Messenger molecule bind with specific target proteins, to cause some effect on the target cell.
Target proteins are useful biomolecules that biologically active substances interact with and regulate. They are utilized during the transduction, transformation, and conjugation processes. An developing therapeutic approach known as targeted protein degradation (TPD) has the potential to address disease-causing proteins that have hitherto been very difficult to target with traditional small molecules. Proteases, kinases, G protein-coupled receptors (GPCRs), and nuclear hormone receptors are currently the protein targets for which effective medicines have been produced.Typically bioactive small compounds are coupled onto solid supports and then used to separate target proteins from the entire proteome for target protein identification. High binding affinity between bioactive small molecules and their intended protein targets is necessary for this method.learn more about specific target proteins here: https://brainly.com/question/27300629
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During a trial involving a domestic violence claim, what type of demonstrative evidence would offer the most support to a witness's claims that the abuse was ongoing?
Blood found at the scene
A sketch of the crime scene
An x-ray showing multiple injuries received over time
A surveillance video showing the suspect entering the house
Answer: An x-ray showing multiple injuries received over time
Explanation:
This is an example of demonstrative evidence.
What is demonstrative evidence?: a kind of evidence that consists of objects, pictures, models, displays or other devices used in a trial hearing to support facts related to the crime.
p.s I also got it right on the test :)
An x-ray showing multiple injuries received over time would be offer the most support to a witness's claims that the abuse was ongoing.
Demonstrative evidence is evidence presented at the trial that is some kind of evidence that domestic violence happened or evidence of injuries. Demonstrative evidence is used to verify or clarify witness testimony. Examples of type of evidence include photographs, medical records such as x-ray ,videotapes, models, maps, graphs, computer graphics and animations. To admit demonstrative evidence at trial, the lawyer must call a competent witness—one having first-hand knowledge of the evidence at the relevant dates—to testify for the evidence . To be relevant, the evidence must help the jury understand some fact of consequence to the case.
Evidence Collection From Victim record of the injury, including descriptive and narrative notes that document the physical appearance, colour, size and orientation of the injury caused .
battered woman's syndrome- is the highly variable symptom complex of physical and psychological injuries exhibited by a woman repeatedly abused especially physically by her mate.
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Keys...
All changes saved
3. Alise is interested in finding out which laundry detergent would best
keep her black jeans from fading. She has purchased four different
detergents that all claim to reduce fading. She has purchased one pair
of black jeans and cut them into four equally sized pieces. After
conducting research, Alise has hypothesized that detergent #3 will
maintain the black color of her jeans. After experimentation, detergent
#3 showed the best results. What would you recommend that Alise do
next?
modify her hypothesis
accept her hypothesis
experiment again
reject her hypothesis
PAG
Answer:
accept her hypothosis
Explanation:
through experiment she was right stick with it
How far must a bimetallic stemmed thermometer be inserted into food to give an accurate reading?.
A bimetallic stemmed thermometer be inserted into food 2-3" far to give an accurate reading.
The probe of the bimetallic-coil thermometer needs to be inserted all the way into the sensor device for an accurate temperature reading "The probe should be inserted sideways with the sensing device in the exact center of the thin food being measured, such as boneless chicken breasts or hamburger patties.These gauge temperature using a resistor, which is a ceramic semiconductor glued in the tip using temperature-sensitive epoxy. The probe has a diameter of about 1/8 "thick and takes about 10 seconds for a digital display to display a temperature. Thermistors can detect temperature changes in thin foods because the semiconductor is located in the tip. The end of the cooking process is the best moment to use thermistors, just like with bimetal instant read thermometers.Therefore, the correct answer is 2-3".
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Plant cells and some animal cells have
vacuoles, however, plant cell vacuoles
are...
A. much higher in quantity.
B. much larger in size.
C. very rare.
Answer:
B. much larger in size.
:0 x
Which structure is perforated with pores to allow material to move in and out of the nucleus?.
The nuclear envelope is perforated with pores to allow it to move in and out of the nucleus.
