what is the structure and function of the mitochondria be sure to relate them
Answers
Related Questions
Which of the following in not a purpose of mitosis?
Answers
Organisms grow by mitosis. Damaged cells are replaced by cell division or mitosis. A single cell divides into two cells and are a replication of each other with identical number of chromosomes.
Reproductive cells or sex cells are formed by a cell division called meiosis.
Answer - Option 4 - to make sex cells
Could someone please explain this to me in more simpler words? I am not the best at understanding scientific words
design, conduct, and evaluate an investigation to gather evidence that photosynthesis converts light energy to stored chemical energy by showing how leaves take in carbon dioxide and release oxygen at a measurable rate.
Thank you to whoever can help!! I very much appreciate it.
Answers
In simpler words this is telling you to make, preform, and explain an investigation to gather evidence that proves that the process of photosynthesis converts light from the sun by making a model or picture of carbon dioxide going into the leef and oxygen coming out at a rate (speed) that you can mesure.
Hope this helps,
To______
means to allow another
road user to cross or use an intersection or
roadway before you do.
Answers
Answer: Yield
Explanation: Yielding is an important traffic rule that promotes safety and smooth flow of traffic. It is an important practice that helps maintain order on the roads and promotes safety for all road users. It's essential to be attentive, follow traffic signs and signals, and be aware of the right of way rules in your area to ensure a safe driving experience.
When you yield, you give the right of way to another driver or pedestrian. This means that you let them go first, even if it might inconvenience you or require you to slow down or stop.
Yielding is typically required in situations such as:
Yielding to pedestrians: When you approach a crosswalk or intersection where pedestrians are waiting to cross, you should yield to them and allow them to safely cross the road before you continue to drive. Drivers must yield to pedestrians within a crosswalk.
Yielding at intersections: When you approach an intersection where there are other vehicles, you should yield to those already in the intersection or approaching from the right. This helps prevent accidents and ensures a smooth flow of traffic.
Yielding when merging: When merging onto a highway or another lane, you should yield to the vehicles already in that lane. This allows for a safe and efficient merging process.
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why do we use a drying tube in the setup for the fischer esterification?
Answers
We use a drying tube in the setup for the Fischer esterification to prevent the entry of moisture into the reaction mixture.
Moisture can hydrolyze the acid anhydride or ester produced during the reaction, leading to undesirable side reactions.The setup for the Fischer esterification involves the reaction of a carboxylic acid with an alcohol in the presence of an acidic catalyst. The reaction mixture is heated under reflux to drive the reaction towards completion. A drying tube is typically placed in the reaction setup to remove any moisture that may be present in the reactants, catalyst, or atmosphere.Moisture can lead to the hydrolysis of the anhydride or ester produced in the reaction. This is an undesirable side reaction that reduces the yield of the desired product. To prevent this from happening, a drying tube is used to remove any moisture present in the reaction setup. The drying tube contains a desiccant material such as calcium chloride, which absorbs any moisture present in the air passing through it.
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According to the Phylogenetic tree of life on earth: ( refer to attached photo )
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The correct answer is A. All living things on Earth are hypothesized to have a common ancestor. Evidence for this, comes by the common ocurrence of homologous molecular sequences along distant groups of the phylogenetic tree.
the pleasure center of the brain is located in the
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The pleasure center of the brain is located in the nucleus accumbens.
The nucleus accumbens is a region located deep within the brain, specifically in the basal ganglia, which is involved in reward and pleasure processing. It is part of the brain's reward pathway and plays a crucial role in mediating the experience of pleasure, motivation, and reinforcement. The nucleus accumbens receives input from various brain regions, including the prefrontal cortex and the hippocampus, and integrates this information to regulate feelings of pleasure and reward.
When an individual engages in pleasurable activities such as eating delicious food or engaging in enjoyable activities, the nucleus accumbens is activated, releasing dopamine, a neurotransmitter associated with reward and pleasure. This activation of the pleasure center reinforces the behavior and motivates the individual to seek out similar pleasurable experiences in the future.
In summary, the nucleus accumbens serves as the pleasure center of the brain, playing a vital role in the experience of pleasure and reward.
