The Ion Channels of membrane facilitates unequal distribution of polar and charged molecules on two different sides of membrane.
The traveling wave of electrical excitation, known as an action potential/nerve impulse, can carry a message without attenuation from one end of a neuron to the other as speeds as great 100m/sec or more.
The voltage is an electrical potential energy that is caused by the separation of opposite charges, in the case of across membrane.
It is so because a membrane potential arises when, there is a difference in electrical charge on both the sides of a membrane, due to a slight excess in positive ions over negative ones on one side and a slight deficit on the other.
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A student sets up an experiment to study the role of enzymes in digestion of food. In which test tube, the digestion of protein will occur?
In test tube B i.e., egg, albumin, pepsin and HCl the digestion of protein will occur as HCl will breakdown protein into simple molecules.
Pepsin will be activated by HCl to break down proteins into their simpler constituents.Some enzymes, like pepsin in this instance, are activated by HCl in a catalytic manner.Gastric juice is a mixture of lipase, other digestive enzymes, and the least amount of diluted hydrochloric acid required for digestion.Pepsin, a digestive enzyme found in the stomach that aids in the breakdown of dietary proteins, is also present in this gastric fluid.Foods like milk, beef, and other dairy products are high in protein, which is broken down into smaller molecules for digestion.The pepsin is activated by the HCl in gastric juice. The protein intake is then catalyzed by the enzyme pepsin, which causes it to be broken down into smaller peptide molecules.learn more about digestion of protein here: https://brainly.com/question/8937671
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A student sets up an experiment to study the role of enzymes in digestion of food. In test tube A, he added egg albumin and pepsin. In test tube B, he added egg albumin, pepsin and HCl. In which test tube, the digestion of protein will occur? *
Test tube A as pepsin will breakdown into simple molecules.
Test tube B as HCl will breakdown protein into simple molecules.
Test tubes A as pepsin will breakdown protein into simple molecules.
Test tube B as HCl will activate pepsin for breakdown of protein into simple molecules.
Protein folding involves a transition from a more disordered state to a more ordered state. This entropic penalty does not prevent spontaneous folding because?
Given that the surroundings' net ΔS is positive and the process as a whole has a negative G, this entropic cost does not stop spontaneous protein folding.
Description of the protein folding and entropy penalty scenario:
The decrease in the solvation zone is linked to a considerable gain in positive entropy, which compensates for the entropic penalty brought on by the greater organization in the protein folding condition. The hydrophobic effect is another name for this phenomenon. The operation remains spontaneous as a result of allowing the net Gibbs free energy shift should become minus.Due to the lack of stabilizing connections, an unfolded protein has a high configurational entropy as well as a high enthalpy. The entropy and enthalpy of a folded protein are greatly reduced. Here, there is a compromise between H and S. The S component is weighted more heavily by increased temperature because ΔG = ΔH - TΔ S, which means that unfolding is favored by greater temperature.Learn more about protein folding here:
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A portion of the blood volume, as well as mucus and hypertrophied ____________ tissue, is released from the uterus as ____________ . This is similar to a menstrual period, in that blood and some endometrial tissue is expelled from the ____________ via the ____________ .
A portion of the blood volume, as well as mucus and hypertrophied endometrial tissue, is released from the uterus as lochia, which is similar to a menstrual period, in that blood and some endometrial tissue is expelled from the uterus via the vagina.
What is a tissue?A tissue is a group of cells that have a similar structure and function as a unit.
What are hypertrophied endometria?The term hypertrophied is referred to the cluster of cells made outside the organ. Hypertrophied endometria is a pre-natal condition of a female reproductive part. As the endometrium becomes too thick after the pregnancy it makes a cluster of tissue which is referred to as hypertrophied endometrial tissue which can cause uterine cancer if not come out on time.
What is mucus?Mucus is a regular, slippery, and stringy fluid substance produced by using many lining tissues in the frame. It is crucial for body function and acts as a defensive and moisturizing layer to maintain essential organs from drying out. Mucus also acts as a entice for irritants like dust, smoke, or microorganism.
