coenzyme involved in the conversion of proline to hydroxyproline:

Answer:

A decrease in all the prey populations.

Answer:

a decrease in all the prey populations

Explanation:

I Watched a video thing

Answer:

Diapedisis

Explanation:

The passage of blood cells through the intact walls of the capillaries typically accompanying inflammation

Answer:

shorter and higher

Explanation:

UV  is further along in the EM spectrum so has a higher frequency and shorter wavelengths than visible light.

The Adaptation in fish that has increased their surface area to volume ratio is : Fins

The presence of fins in fishes has increased the surface area to volume ratio of fishes( SA:V ). Given that the surface to volume ratio of large organisms such as fishes are not large enough for efficient diffusion. therefore the adaptation of fins has helped to increase the surface area to volume ratio.

Hence we can conclude that The Adaptation in fish that has increased their surface area to volume ratio is : Fins

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If he had never given birth, there would be a significant decline in population and nearly no one would be color blind.

The population has changed since color blindness is a symptom of inbreeding, and because of its tiny size and secluded location, achromatopsia is more common.

Only the genotype frequencies, not the allelic frequencies, are altered by inbreeding.

Inbreeding, which is typically the outcome of mating related individuals, is defined as the probability that two alleles in an individual are identical by ancestry.

Red-green color vision abnormalities are brought on by genetic alterations involving the OPN1LW or OPN1MW genes. Defects in blue-yellow color vision are caused by OPN1SW gene mutations.

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What might have happened to the color-blind allele in the Pingelapese population following the typhoon if Mwanenised had had no children? Has the Pingelapese population evolved? Explain. (Hint: Does inbreeding cause a change in allele frequencies?)

Answer:

The function of the villi and the microvilli is to increase the amount of surface area available for the absorption of nutrients. Each villus has a network of capillaries and fine lymphatic vessels called lacteals close to its surface.

Explanation:

There, the villi and the microvilli increase intestinal absorptive surface area approximately 40-fold and 600-fold, respectively, providing exceptionally efficient absorption of nutrients in the lumen. There are also enzymes (enterocyte digestive enzyme) on the surface for digestion

Answer:

A

Explanation:

The cell would likely not have fewer chromosomes than the parent because those cells are formed from nondisjunction and not base mutations and those cells are usually not viable

the cell would not produce more proofreading proteins to eliminate future mutations --> the concentration of proofreading proteins does not change in response to a singular mutation

the cell would not be more likely to have an environmental mutation because those occur at random

Answer:

Hi there, your answer to this is: It is an amino acid that cannot be made by the body. It must be obtained from eating certain foods.

Explanation:

There are 9 essential amino acids that we need in our bodies which are:  histidine, isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan, and valine which can be found in foods that we normally eat.

Hope this helped :)

Answer:

C, It is an amino acid that cannot be made by the body. It must be obtained from eating certain foods.

Explanation:

Edge 2021

Answer:

The plasma membrane is a thin layer of lipid molecules that surrounds the cell and separates the inside from the outside. The fluid mosaic model describes the structure of the plasma membrane as a two-layered structure of phospholipids with embedded proteins. This model explains how the structure of the plasma membrane allows it to act as a selective barrier, regulating the movement of substances in and out of the cell.

Structure S in the plasma membrane is represented by the phospholipids, which form a lipid bilayer with hydrophilic heads facing outwards and hydrophobic tails facing inwards. The hydrophilic heads are in contact with the extracellular fluid and intracellular fluid while the hydrophobic tails are in the middle of the membrane. The phospholipid bilayer provides a barrier that separates the inside and outside of the cell, restricting the movement of hydrophilic and large molecules through the membrane while allowing the passage of small and hydrophobic molecules.

Structure T represents the integral membrane proteins that are embedded in the lipid bilayer. These proteins have different functions, such as transport of molecules, cell signaling, and catalyzing chemical reactions. The proteins also contribute to the selective permeability of the membrane by regulating the movement of specific molecules in and out of the cell. For example, channels and carrier proteins regulate the movement of ions and larger molecules through the membrane while receptor proteins receive signals from the outside of the cell and relay them to the inside of the cell.