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Which reasons are the best for using only the fine-focus knob under high power? Select two.
The diaphragm will not open wide enough by using the fine-focus knob.
The stage or objectives move very little when the knob is turned.
The objective will not move enough to risk breaking the glass slide.
The coarse-focus knob will not turn when the microscope is set for high power.
Answers
Under high power, only the fine-focus knob should be used: When the knob is turned, neither the stage nor the goals move much. The objective won't move fast enough to put the glass slide at risk.
Option B and C are correct.
What exactly are the purposes of microscopes?A microscope is a tool for magnifying small objects. Some microscopes can be used to study an object even at the cellular level, allowing researchers to observe the shape of a cell as well as its nucleus, mitochondria, and other organelles.
To precisely adjust the specimen's focus, use the Fine Focus knob. Also, featuring explicit region of the specimen is utilized. Before switching to the fine focus knob for fine tuning, the coarse focus knob should be used frequently to get close. Move the fine adjustment knob with care in your body's direction. You might not be able to turn this knob all the way around.
Incomplete question:Which reasons are the best for using only the fine-focus knob under high power? Select two.
A. The diaphragm will not open wide enough by using the fine-focus knob.
B. The stage or objectives move very little when the knob is turned.
C. The objective will not move enough to risk breaking the glass slide.
D. The coarse-focus knob will not turn when the microscope is set for high power.
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5.03 Primate EvolutionSkull Analysis [help me pls let me use work]Lab Report
Instructions: As you complete each slide of the Skull Analysis Virtual Lab Activity, please fill in this lab report with the appropriate information and data.
Title:
Objective(s):
Hypothesis:
Variables:
Materials:
Skull casts: 4 known species and 1 unknown
Calipers
Procedures:
Qualitative Observations:
Line up each of the skulls on the lab table, facing to the left, with the Frankfurt planes parallel to the ground.
Observe each skull from the side, recording your observations about the following features (use the table below to record your observations):
Forehead: Is the angle of the forehead sloping or more vertical? Is the brow ridge above the eyes small, medium, or large? Does the forehead extend out above the eyes?
Face: Is the shape of the face sloped or flattened and vertical?
Teeth: Are the teeth long or short? Sharp or dull?
Observe each skull from the bottom view and locate the foramen magnum. This is the hole that connects the brain stem to the spinal cord. Record your observation of the location of each skull’s foramen magnum. Is it located toward the front or the rear of the skull?
Observe each skull from the top and record your observations of the shape of the brain cavity. Is it more round or oval? Are the edges more squared off or pointed? Make comparisons between the skulls.
Quantitative Observations: Determine Supraorbital Height
Use the calipers to measure the distance AC (from point A to point C on the skull).
Use the calipers to measure the distance BC (from point B to point C on the skull).
These measurements will be used to calculate the skull’s supraorbital height index according to the formula: (BC/AC) × 100 = Supraorbital Height Index (note: The unit of measurement is SHI.)
Record the skull’s supraorbital height index in the data table.
Take the same measurements for each of the skulls, recording the supraorbital heights index in the data table.
Data and Observations:
Create a data table to record your observations and measurements for each skull:
Skull Forehead Face Teeth Foramen Magnum Brain Cavity Supraorbital Height (SHI)
Pan troglodytes (modern chimpanzee)
Homo sapiens
(modern human)
Homo erectus
(extinct hominid)
Australopithecus afarensis
(extinct hominid)
Unidentified Fossil Skull
Conclusion:
Be sure to answer the following reflection questions in the conclusion of your lab report:
Was your hypothesis correct? Which of the four species does the unidentified skull most resemble? Predict how you think it may relate to the other species in terms of evolution. Justify your answer with specific observations.
How do the shapes of the face, forehead, and teeth differ between the various species?
Questions:
Using what you have learned from the lesson and the virtual lab activity, answer the following questions in complete sentences:
What do you think accounts for these differences? How might some of these differences be possible adaptations?
In what way do you think the location of the foramen magnum relates to the movement of each species?
What might the shape of the skull and the supraorbital height tell us about each species?