Every cell in the body has a nucleus, except for mature erythrocytes (red blood cells). While some cells contain more than one nucleus such as skeletal muscle and some other cells contain several nuclei.
The nuclear envelope surrounds the nucleus. i. e. largest organelle of the cell. It has a similar structure to that of
the plasma membrane. But the nuclear envelope contains tiny pores that allow a few substances to pass between it and outside the cytoplasm, i.e. the cell contents excluding the nucleus.
Therefore, the nuclear envelope is perforated with pores to allow it to move in and out of the nucleus.
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Using a resource without depleting it is known as.......
a. Recycling
b. Conservation
c. Sustainable development
d. Replacement time
Answer: conservation
Explanation:
Which organisms are heterotrophs 
Do both cells in model 3 have nucleus?
Animal and plant cells have many differences. However, they also have many structures in common. One of them is the nucleus that protects their genetic material. Yes, both cells in model 3 have nucleus.
What are the differences between animal and plant cells?Among the differences between animal and plant cells, we can mention the followings,
Plant Cells
Have a cell wallHave chloroplastsHave a unique big-sized vacuoleHave plasmodium, chromoplasts, and glyoxysomes.Animal Cells,
Have centriolesHave many small vacuolesHowever, they also share many characteristics. Among them we can mention that both of them
are Eukaryotic cellshave a cell membrane carry their genetic material in the nucleus and mitochondria.have organelleshave microtubules in their cytosol have pigmentsThe attached image (model 3) shows two cells. One of them is a plant cell and the other one is an animal cell.
Both of them have a nucleus, among other structures in common. So the answer is YES, both cells in model 3 have nucleus.
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tundra how it moves with carbon through the hydrosphere ?
Tundra is one of the world's largest carbon dioxide sinks. In other words, when biomass (organic matter, including plant and animal) decomposes, it absorbs more carbon dioxide than it releases into the atmosphere.
What is the tundra doing with CO2?When plants photosynthesis, they absorb it together with sunshine and water. When their life cycle is complete and their remnants decay, they return it to the atmosphere.
These natural processes, however, are greatly hindered in the Arctic due to the freezing temperature.
What is the carbon cycle in the tundra?During the brief summer growing season, when plant photosynthesis and growth exceed carbon respired by plants and soil back to the atmosphere, northern tundra and boreal ecosystems often accumulate carbon (carbon sink) stored in plant biomass and new organic material.
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What type of signal directs the synaptic vesicles to release their neurotransmitters into the synapse?.
Electrical signals direct the synaptic vesicles to release their neurotransmitters into the synapse.
Synaptic vesicles are the key organelles at the neuron terminals involved in synaptic transmission. They store neurotransmitters that are released in the synapses through an electrical impulse. A synapse is a gap between two neurons through which the electrical impulse is transferred from one neuron to another.
Directing synaptic vesicles through electrical impulses occurs by exocytosis. Exocytosis is observed to be a result of protein-protein interactions. Proteins of synaptic vesicles interact with the proteins of the plasma membrane of the pre-synaptic axon terminal and direct the synaptic vesicle to release neurotransmitters into the synapse.
We can thus say that neurons communicate through electrical impulses, often called action potentials, and chemical neurotransmitters released into the synapse.
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testable question?
hypothesis?
independent variable?
dependent variable?
three controlled variables:
During an experiment, the researcher asks a question that can be tested to answer it. The researcher makes a hypothesis to explain what is expected to occur, and what is the relationship between variables.
Note: Since I could not find the complete question, I will provide definitions of the exposed terminology as a guide for you to find the answers.
What are testable question, hypothesis, and variables?Testable questions are the questions the researcher makes before conducting an experiment, and for which there is no answer yet.
It is a question the investigator can test to find its answer.
The hypothesis is a prediction the researcher makes as a potential explanation of what is going on or what is expected to occur. It expresses a direct relationship between the involved variables.