Thus from the above conclusion we can say that A portion of the blood volume, as well as mucus and hypertrophied endometrial tissue, is released from the uterus as lochia, which is similar to a menstrual period, in that blood and some endometrial tissue is expelled from the uterus via the vagina.
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The virus that causes rabies travels up nerve cells to the brain and spinal cord. which cell structures will allow the virus to move through the nerve cells?
The virus that causes rabies travels up nerve cells to the brain and spinal cord. Endosomes cell structures will allow the virus to move through the nerve cells
The main function of endosomes is intracellular sorting. They control the movement of proteins and lipids between the plasma membrane Golgi, the trans-Golgi network (TGN), and vacuoles and lysosomes, among other subcellular compartments in the secretory and endocytic pathway.
Endocytic carrier vesicles move materials destined for lysosomal breakdown from early endosomes to late endosomes. Later, late endosomes merge with transport vesicles carrying lysosomal hydrolases from the trans-Golgi network (TGN), maturing them into lysosomes.
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Is the indicator stain in this microscope slide localized in organelles or distributed evenly throughout the cell?
The indicator stain in this microscope slide will be localized in organelles.
What are indicators?Substances called indicators are those whose solutions change color as the pH changes. We refer to these as acid-base indicators. The conjugate base or acid versions of these typically weak acids or bases have various hues because of variations in their absorption spectra.Organic weak acids or bases with complex structures are indicators. To assess the pH (acidity or basicity) of a solution visually, a little amount of a halochromic chemical substance is added to the solution.Therefore, under the Arrhenius model, a pH indicator is a chemical detector for hydronium ions (H3O+) or hydrogen ions (H+). According to the pH, the indicator typically causes the color of the solution to change. Other physical attributes can also alter, as seen by indicators.To learn more about pH indicator with the given link
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Eukaryotic cells have their chromosomes packaged in the ________. Eukaryotic cells have their chromosomes packaged in the ________. nucleus centriole nucleolus Golgi apparatus
Eukaryotic cells have their chromosomes packed in the nucleus.
Eukaryotic chromosomes are located inside the cell's nucleus. The principal function that distinguishes a eukaryotic cell from a prokaryotic cell is the presence of a membrane-bound nucleus. This nucleus is the “control center” of the cell that stores all of the cellular's genetic records, or DNA.
In eukaryotes, however, genetic material is housed inside the nucleus and tightly packaged into linear chromosomes. Chromosomes are made of a DNA-protein complex called chromatin which is prepared into subunits called nucleosomes.
All eukaryotes have a well-described nucleus that consists of DNA. DNA is a negatively charged polymer, packed compactly inside the chromatin, engirdling the histone proteins, a ball of positively charged proteins. The octamer of histone proteins is wrapped with a DNA helix, giving rise to a structure known as nucleosomes.
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In cells that are not dividing, chromosomes uncoil to form a tangle of fine fibers known as_________.
The correct word is chromatin.
What are chromatins?Chromatin is a mixture of decondensed chromosomes and proteins. The chromosomes are responsible for storing genetic information and transferring such from one generation to the other.
When cells are in active divisions, the chromatin condenses and the tangle of fine fibers become visible under the microscope as chromosomes.
Once active divisions are over, the chromosomes decondense back to their natural states.
Thus, in cells that are not dividing, chromosomes uncoil to form a tangle of fine fibers known as chromatin.
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Firefighters should wear scba in hazardous atmospheres, because exposure to particulate contaminants such as _____ can cause lung cancer or cardiovascular disease.
Firefighters should wear scuba in hazardous atmospheres because exposure to particulate contaminants such as smoke can cause lung cancer or cardiovascular disease.
What are particulate contaminants?Particulate contaminants are macro or microscopic solid or liquid materials that float in the atmosphere. When these materials are present in an amount capable of causing a health hazard, they are described as pollutants.
Examples of particulate contaminants are smoke, dust, ashes, etc. They constitute health hazards when inhaled and bioaccumulated to a certain level in the body.