Answers
The evidence of the skull can show the changes that have taken place in the species by evolution.
How do you use skull to determine the evolution of primates?The skull is a valuable tool in determining the evolution of primates because it provides information about the anatomy and behavior of an organism. By analyzing the shape, size, and structure of the skull, scientists can infer adaptations for specific ecological roles, such as foraging, grasping, and chewing.
Molecular data can be combined with anatomical data to create a more comprehensive understanding of primate evolution.
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The complex of dna and protein that makes up a eukaryotic chromosome is properly called __________.
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The complex of DNA and protein that makes up a eukaryotic chromosome is properly called chromatin.
What is the structure and function of chromatin?Eukaryotic cells nuclei include a combination of macromolecules called chromatin, which is made up of DNA, RNA, and protein. Heterochromatin (condensed) and euchromatin are the two types of chromatin (extended). The main proteins that make up chromatin are termed histones, which act as bases for the DNA to wrap around to form the "bead-like" structures known as nucleosomes. A nucleosome is made up of 147 base pairs of DNA wrapped around an octomer, which is a collection of 8 histones. The chromatin fibre can be created by further folding the nucleosome. To create chromosomes, chromatin fibres are coiling and condensing. Numerous cellular functions, including DNA replication, transcription, DNA repair, genetic recombination, and cell division, are made possible by chromatin.Learn more about chromatin here:
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Plant strategies to limit _____ loss include dense trichomes, thick leaves, and placing stomata in pits.
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Plant strategies to limit water loss include dense trichomes, thick leaves, and placing stomata in pits. Trichomes are small, hair-like structures found on the surface of leaves, stems, and other plant parts.
They can serve many functions, including reducing water loss by creating a barrier to transpiration. Dense trichome coverage on leaves can help reduce the amount of water that evaporates from the leaf surface. Thick leaves are another strategy that plants use to reduce water loss. Thick leaves have a smaller surface area-to-volume ratio than thin leaves, which reduces the amount of water that can evaporate from the leaf surface. Additionally, thick leaves can store more water, allowing the plant to survive in drier conditions. Finally, some plants have evolved to place their stomata (the pores through which water evaporates) in pits or depressions on the leaf surface. This placement reduces air flow over the stomata, which reduces water loss through transpiration. The pits also create a more humid microclimate around the stomata, which reduces the gradient of water vapor concentration between the inside and outside of the leaf, further reducing water loss, Overall, these strategies help plants to conserve water and survive in arid or drought-prone environments.
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What does the graph in figure 1 illustrate
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Figure 1 is a graph that illustrates the relationship between two variables in a system, as indicated by the direction and shape of the plotted line.
The graph may be used to identify the correlation between variables, the rate of change, and the characteristics of a system.The horizontal axis, or x-axis, is the independent variable, while the vertical axis, or y-axis, is the dependent variable. As the independent variable changes, the dependent variable is affected and changes in a predictable manner. The slope of the line shows the direction and steepness of the relationship between the two variables.
A positive slope indicates that as the independent variable increases, the dependent variable also increases. A negative slope indicates that as the independent variable increases, the dependent variable decreases. A slope of zero indicates that there is no relationship between the two variables.
The shape of the line, whether linear or nonlinear, indicates the rate of change between the two variables. Nonlinear relationships may be curved, such as exponential, logarithmic, or polynomial functions, or they may be stepwise, as in a staircase function. Linear relationships, on the other hand, are typically straight lines with a constant slope.
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Growth of chest hair, deepening of the voice, and muscle growth are secondary sex characteristics. Which structure or structures produce substances most likely to affect the development of these traits?
Answers
The development of secondary sex characteristics such as the growth of chest hair, deepening of the voice, and muscle growth is primarily influenced by sex hormones.
In males, these traits are primarily driven by the production of androgens, particularly testosterone, which is produced by the testes. Testosterone is responsible for the development and maintenance of male secondary sex characteristics.
The testes are the main structures that produce testosterone. They contain specialized cells called Leydig cells, which produce and release testosterone into the bloodstream. Once in circulation, testosterone exerts its effects on various target tissues throughout the body.