There are three types of variables in an experiment,
Independent variables are the ones that affect or influence other variables. The researcher modifies these variables on purpose to observe the changes they produce in other variables. Dependent variables are the ones affected by all the changes in the independent variables. They also change as the independent variable is modified. Controlled variables are all the other variables in which the researcher is not interested. They must be controlled and kept constant because they might affect the results.You can learn more about testable questions, hypothesis, and variables at
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Many times a shark is seen with pilot fish swimming around it, eating scraps of food from the shark's meal. The shark is not harmed by the pilot fish, and the pilot fish benefits from the shark. What kind of relationship is this?
Commensalism : One organism benefits while the other neither benefits nor is harmed.
Commensalism :Long-term biological interactions known as commensalism occur when members of one species benefit while members of the other species suffer neither benefits nor harm.
What is a interspecies relationship?A nonsexual relationship that develops between animals of various species is known as an interspecies friendship. There have been numerous reports of interspecies relationships between wild and domesticated animals that have been captured on camera and in video. Competition, predation, and symbiosis are the three main divisions of interspecies interactions.
What is the difference between interspecific and interspecies?While intraspecific interaction refers to competition between members of the same species for territory, food, and mating, interspecific competition is the competition between members of different species for either food or territory.
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which process produces rna from dna
a.translaion
b.replication
c.trascription
d.conjugation
Answer: C transcription
Explanation:
Our brains are able to focus on and process ____________ of the information we perceive. a. all b. most c. very little d. approximately half please select the best answer from the choices provided a b c d
Answer:
IT'S LETTER "C" (VERRY LITTLE)Explanation:
Correct Me If I'm Wrong
Which is a characteristic of the littoral zone of lake Erie?
A. floating aquatic plants
B.free-floating autotrophs
C. low level of biodiversity
D. wide variety of fish species
PLEASE ANSWER THIS I NEED IT FOR HW
The characteristic of the littoral zone of lake Erie among the above given choices is: floating aquatic plants.
The correct answer choice option a
What is meant by aquatic plants?These are plants which are generally adapted to survive in water to perform life processes.
Plants generally has chlorophyll in their chloroplast which enables them to manufacture their food by themselves through the process of photosynthesis.
These floating aquatic plants are plants belong to the littoral zone because they are organisms which are found in aquatic or water environment. And as such littoral zone includes to those areas of water bodies close to land.
So therefore, thecharacteristic of the littoral zone of lake Erie among the above given choices is: floating aquatic plants.
The correct answer choice option a
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In a chemical reaction, substance A transfers electrons to substance B. which statement is correct?
• Substance B is oxidized and acts as the reducing agent.
•Substance A is oxidized and acts as the oxidizing agent.
•Substance A is reduced and acts as the reducing agent.
•Substance B is reduced and acts as the oxidizing agent.
Chemical reactions are said to be the changes that form new substances. When A transfers electrons to B then substance B is reduced acts as an oxidizing agent.
What are oxidizing agents?Chemical reactions are said to use compounds known as electron acceptors as oxidizing agents. They receive electrons from the reducing agent to finish their electrical configuration of the valence shell. These also go by the name "oxidizer."
Because it donates extra electrons from the valence shell, substance A, which is an electron donor, acts as a reducing agent. While giving electrons, some compounds undergo reduction. The best example of this is NaCl, where the sodium atom provides electrons and the chlorine atom takes them.
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Starch digestion begins in the __________ and protein digestion begins in the __________.
Answer: Mouth and Stomach
Explanation: In your mouth your saliva has enzymes called salivary amylase that begin breaking down things like starch to make it easier to be broken down later on in the body. Proteins begin being broken down into amino acids in the stomach by hydrochloric acid and enzymes called proteases.