Some of the health hazards they constitute include cancer, cardiovascular problems, kidney problems, etc.
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A researcher discovers that, in one trial, the charcoal filter and humidifier had been turned off for the air stream administered to the mice. Those data: A. must be recollected due to possible contamination with other unintentional odors. B. must be recollected due to the charcoal odor being absent from that trial. C. must be recollected due to the air being too humid in that trial. D. can still be used because those air treatment conditions were to maintain the health of the mice.
A researcher discovers that, in one test, the charcoal filter and humidifier were turned off for the airflow administered to the mice. This data should be collected due to possible contamination with other unintended odors.
A. should be collected due to possible contamination with other unintended odors.What is the humidifier filter for?Basically, humidifiers add moisture to the air, a function that can be done in different ways, such as cold mist or hot mist. While air purifiers do not add moisture, but work the air through filters that seek to remove impurities.
With this information, we can conclude that should be collected due to possible contamination with other unintended odors.
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If the specific gravity of urine is 1. 020 in the sample of urine, what caused the filtrate to increase its s. g. between bowman’s capsule and the collecting duct of the nephron?
Because more water than solutes are reabsorbed between Bowman's capsule and the collecting duct, specific gravity rises.
What is bowman's capsule?The Bowman's capsule, a component of the nephron, creates a sack that resembles a cup and surrounds the glomerulus. The "Bowman's space," which is adjacent to the proximal convoluted tubule of the nephron and signifies the beginning of the urinary space, is enclosed by Bowman's capsule.The glomerulus is protected by a two-walled pouch called Bowman's capsule. Bowman's space is the term for the area between the capsule's walls. The glomerular capsule, the Malpighian capsule, and the renal corpuscular capsule are among additional names for Bowman's capsule.The Bowman's capsule is a portion of the human kidney's nephron. By permitting water molecules and tiny molecules of other substances to flow through its selectively permeable membrane, Bowman's capsule performs the ultra-filtration process. Thus, glomerular filtrate is formed.Learn more about bowman's capsule here:
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As the Earth continues to warm, we would expect mosquito-transmitted diseases to ____ range.
A. increase in
B. decrease significantly in
C. maintain their
D. decrease slightly in
Answer:
Option b
Explanation:
Hope it helps
brainlest answer pls
Organic material in soil contains a substance called "humus". Humus is defined as
A. dark organic matter that forms from sand
B. dark organic matter that forms from granite
C. dark organic matter that forms when plants and animals decay
Answer:
C. dark organic matter that forms when plants and animals decay
Specialized ganglionic sympathetic neurons that release hormones into the bloodstream are found within the collateral ganglia. adrenal glands. intramural ganglia. brainstem. chain ganglia
Specialized ganglionic sympathetic neurons that release hormones into the bloodstream are found within the adrenal glands.
What is adrenal gland?A little gland that produces noradrenaline, adrenaline, and steroid hormones. These hormones assist in maintaining healthy blood pressure, heart rate, and other vital bodily functions.Immune system, blood pressure, stress response, metabolism, and other critical processes are all controlled by hormones that are produced by adrenal glands. The cortex and the medulla, the two components that make up an adrenal gland, are each in charge of manufacturing a separate hormone.Problems with one, both, or other glands, such as the pituitary gland, can result in diseases of the adrenal glands. When the adrenal glands create either an excessive amount of hormones or an excessive amount of hormones from external sources, several diseases may arise.Since the adrenal glands are essential for human survival, if both are destroyed, the patient will need to take drugs and hormone supplements.
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While reading a book, the author describes a cat as being as big as a house. Immediately, you picture a huge cat trying to fit through the front door of a house. What active reading strategy are you using? A. Making predictions
B. Using visual cues and text features
C. Making mental images
D. Drawing inferences
A percutaneous ____________________ is a minimally invasive procedure that is performed to treat osteoporosis-related compression fractures of the spine.
A percutaneous vertebroplasty is a procedure which is minimally invasive that is performed in order to treat osteoporosis related compression fractures of the spine.