Testosterone stimulates the growth of hair follicles in certain areas of the body, leading to the development of chest hair. It also affects the vocal cords, causing them to lengthen and thicken, resulting in a deeper voice. Furthermore, testosterone promotes muscle growth and development, leading to increased muscle mass and strength.
While other tissues and organs in the body also produce small amounts of testosterone, the testes are the primary source of this hormone in males. The production and release of testosterone from the testes play a crucial role in the development of these secondary sex characteristics.
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Someone plz help me
Answers
Answer:
a
Explanation:
sorry if wrong
have a great day
Decomposition breaks down organic material into simpler units and:
A. rids the world of scavengers
B. provides oxygen for photosynthesis
C. rids the world of excess organic material
D. provides proteins for plants
Answers
answer: the answer is d, provides proteins for plants.
explanation: good luck with the assignment. hope i helped out some.
The chromosome makeup of Dolly is identical to that of sheep A. Both Dolly and sheep C have identical DNA. Dolly contains genes from sheep B and sheep C.
Answers
Dolly the sheep is a clone and has the same chromosome makeup as sheep A. Dolly and sheep C have the same DNA, and Dolly has genes from both sheep B and sheep C. Chromosomes and DNA play important roles in the creation of clones.
Cloning is the process of producing a genetically identical organism or a group of genetically identical cells from a single organism. A clone is an identical genetic copy of the parent organism.Chromosomes are structures inside cells that contain genetic material. Chromosomes are made up of DNA, which is the genetic material that directs the development and function of all living organisms. Chromosomes are found in the nucleus of cells, which is the central region of a cell that contains most of the cell's genetic material.
In a typical animal cell, chromosomes occur in pairs and are responsible for transmitting genetic information from one generation to the next. The chromosome makeup of Dolly is identical to that of sheep A, indicating that she is a clone of that sheep. Therefore, both sheep share the same genetic information and DNA.Dolly's identical DNA with sheep C suggests that the two sheep are either siblings or the same sheep cloned twice. Genes are specific sequences of DNA that provide instructions for making proteins. Proteins are the building blocks of cells and perform a wide range of functions in the body. Dolly has genes from both sheep B and sheep C, meaning that the genetic information from both sheep was used in the cloning process to create Dolly.
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Immediately after an action potential, which event causes the neuron membrane to repolarize?
A. Voltage-gated sodium channels open.
B. Voltage-gated potassium channels open.
C. Voltage-gated calcium channels close.
D. Voltage-gated potassium channels close.
Answers
Immediately after an action potential, the event that causes the neuron membrane to repolarize is Voltage-gated potassium channels open. Option B.
Potassium ions diffuse out of the neuron through voltage-gated potassium channels as a result of the depolarization that occurred during an action potential. This causes a buildup of positive charges outside the cell, resulting in the membrane's repolarization. The correct answer option is therefore B.
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Please answer ASAP.
Essay (10 pts) In a superheterodyne receiver, the selected RF signal is converted to IF signal before demodulation. Explain why this conversion process is necessary.
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In a superheterodyne receiver, the selected RF signal is converted to IF signal before demodulation. This conversion process is necessary to make the demodulation process simpler and more effective. The conversion process also helps in increasing the receiver’s selectivity and sensitivity.
The superheterodyne receiver is the most commonly used type of receiver in modern radio receivers. The conversion process is done by using a local oscillator. The local oscillator frequency is usually set to a value that is higher than the incoming RF frequency. The difference between the local oscillator frequency and the incoming RF frequency is called the intermediate frequency (IF).The conversion process is necessary for the following reasons:
1. Improved selectivityThe conversion process makes it possible to use a high-Q filter at the IF. This makes the receiver more selective and helps to eliminate unwanted signals that may be present at the RF frequency.
2. Improved sensitivityThe conversion process helps to improve the sensitivity of the receiver. This is because the IF can be amplified more easily than the RF signal. This allows for the use of high-gain amplifiers, which results in improved sensitivity.
3. Simplification of the demodulation processThe demodulation process is made simpler and more effective by converting the RF signal to an IF signal.