In summary, the plasma membrane is mainly composed of phospholipids and proteins according to the fluid mosaic model. The phospholipids form a lipid bilayer that acts as a barrier, while the proteins embedded in the bilayer regulate the selective permeability of the membrane by facilitating the movement of specific molecules in and out of the cell.

Explanation:

The Starch Indicator has a molecular weight of approximately 384.31 grams per mole.

The substance that will not diffuse is Starch Indicator. When attempting to move across a selectively permeable membrane, not all substances can diffuse. Diffusion is a passive process that occurs as a result of random molecular movement.

What is diffusion?Diffusion is the process of moving molecules from a high concentration to a low concentration until equilibrium is established. The term "passive transport" refers to the process of diffusion, which does not require energy in the form of ATP molecules.

This movement is driven by the potential energy difference between two regions of the membrane. As a result, molecules move from areas of high concentration to areas of low concentration.

In addition, substances with a lower molecular weight and smaller particle size have a higher probability of moving via diffusion.Molecules that cannot move through a selectively permeable membrane are not able to diffuse.

Starch Indicator is an example of a substance that cannot diffuse through a membrane. It is a heavy molecule that cannot cross a selectively permeable membrane.

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Answer: I think that it would be C but I'm not completely positive :) either way, I hope this can help out on whatever you're working on

Answer: hello your question is incomplete attached below is the missing part

answer

Explanation:

The cellular component  responsible for  is:

Ribosomes; which are either free or bounded to rough endoplasmic reticulum

The location of the component that is responsible for producing the luciferase is determined by Codons hence  the component is located in the Codons. also  If the codon is AUG, the anticodon will be UAC

Human sewage can contain bacteria, viruses, and parasites that can potentially be harmful to human health. However, these pathogens can be eliminated through various forms of treatment, such as filtration and chlorination. In contrast, chemical sewage refers to wastewater that contains pollutants such as heavy metals, solvents, and pesticides, which can be toxic to human health and the environment. Unlike pathogens, these pollutants cannot be destroyed through standard sewage treatment processes, and they can persist in the environment for many years. Therefore, chemical sewage is generally considered more harmful than human sewage.

Answer:

p(OH)30

Explanation:

add the OH all together

In this experiment, the rate of bacterial growth is proportional to the number of bacteria present. We can use this information to find an equation that describes the number of bacteria at any given time.

Let's start by assigning variables. Let P(t) represent the number of bacteria at time t. We know that at the beginning of the experiment, there are 10 bacteria, so we can write this as P(0) = 10.

We are given that after one hour, the number of into 20. This means that after one hour, P(1) = 20.
Since the rate of growth is proportional to the number of bacteria, we can write this relationship as a differential equation: dP/dt = kP, where k is the proportionality constant.

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Proteins play a variety of important roles in the cell membrane. Here are three functions of proteins in the cell membrane with brief descriptions:

Transport: Many proteins in the cell membrane act as transporters, moving substances in and out of the cell. These proteins are embedded in the lipid bilayer and have specific binding sites for certain molecules, which they transport across the membrane either by passive diffusion or active transport.

Receptors: Membrane proteins also serve as receptors, which bind to specific ligands, such as hormones or neurotransmitters, on the outside of the cell. This binding triggers a signal transduction pathway that can activate or inhibit specific cellular responses, such as gene expression or enzyme activity.

Cell adhesion: Proteins in the cell membrane can also play a role in cell adhesion, which is the process by which cells stick to each other. These proteins are typically located on the outer surface of the membrane and interact with other cell adhesion molecules on adjacent cells to form a strong bond that holds cells together. This function is particularly important in tissues and organs where cells need to be organized and held in place.

Overall, proteins in the cell membrane are critical for maintaining the integrity of the cell and allowing it to interact with its environment. The specific functions of membrane proteins can vary depending on the type of protein and the specific cell type in which it is found.

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Answer:

6 thymine, 4 guanine. 4 cytosine

Explanation:

Adenine pairs with thymine, so you need 6 of each

Cytosine matches with guanine, but the total of nucleotides is 20, so

6(adenine)+6(thymine)=12

20-12=8

8= 4(guanine)+4(cytosine)

DNA strand of 20 nucleotides, and 6 of them were adenine, how many thymine, guanine, and cytosine would we have 6 thymine, 4 guanine, 4 cytosine.