Vertebroplasty is a procedure which helps stabilizing the spine by treating the compression fractures in it. This is done by injecting the bone cement into the vertebrae on the back bones which has been broken or cracked due to osteoporosis.
The added cement hardens up and helps in the stabilizing the fractures present in the spine and supporting it. This procedure in minimally invasive as it is done through just through a small puncture in the skin instead of open incision.
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What is a type of ecological experiment that takes advantage of a natural disturbance and for which there is no ability to regulate independent variables?
The ecological experiment is natural based, as their name suggests, are not controlled by anyone. These are natural disturbance to an environment. The ecosystem itself is an experiment, for instance, following a natural disaster, a shift in the climate, or the introduction of exotic species.
Disturbances are significant natural forces that shape the dynamics of forest ecosystems and significantly influence their composition and functionality. As a result, shifting disturbance patterns may significantly affect forest ecosystems, potentially having long-lasting effects on their biological richness and ability to deliver ecosystem services to the general public.
Ecosystem management necessitates a thorough comprehension of the effects of natural disturbances in order to offer ecosystem services to society while promoting biodiversity.
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In the context of protein digestion, protein breakdown into its amino acid constituents is completed by?
In the context of protein digestion, protein breakdown into its amino acid constituents is completed by proteases produced in the small intestine
Protein-degrading enzymes are referred to as proteases. These enzymes are produced by bacteria, fungus, plants, and mammals.Proteins in the body or on the skin are broken down by proteolytic enzymes. This may aid in digestion or the breakdown of proteins that contribute to inflammation and pain. The small intestine, pancreas, and stomach all manufacture protease. The stomach and small intestine are where the majority of chemical reactions take place. Pepsin is the primary digestive enzyme that targets proteins in the stomach. Proteases are released by the pancreas into the proximal small intestine, where they combine with proteins that have already been altered by gastric secretions and break them down into amino acids, which are then absorbed and utilized by the body as necessary.learn more about proteases here:
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Refeeding syndrome is a potentially fatal complication of overfeeding. why is refeeding syndrome so dangerous?
It might cause harmful changes in the serum phosphorus and other electrolytes. So, Refeeding syndrome so dangerous.
What is serum phosphorus?The serum phosphorus test quantifies the phosphate levels in the blood. A vein, typically on the back of the hand or the inside of the elbow, is used to draw blood.When hypoparathyroidism, parathyroid gland does not produce enough parathyroid hormone. Body contains too much vitamin D. A diet that is too high in phosphorus.Although the terms "phosphorus" and "phosphate" are sometimes used interchangeably when discussing tests.A serum phosphorus/phosphate test actually measures the amount of inorganic phosphate in the blood. Phosphates are essential for the synthesis of energy, the health of muscles and nerves, and the development of bones.Although serum inorganic phosphate only represents a very small portion of the body's total phosphorus, it is easily quantifiable and provides information on the body's phosphorus reserves.Phosphate is mostly found in the body in an organic form as a compound with lipids, proteins, and carbohydrates.Learn more about serum phosphorus here:
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What are the challenges the characters face in overcoming problems in diversity?
There are several challenges that can arise with diversity such as communication issues , too many opinions, hostility ,diversity implementation challenges,retain bad talent, etc.
Diversity that take the human resources world by storm, many life science organisations are recognition the benefits o diverse places.There are also advantages of this diversity like increase productivity, better problem solving, financial growth.
Communication issues that created by diversity is stemming form the failure of different groups to understand one another. It is also increased tension and conflict between different groups. The most challenging aspect of diverse environment is accepting and embracing difference. These barriers are need to be overcome for diversity programs to succeed.
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The clearance of pus, cellular debris, dead neutrophils, and damaged tissue after inflammation is performed by:_________
Macrophages are immune cells which are responsible for performing the functions like clearance of pus, cellular debris, dead neutrophils as well as damaged tissue after the inflammation has been performed.