This is because the IF signal is usually at a lower frequency and therefore easier to demodulate. The demodulator circuitry is also simpler because it only needs to operate at the IF frequency, rather than the higher RF frequency.In conclusion, the conversion of the RF signal to an IF signal is necessary in a superheterodyne receiver to improve selectivity, sensitivity, and to simplify the demodulation process.
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17. When transcription occurs in eukaryotic cells, a DNA strand is copied to an mRNA strand that contains introns and exons. Which of the two is needed for the
production of proteins, and why?
Exons because they are coding sequences.
Introns because they are non-coding sequences.
Introns because they are coding sequences.
Exons because they are non-coding sequences
Answers
Answer:
Exons because they are coding sequences
Explanation:
The sections of DNA (or RNA) that code for proteins are called exons.
can someone please help me with these two?
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2) Xylem. If you have a hard time remembering think the the PHloem transports predominantly Food
Answer:
Question 1: (A) Producers
Question 2: (C) Xylem
Explanation:
I am not sure how to explain these because its just their definitions and their role. Sorry!
hey could someone help me with this immediately! i’ll mark brainiest if u don’t guess or leave a link!! (and there’s actually four options and the last one 100 degrees C. i couldn’t fit that answer tho)
Answers
Answer:
100gradosc
Explanation:
Some flowers show incomplete dominance. If RR = white and R'R' = red, which phenotypic ratio would
be expected in the o spring of two pink flowers?
Answers
Answer:
1 red: 2 pink: 1 white
0 red: 4 pink: 0 white would be the phenotypic ratio expected in the o spring of two pink flowers. So, the correct option is (D).
What is Phenotypic ratio?Phenotypic ratio defined as the relative number of offspring expressing a particular trait or combination of traits, which can be determined by performing a test cross and the frequency of the trait or trait combinations being expressed depending on the genotype of the offspring can be identified.
Phenotypic ratio is expressed as the ratio of different phenotypes present in the progeny of a cross where the ratios are numerical comparisons. For example, if one has three mangoes and two oranges, the ratio of mangoes to oranges will be 3:2.
For above given information, if we cross RR which is white with R'R' which is red, we will get 4RR' offspring which are pink in color. then the ratio will be 0 red: 4 pink: 0 white.
Thus, 0 red: 4 pink: 0 white would be the phenotypic ratio expected in the o spring of two pink flowers. So, the correct option is (D).
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Agatha was working in her laboratory with several different chemicals. She accidentally dropped one of the tests tubes. She quickly removed her gloves so she would not puncture them. She then swept up the glass and disposed of it in the labeled container.
During the clean-up process, which error did she make cleaning up the glass?
removing her gloves
dropping the test tubes
sweeping up the glass
disposing glass in the labeled container
Answers
Answer:
she removed her gloves
Explanation:
lol i took the test :)
Answer:
one
Explanation:
mhmm
Bowls and turrets, which are used to serve food, and pitchers and pots, which are used to serve liquids, are called ___.
Answers
Bowls and turrets, which are used to serve food, and pitchers and pots, which are used to serve liquids, are called tableware or dinnerware.
Tableware, also known as dinnerware, is a collective term used to describe the plates, bowls, cups, saucers, and other items used for serving food and drinks at a dining table. It includes various types of utensils, dishes, and serving pieces, such as bowls, plates, cups, saucers, spoons, forks, knives, pitchers, pots, and more.
Bowls are typically used to serve foods that are liquid or semi-solid, such as soup, stew, cereal, or ice cream. Tureens are large, deep bowls often used for serving soups or stews. Pitchers and pots are used to serve liquids such as water, juice, milk, or coffee.
Tableware comes in various sizes, materials, and designs. It can be made from different materials such as ceramic, glass, metal, plastic, or wood, and can feature various designs and patterns to fit different occasions and settings.
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H2SO4 + NaOH → Na2SO4 + H2O
Balance this reaction if necessary.