"...upon studying the red tortoise species of North Carolina, I have found that the animals live in small communities that interact in odd ways with other organisms, making a larger population. Due to this species' slow reproductive rate and long life-span, it stays within the carrying capacity of its home habitat. Due to this fact, it has a J-shaped growth pattern, as shown in this slide. The red tortoise keeps populations of poison ivy plants in check within the area, making this animal a tertiary (third level) consumer within its food chain. I've seen no adverse effects on the tortoise from eating the ivy, making it a peculiar consumer. As a native (or in other words 'invasive') species, the tortoise has developed this immunity by living in the area for thousands of years before mankind, acting as a sort of density-dependent limiting factor for the plants in the area." After the lecture, Mrs. Graham thinks she noticed some inaccuracies in the professor's lecture transcript and believes that the professor is full of hot air. Is Mrs. Graham correct? Read through the passage above and note any inaccuracies in the information. Support your reasoning with the correct information to fix the professor's mistakes. Rubric: Introductory Sentence that introduces the topic: Name the inaccuracies: Support your claim of each inaccuracy with the correct information: Concluding sentence that sums up the main points:
The incorrect statements are as follows:
Red tortoise species are found in North America. The species' slow reproductive rate and long lifespan have nothing to do with living in small communities and interacting with other organisms.The red tortoise does not have a j-shaped growth curve. The red tortoise doesn't eat the poisonous ivy plants, which is a very dangerous and life-threatening aspect of tortoise life.The fact is true that the tortoise is a tertiary consumer but not by consuming ivy plants instead by eating fruits, berries, vegetables, insects, etc. What are the general characteristics of a tortoise?These species have a long life span which is due to genetics, the DNA repair system, and strong immune response.They have a normal growth curve that is described according to their lifespan.Red tortoise is a wild type, which still consumes by primary and secondary consumers and is known to be tertiary consumers.To know more about tortoises and their habitat visit:
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Causal experiments may be used to test predictions. these predictions may be used to refine physical models. these physical models may be used to develop explanations of natural events. true false
The given statement is true that Causal experiments may be used to test predictions, these predictions may be used to refine physical models and these physical models may be used to develop explanations of natural events.
Scientific studies are used to test hypothesis . These hypothesis tests are used to refine models and These models are then used to develop explanations.
A hypothesis is idea about how something works that can be tested using experiments. A prediction is what will happen in an experiment if the hypothesis is correct.
Hypothesis is a statement that is capable of being falsified (capable of being shown to be wrong or incorrect). It is not a question.Scientific method-There is no such thing as a "scientific method"; there are only multiple and different ways of generating evidence-based understanding.Model- It is a tool (physical, conceptual, or mathematical) used to advance the scientific understanding of a phenomenon by the use of the tool.learn more about prediction and hypothesis here-
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Nitrogen-15 amount of protons, neutrons,and electrons
Answer:
seven protons, eight neutrons and seven electrons make up an atom of nitrogen-15.
Explanation:
Water molecules are formed using polar covalent bonds.
A. Identify the type of bond that holds different water molecules together
B. Explain how this bond gives water the all of the characteristics that make life possible on Earth.
Answer:
hydrogen bonding
Explanation:
water molecules are polar hence forming hydrogen bonding and this gives water unique properties such as relativly high melting and boiling points,high specific heat capacity, cohesion and adhesion
What is the function of a stop codon?
A) tells ribosomes and tRNA to stop reading codons and detach
B) tells ribosomes and tRNA molecules to attach to a strand of mRNA and begin reading and translating the codons that follow
C) tells ribosomes and tRNA to return to the nucleus of the cell
D) tells ribosomes and tRNA to package the proteins for transport out of the cell
The function of the stop codon is that it tells ribosomes and tRNA to stop reading codons and detach. That is option A.
What is stop codon?Stop codon which is also known as the terminal codon is defined as the sequence of nucleotides that signals the cell to terminate the production of proteins.
Examples of the stop codons seen in the cells include the following sequences:
UAG, UAA, and UGA.The functions of stop codons include the following:
They signal the end of protein coding sequences,They mark the site at which protein synthesis ends, andThey disassociate the ribosomal subunits.Therefore, the function of the stop codon is that it is tells ribosomes and tRNA to stop reading codons and detach.
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A researcher experimented with adhesives and glues to find new and stronger adhesives. In 1968, he discovered an adhesive that was very weak rather than strong. The adhesive would stick to paper but it could be removed easily without leaving a trace of adhesive. Because he was trying to find stronger adhesives, the results of that experiment were considered a failure. Several years later, he had the idea of coating paper with the weak adhesive. This meant that notes could be stuck to paper and easily removed at a later time. Today, these removable notes are used by millions of people.