Macrophages are a type of immune cells. They are large phagocytic cells which can be found either mobile as a white blood cell or they can also be found in a stationary form in the tissues. They can especially be found at the site of infection.
During inflammation, they enter about 72 hours post the initial response to perform the function of cleaning up the debris, pus and also the dead neutrophils.
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help please 30 points and brainliest for correct answer :(
Which of the following is a future consequence of the use of hydropower from dams on the environment?
It generates no greenhouse gases.
It can be used in isolated locations.
A dam and reservoir can flood habitats.
It produces less noise than other energy.
The dam and reservoir can flood habitats is a is a future consequence of the use of hydropower from dams on the environment .
What is hydropower?A a renewable energy source, or one that has a capacity for hydraulic use over time. Water fits as a substance that is always recomposing in the terrestrial environment.
Today it is known that they cause major environmental impacts, such as the decomposition of submerged vegetation that gives rise to gases such as methane, carbon dioxide and nitrous oxide, which cause climate change.
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Herceptin,a drug developed by the biotechnology industry, is used to treat breast cancer. it is taken only after a patient undergoes a matching diagnostic test. in this way, the drug is only given to those patients who have a certain protein.what is the main benefit of such a technology
The main benefit of this technology is that only those patients that need this medication will obtain it and thereby they won't be wasting it.
What is personalized medicine?Personalized medicine is an emerging approach in clinical setting where medications are developed according to the features of each patient.
Personalized medicine may raise concerns regarding the cost of individual non-generalized treatments but they are very useful to treat specific conditions.
In conclusion, the main benefit of this technology is that only those patients that need this medication will obtain it and thereby they won't be wasting it.
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What is criminal homicide, and what are the key issues involved in in explaining patterns of homicide?
Murder and Negligent Manslaughter are both forms of criminal homicide. The intentional (non-negligent) death of one person by another.
Any death brought on by wounds sustained in a brawl, disagreement, dispute, assault, or commission of a crime is typically categorized as murder and negligent manslaughter is criminal homicide.Socialization theories, symbolic interactionism, social structural theories, control theory, and social ecology theory are a few examples of criminal theories. Historically, one of the most well-known and prominent explanations for why people commit homicide and act violently has been the socialization theory of homicide and aggression.the following are the key issues involved in in explaining patterns of homicide:-thesis on the subculture of violence
-the victim-offender dynamic
hypothesis of exposure reduction
Disinhibition that is selective
using weapons
-sibling infractions
-drug and alcohol abuse
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Hormone released by the duodenum in response to acids and lipids in the duodenum.
Cholecystokinin is perspired by cells of the upper little intestine. Its secretion is stimulated by the introduction of hydrochloric acid, amino acids, or fatty acids into the stomach or duodenum.
What is Cholecystokinin?Cholecystokinin is a hormone produced in your little intestine. It recreates a fundamental role in digestive function. When fats and proteins enter your small intestine, cholecystokinin activates your gallbladder and pancreas to contract.The most recognized positions of this hormone are in digestion and appetite. It improves digestion by delaying the emptying of food from the stomach and promoting the production of bile in the liver as well as its departure from the gall bladder.CCK peptides stimulate pancreatic enzyme secretion and growth, gallbladder compaction, gut motility, and satiety, and deter acid secretion from the stomach. Moreover, they are major neurotransmitters in the brainiac and the periphery.To learn more Cholecystokinin, refer to:
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A neuron conducting an impulse from the stomach wall to the cns would be classified as a(n) __________ neuron.
A neuron conducting an impulse from the stomach wall to the cns would be classified as visceral sensory neuron.
Unipolar neurons called visceral afferent neurons enter the spinal cord through the dorsal root and have their cell bodies in the dorsal root ganglia. Visceral sensory neurons keep an eye on the organ systems and internal surroundings.
The GI tract and bladder's visceral afferent fibres transmit information that enables appropriate digestion, excretion, and urination. Reflex reactions to sensory information like distension include smooth muscle contraction (in the wall and sphincters) and mucosal secretion.
Therefore,A neuron conducting an impulse from the stomach wall to the cns would be classified as visceral sensory neuron.