A) balanced
B) 1, 2, 1, 2
C) 1, 2, 1, 4
D) 1, 2, 2, 2
Answers
Answer:
Answer
4.0/5
4
Explanation:
The balanced chemical equation will be;
H2SO4 + 2NaOH → Na2SO4 + 2H2O
The equation for the reaction is balanced by using coefficients; 1,2,1,2
According to the law of conservation of mass the mass of the reactants should be equal to the mass of the products.
For the law of conservation of mass to be obeyed, chemical equations must always be balanced.
1. Do you accept your hypothesest 2. What effect did UV radiation have! 3. Did UV radiation penetrate the material you used to shield the plate? 4. What evidence, if any, did you be of light repair!
Answers
Based on the hypothesis, UV rays have a big effect on our bodies. Among them are skin cancer, eye damage and decreased immune system. UV rays will not penetrate the materials used to protect the body.
There are some materials that are impenetrable to UV rays such as bright, high-density clothing, metals, glass and thick plastics and sunscreen. The way to repair skin exposed to UV rays is to wash it with cold water and apply a special ointment for sunburn.
UV rays are part of electromagnetic waves, namely solar radiation in the 100-400 nm band. UV rays that can reach the earth's surface are UV A and UV B rays, with a wavelength of about 100 nm to 1 mm. UV rays are very harmful to the body, so when leaving the house we must always wear protection. So that our skin is not directly in contact with UV rays.
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What is insulin and why do people with Type 1 diabetes need it to survive?
Answers
Answer:
Insulin is needed to move blood sugar (glucose) into cells. Inside the cells, glucose is stored and later used for energy. With type 1 diabetes, beta cells produce little or no insulin.
the scientific method allows us to focus on _____ in order to determine how things work
Answers
Answer: objectively establishing facts through testing and experimentation
Explanation: The basic process involves making an observation, forming a hypothesis, making a prediction, conducting an experiment and finally analyzing the results.
5 Erosion and deposition are often discussed
together. Which statement most accu-
rately describes their difference?
A Erosion wears material away, and
deposition moves the material.
B Erosion moves weathered material, and
deposition resettles it.
C Erosion wears material away, and
deposition resettles it.
D Erosion and deposition are not
different; both describe moving
weathered material.
Answers
Answer:
Erosion wears material away, and
deposition resettles it.
HELP ASAP BEST AWNSER GETS BRAINLIEST
The diagram below shows a portion of the rock cycle.
At what location in the diagram is granite most likely formed?
Location A
Location B
Location C
Location D
Answers
Answer:
location b is the answer
At location B in the diagram, the granite is likely to be formed. so, the correct option is (B).
What is Granite?
Granite is a coarse-grained intrusive igneous rock which is composed of quartz, alkali feldspar and plagioclase. It is formed from magma with a high content of silica and alkali metal oxides which cools slowly and solidifies underground.
It is a light-colored plutonic rock found throughout the continental crust, mainly in mountainous regions consisting of coarse grains of quartz, potassium feldspar and sodium feldspar. All these minerals make up more than 80% of the rock.
Granite is used in counter tops, floor tiles, paving stone, curbing, stair treads, building veneer, and cemetery monuments.
Thus, at location B in the diagram, the granite is likely to be formed. so, the correct option is (B).
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If iodine were not available, how would you determine whether starch hydrolysis had occurred? Some may see starch agar plate as an answer, however, isn't that already being used to grow the bacteria?
Answers
Lodine reacts with starch, delivering a dark or somewhat blue dark tone. As starch is hydrolyzed by bacterial amylase and is hit over completely by sugars, there will be less and less starch to react to the iodine.
The starch within a Petri plate is clear and shouldn't be visible without utilizing iodine. Iodine responds with starch, delivering a dark or somewhat blue dark tone. As starch is hydrolyzed by bacterial amylase and is switched over completely to sugars, there will be less and less starch to respond to the iodine.
To decipher the consequences of the starch hydrolysis test, iodine should be added to the agar. The iodine responds with the starch to shape a dull earthy colored tone. In this manner, hydrolysis of the starch will make an unmistakable zone around bacterial development.
Species that hydrolyze starch will have a district around the bacterial development that is yellowish or clear around the development (the development might show up light in variety - search for an unmistakable zone encompassing the development [the development is raised on the plate]).
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