) + phosphate is created when one of the three phosphates in the ATP molecule splits off when a cell has to expend energy to complete a task. Now that the phosphate molecule's energy has been released, it can be used by the cell to perform tasks.
The flow of energy within living cells depends on the chemical complex adenosine diphosphate (ADP), also referred to as adenosine pyrophosphate (APP). Adenine, a sugar backbone, and two phosphate groups bound to ribose's fifth carbon atom make up ADP's three significant structural constituents. ADP's diphosphate group is joined to the sugar backbone's 5' carbon while adenine is joined to the backbone's 1' carbon.
ADP can be transformed into both adenosine monophosphate (AMP) and adenosine triphosphate (ATP) (AMP). ADP and ATP both have one phosphate group less. There is one fewer phosphate group in AMP. All living things need energy transfer, which is accomplished by dephosphorylating ATP via ATPases, an enzyme family. A tree's cleavage
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describe how differences in channel population influence the shape of the action potential in the nodal, atrial muscle, ventricular muscle, and purkinje fiber cardiac cells.
The shape of the action potential in different types of cardiac cells is influenced by the population of ion channels present in the cell membrane.
Because there are many L-type calcium channels present, the action potential in nodal cells exhibits a sluggish upstroke and a lengthy plateau period.
The action potential in atrial muscle cells has a relatively quick upstroke because of the abundance of fast ion channels and a brief plateau phase because of the abundance of potassium channels.
The action potential in ventricular muscle cells has a comparatively sluggish upstroke because of the abundance of L-type calcium channels as well as a relatively protracted plateau phase because of the abundance of potassium channels.
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what is the genus of ancient (thought to be extinct) fish that are characterized by having large pectoral and pelvic muscles on their fins. thought to be a precursor/transitional organism to walking out on land.
Coelacanths , Coelacanths (/silkaen/ The West Indian Ocean coelacanth (Latimeria chalumnae), which is mostly found around the Comoro Islands off the east coast of Africa,
The Indonesian coelacanth are both living species of fish that belong to the order Actinistia (Latimeria menadoensis). The Permian genus Coelacanths , the first coelacanth to be given a scientific name, is where the word "Coelacanths " first appeared.
Coelacanths are more closely related to lungfish and tetrapod's (which include frogs, reptiles, birds, and mammals) than they are to ray-finned fish because they descend from the earliest extant lineage of Sarcopterygii (lobe-finned fish and tetrapods). They may be found in the Indian Ocean and along Indonesia's coastline. The coelacanth of the West Indian Ocean is a severely endangered species.
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a biologist studying antibiotic resistance gives one half of his petri dish colonies of e.coli exposure to augmentin and the other half to amoxycillin. this is an example of a(n) .
A biologist studying antibiotic resistance gives one half of his petri dish colonies of e.coli exposure to augmentin and the other half to amoxycillin. this is an example of an experimental studies.
What is an Antibiotic Substance?Antibiotic can be defined as follows :
A drug or substance that can eliminate or suppress the growth of dangerous microorganisms in the body:A particular class of antimicrobial agent that works against bacteria is an antibiotic.a medication used to treat bacterial and other microorganism-related illnesses.Any chemical substance produced by various microbes, such as penicillin, streptomycin, chloramphenicol, and tetracycline, is an antibiotic.To know more about Antibiotic visit
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