Using the information in the paragraph above, answer the following question in essay format.
6. The original adhesive experiment was considered a failure. Appraise the importance of evaluating the results of an experiment with an open mind
Small pieces of paper with a light stickiness on the back are known as sticky notes, Post-it notes, or repositionable notes. The notes can be repeatedly taken from and reattached to a variety of surfaces and papers thanks to the adhesive.
Canary yellow, three-inch squares were the original form of post-it notes. Sticky notes are available in a wide range of sizes, shapes, and colours nowadays. Every day, people utilise sticky notes all across the world. People always carry and use sticky notes, whether they are at home, at work or in any other setting. Would you consider them to be a brilliant innovation that was created entirely by chance? It is real. Sticky notes were not intentionally invented. Instead, a chemist at 3M Company named Dr. Spencer Silver created a novel, low-tack adhesive in 1968 that could adhere to objects while simultaneously being moved around a number of times. Instead of the super-strong adhesive he was attempting to create, he created a super-weak one.
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HELP ASAP! ILL GIVE BRAINIEST IF YOUR RIGHT!
Which statement is most accurate about thee evolution of modern camels?
A. Camels and vicuñas likely have extremely different dna sequence if compared
B. Camels and vicuñas, and guanacos evolved in North America 40million years ago and then migrated to different parts of the world.
C. Camels, llamas, vicuñas and guanacos do not have a common ancestor
D. As a common ancestor of camels, llamas, vicuñas, and Guanacos migrated out from North America, population evolved over time to adapt to their new environments.
The most accurate statement about the evolution of modern camels is that as a common ancestor of camels, llamas, vicuñas, and Guanacos migrated out from North America and evolved over time.
What is Evolution?This is referred to as the changes in heritable features of an organism over successive generations and is usually passed as a trait from the parent to offspring.
Camels, llamas, Vicuñas, and Guanacos had common ancestors which migrated out from North America. They however went through evolutionary processes so as to aid them adapt to their new environments.
This is therefore the reason why option D was chosen as the most appropriate choice.
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You should ask the patient if he/she is okay before performing cpr. true or false
Yes, we should to ask to patients if she or he okay before CPR.
True or false: CPR should be to a patient who is unconscious but not unresponsive?CPR needs to be started right away if the patient isn't breathing, unconscious, or has no pulse. Always keep in mind that chest compressions are the first step in good CPR. It's crucial to remember that death is most likely to occur after 10 minutes of brain oxygen deprivation.
Before performing CPR , check vict is responding or not. Ask her if she is ok and touch on her shoulder. If she responds or is breathing CPR is not necessary.
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Answer: This is true.
Explanation: Before performing any first aid/CPR, you should ask permission unless they are unconscious or unresponsive.
Principles of Ecology
NEW VOCABULARY
autotroph
biomass
carnivore
detritivore
food chain
food web
herbivore
heterotroph
omnivore
trophic level
Caden Holm a
yoad
Use your book to fill in vocabulary terms in this paragraph about
food chains.
In a
, matter and energy move from
. A food chain is made of several steps; each organism
in the food chain represents a step called a
A(n)
to
is a heterotroph that eats only plants, whereas a
preys on other heterotrophs. A(n)
plants and animals. Nutrients are returned to the soil, air, and water by
A model that shows all the possible feeding
relationships at each trophic level is called a
If you were a
scientist and you wanted to determine the weight of living matter at a
certain trophic level, you would measure the
eats both
A trophic web is an interaction between different organisms in which energy transference occurs. 1) food chain, 2) autotroph, 3) heterotroph, 4) trophic level, 5) herbivore, 6) carnivore, 7) omnivore, 8) detritivore, 9) food web, 10) biomass.
What is a trophic web?
The trophic web is the interaction between different organisms involving the transference of energy when some of them feed on the other ones.
Organisms occupy different trophic levels in the web. The ones placed at lower levels pass energy to the ones at the higher levels.