Deoxyribonucleic acid, also known as DNA, is the molecule that carries the genetic material necessary for an organism's growth and operation. The structure of DNA is a double helix, which is made up of two connected strands that loop around one another to resemble a twisted ladder.

Deoxyribose and phosphate groups alternately form the backbone of each strand. One of the four bases—adenine (A), cytosine (C), guanine (G), or thymine—is joined to each sugar (T). Adenine forms chemical bonds with thymine while cytosine forms chemical bonds with guanine to join the two strands together.

A protein or RNA molecule's construction instructions are among the biological information encoded by the nucleotide sequence along the DNA backbone.

Therefore, DNA strand of 20 nucleotides, and 6 of them were adenine, how many thymine, guanine, and cytosine would we have 6 thymine, 4 guanine, 4 cytosine.

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Answer:

Space shuttles protect you from a lot of things which other forms of space technology cannot, like how spacesuits can't resist the micrometeorites but space shuttles can, and also the features of the space shuttles are cool and they help you survive.

Explanation:

In considering protein secondary structure, the incorrect statement is: An alpha helix repeats after 18 residues and has 3.6 residues per turn.

In protein secondary structure, various arrangements of amino acids give rise to different structural motifs. These motifs include alpha helices and beta sheets. Alpha helices are right-handed coils formed by a hydrogen bond pattern between the main-chain carbonyl oxygen and the main-chain amide hydrogen,

On the other hand, beta sheets are formed by a network of main-chain hydrogen bonds that connect adjacent beta strands. Beta strands can be arranged in either parallel or antiparallel configurations. The most common protein secondary structures are indeed alpha helices and beta sheets. Thus, the incorrect statement among the given options is d. An alpha helix repeats after 18 residues and has 3.6 residues per turn.

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Answer:

A

Explanation:

You have to repeat it to see which result you see more of, because that would most likely be the correct solution.

Answer:

a

Explanation:

just did it

Answer:

Digestive enzymes play a key role in breaking down the food you eat. These proteins speed up chemical reactions that turn nutrients into substances that your digestive tract can absorb. Your saliva has digestive enzymes in it. Some of your organs, including your pancreas, gallbladder, and liver, also release them.

Answer:

The answer is C, hope this helps

Answer:

The answer is C.

Explanation:

Hope this helped you.

Explanation:

In what perhaps his best known expirement,Van Helmont placed a 5-pound (about 2.2-kg) willow in an earthen pot containing 200 pounds (about. 90 kg) of dried soil,and over five year period he added nothing to the pot but rainwater or distilled water.

Brainliest Me,Thanks for later

A person has one of their lower arms removed in a procedure known as an amputation therefore the total number of bones in their appendicular skeleton will be 125.

This is referred to as the structural frame that supports the body of an animal and it consists of bones which are living tissues and help provide structural integrity. They are also involved in the movement of various parts of the body for our daily activities.

The adult human skeleton is made up of 206 bones while the  total number of bones in their appendicular skeleton is 126 and we were told that amputation occurred which led to the loss of one of the lower arms.

This therefore means that the total number of bones in their appendicular skeleton will be 126 - 1 = 125 which is therefore the reason why it was chosen as the correct choice.

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Answer:

stays the same

Explanation:

The Hardy-Weinberg equation is best at predicting short term genotypic frequencies because over the long term some of the assumptions of the equation will not be true.

The Hardy-Weinberg equation is best at predicting short-term genotypic frequencies because it makes several assumptions that are unlikely to hold true over long periods of time. The equation is based on a set of assumptions that include:

Given these assumptions, the Hardy-Weinberg equation is most applicable in situations where the population meets the criteria of large size, random mating, no migration, no mutation, and no selection. In practice, it is difficult to find populations that meet all these assumptions, especially over long periods of time. Therefore, the Hardy-Weinberg equation is more useful for studying short-term changes in genotypic frequencies rather than long-term predictions.

The complete Question is:

Explain why it is said that Hardy-Weinberg equation is best at predicting short-term (rather than long-term) genotypic frequencies.

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Answer:

Torso

Explanation:

An increase in body fat is common in middle adulthood. the rise in fat largely affects the: TORSO.

I hope it helps! Have a great day!