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A neuron conducting an impulse from the stomach wall to the CNS would be classified as Visceral Sensory Neuron.
These neuron transfer information for the normal functioning of digestion and elimination.
They are Unipolar neurons entering the spinal cord and are located in the dorsal root ganglia.
The visceral nervous system is a part of PNS (Peripheral Nervous System) which transfer information between CNS (Central Nervous System) to the visceral organs like Stomach and Intestine.
These Peripheral nerves innervates the muscles and body walls.
Vagus, Glossopharyngeal and facial nerves contains visceral sensory neurons.
Visceral Sensory neurons are responsible for the contraction of smooth muscle and the secretion of the mucosa.
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Which is NOT included in the appendicular skeleton?
A. arm bones
B. leg bones
C. ribs
D. pelvic bones
Answer:
=> C. ribs
Explanation:
=> The appendicular skeleton is composed of the bones of the pectoral limbs (arm, forearm, hand), the pelvic limbs (thigh, leg, foot), the pectoral girdle, and the pelvic girdle.
=> Ribs is a part of the axial skeleton.
A body of underground water, usually comprised of water saturated regolith, is permeable, and replenishes lakes and streams, is known as a(n) __________
A body of underground water, usually comprised of water saturated regolith, is permeable, and replenishes lakes and streams, is known as a aquifer.
Groundwater to be able to get into a rock with good porosity it must also have good permeability. For a rock to be permeable and for water to move through it, the pore spaces between the grains in the rock must be connected. Permeability is therefore a measure of the ability of water to move through a rock.
An aquifer is a body of rock and/or sediment that holds groundwater. Groundwater is the word used to describe precipitation that has infiltrated the soil beyond the surface and collected in empty spaces underground. There are two general types of aquifers confined and unconfined.
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Overall, how many protons are pumped by the membrane-associated electron transport system across the membrane for every molecule of nadh that is oxidized?
10 protons are pumped by the membrane-associated electron transport system across the membrane for every molecule of NADH that is oxidized.
Electron transport chain:Two protons are pumped across the membrane by this last complex in the electron transport chain, which also completes the ultimate transfer of electrons to oxygen. NADH molecule enters the electron transfer chain after passing a total of 10 protons across the membrane.
The inner membrane of the mitochondria contains a number of chemical compounds and proteins that make up the electron transport chain. In a sequence of redox reactions, electrons are transferred from one component of the transport chain to another. In these processes, energy is released as a proton gradient, which is then utilized to produce ATP through a process known as chemiosmosis. Oxidative phosphorylation is a process that involves both chemiosmosis and the electron transport chain.
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List the four main types of carbon-based molecules found in living things.
Answer:
ProteinsLipidsCarbohydratesNucleic AcidsExplanation:
they are the densest things to break down, and store in the body since they are very much carbon based.
What if the light intensity was 1000, what do you predict the ATP production percentage would be?
Main Answer:
ATP Production will not change as change in wavelength because it depends on no. of photons striking the surface means intensity of light.
Explanation:
ATP Production is depend upon intensity of light and not on wavelength of light.
No. of electrons involved in ATP Production depends on intensity of light.
If the light intensity is about 1000, then it will not positively affect ATP synthesis. Because enzymes do not function properly, it may harm photosynthesis.
What Role Does Light Play in Photosynthesis?The sunlight acts as a catalyst for the photosynthesis process and promotes the production of ATP (energy), glucose, and oxygen. The sunlight breaks the water molecule and forms the electron. This process is called photolysis of water and takes place in the thylakoid membrane. This occurs in the thylakoid membrane's Photosystem II (PS II).
Electrons move from photosystem II to photosystem I. The movement of the electron generates the proton gradient across the membrane. Due to the higher protons inside the lumen of the thylakoid, these move to the outer side, and as a result, ATP synthase makes ATP. If such a bright light shines on these complexes, the enzymes will stop working and ATP synthesis will suffer.
Hence, an increase in light intensity would have a negative impact on ATP production.
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