Organisms at each level feed on the preceding one and become food for the next one.
The first link corresponds to a producer organism -autotroph-.The following links are the consumers -heterotrophs-: herbivores and carnivores.The last links are the decomposers that degrade organic matter from dead organisms.A trophic web is composed of different food chains. Several food chains interconnected create a trophic web (food web).
Because it is a web, all organisms are in equilibrium until a change occurs. When a sudden change affects any of the involved links, there can be a cascade effect on the web.
In a (1) food chain , matter and energy move from (2) autotroph to (3) heterotroph .A food chain is made of several steps; each organism in the food chain represents a step called a (4) trophic level . A(n) (5) herbivore is a heterotroph that eats only plants, whereas a (6) carnivore preys on other heterotrophs. A(n) (7) omnivore eats both plants and animals. Nutrients are returned to the soil, air, and water by (8) detritivore .A model that shows all the possible feeding relationships at each trophic level is called a (9) food web .If you were a scientist and you wanted to determine the weight of living matter at a certain trophic level, you would measure the (10) biomass .You can learn more about trophic webs at
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Complete question
Use your book to fill in vocabulary terms in this paragraph about food chains.
In a (1) , matter and energy move from (2) to (3) .
A food chain is made of several steps; each organism in the food chain represents a step called a (4) .
A(n) (5) is a heterotroph that eats only plants, whereas a (6)
preys on other heterotrophs.
A(n) (7) eats both plants and animals.
Nutrients are returned to the soil, air, and water by (8) .
A model that shows all the possible feeding relationships at each trophic level is called a (9) .
If you were a scientist and you wanted to determine the weight of living matter at a certain trophic level, you would measure the (10) .
Terms
autotrophbiomasscarnivoredetritivorefood chainfood webherbivoreheterotrophomnivoretrophic levelIf the scale of this map is 1 cm=600km. What is the distance between Chicago, Illinois and Beijing, China?
Answer:
10 629 kilometers or 5,739 nautical miles
Explanation:
im right
The tissue found covering body surfaces, lining body cavities, forming the internal and external linings of many organs, and constituting most gland tissue is tissue.
The tissue found covering body surfaces, lining body cavities, forming the internal and external linings of many organs and constituting most gland tissue is epithelium tissue.
Epithelial tissues are one of the four basic types of animal tissues, the rest being muscular tissues, connective tissues and nervous tissues. They are thin, continuous, packed, protective layers of cells that line the outer surfaces of blood vessels and organs. Epithelial tissues can be classified based on the shape of individual cells and based on the number of layers.
Based on shape, epithelial tissues can be divided into squamous, cuboidal and columnar epithelial cells. Squamous cells are usually flat and are found on surfaces that are susceptible to rubbing and abrasion as they are easily replaced, for example, the skin. Cuboidal epithelial cells are cube shaped, and columnar cells are long. Some columnar epithelia have hair-like projections called cilia, and some act as glands and secrete mucus.
Based on the number of layers of cells, epithelial tissues can be divided into simple (single layer) and stratified (multiple layer) epithelial cells.
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Which step in respiration utilizes a terminal electron acceptor such as diatomic oxygen (o2)?
Oxygen serves as the final electron acceptor in cellular respiration, eletron transport chain. The electrons travel via the electron transport chain and ATPase, the enzyme that produces high-energy ATP molecules, before being taken up by oxygen.
What is electron transport chain?An electron transport chain (ETC) is a collection of protein complexes and other molecules that connect protons (H+ ions) across a membrane with the transfer of electrons from electron donors to electron acceptors via redox processes (both reduction and oxidation occur simultaneously) a group of proteins in the mitochondria's inner membrane. The inner mitochondrial membrane of eukaryotic organisms houses the electron transport chain and the location of oxidative phosphorylation.The ETC receives electrons from NADH and FADH2 through the cooperation of four big multisubunit enzyme complexes and two mobile electron carriers. The electron transport chain contains a large number of membrane-bound enzymes.Learn more about the electron transport chain with the help of the given link:
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