Draw and label nucleus, mitochondria, smooth er, rough er, lysosome, nucleolus, ribosome, chloroplast, central vacuole, vesicles, peroxisome, cytoskeleton
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Nucleus is the main component of the cell and carries out the vital processes of the cell.
For learning about its structure, a nucleus diagram is quite helpful. Important components of its structure include.One feature of the nucleus that distinguishes eukaryotic cells from prokaryotic ones is the nuclear membrane. Additionally, it has a double-layer structure. It also has phospholipids in it.The nuclear envelope, nucleoplasm, or nucleus sap, nuclear matrix, chromatin, and nucleolus are some of the several structures that make up the nucleus. The nuclear membrane, also referred to as the nuclear envelope, creates an envelope-like structure surrounding the nuclear contents.learn more about Nucleus here:
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Related Questions
What is the overall incidence rate of listeriosis in the united states (assume a population of 315,505,000 and express your answer per 1,000,000 in the population)?
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Based on active surveillance in 10 Food Net sites, the annual incidence of laboratory-confirmed listeriosis in the United States is approximately 0.24 cases per 100,000 people. 0.2 cases per 100,000 people is the U.S. Healthy People 2020external icon target for listeriosis.
The infection known as listeriosis is brought on by Listeria monocytogenes. Eating foods contaminated with the bacteria causes infection in humans. Listeria can infect the bloodstream, spinal cord membranes, brain, and many other areas of the body.According to the Centers for Disease Control and Prevention, over 1,600 Americans contract listeriosis year, and approximately 260 of them pass away. A total of 1,500 of the roughly 1,600 people who contract the disease each year will be hospitalized, according to the 94% hospitalization rate.learn more about listeriosis here:
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The cell bodies of neurons bringing sensory information to the spinal cord are located in the?
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The cell bodies of neurons bringing sensory information to the spinal cord are located in the dorsal root ganglion.
Dorsal root ganglionA dorsal root ganglion, also known as a spinal ganglion or a posterior root ganglion, is a group of neurons in the dorsal root of a spinal nerve. The dorsal root ganglia are home to the first-order neurons, or cell bodies, of sensory neurons. Afferents are the term for the dorsal root ganglion neurons' axons. Axons that transmit sensory data to the central nervous system are referred to as afferents in the peripheral nervous system (i.e. the brain and the spinal cord). The dorsal root ganglion's neurons are of the pseudo-unipolar type, which means they have a cell body (soma) with two branches that function as a single axon, commonly known as a distal process and a proximal process.
The cell bodies of neurons bringing sensory information to the spinal cord are located in the?
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The narrow space between the axon terminal and the motor end plate is called the:_______
a) vesicle
b) synaptic
c) cleft
d) sarcolemma
e) axon
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The narrow space between the axon terminal and the motor end plate is called the synaptic.
What is synaptic?The places of contact between neurons known as synapses are where information is transferred from one neuron to the next. Presynaptic neuron, synaptic cleft, and postsynaptic neuron are the three components of synapses, which most frequently occur between axons and dendrites.Synaptic connections between brain cells are the points at which electrical signals are transferred from one nerve cell to another. The synaptic gap is when nerve signals jump from one nerve cell to another.The tiny space between two neurons known as a synapse is where a neurotransmitter relays nerve impulses from the axon of a presynaptic neuron to the dendrite of a postsynaptic neuron. The term "synaptic cleft" or "synaptic gap" is used to describe it.The purpose of synapses is to send electrical signals between two neurons or between a neuron and a muscle cell. Synapses allow one neuron to communicate with another, which enables messages to travel from the nerves to the brain and vice versa.
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Which is useful for high-throughput sequencing, but is not part of sanger dna sequencing?
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Roche/454 pyrosequencing , useful for high throughput sequencing techniques. This method utilizes pyrosequncing which allows for sequencing as the sequence read out can be achieved at the same time as the sequence is extended.
High- throughput screening is the use of automated equipment to rapidly test thousand to millions of samples for the biological activities at the model organism, cellular, pathway or molecular level.Many DNA samples can be sequenced simultaneously.
Sanger DNA sequencing also known as chain termination. This method is used only for the single DNA fragment at a time. Amplicon sequencing with NGS is efficient and cost effective . It is required a DNA polymerase , nucleotide , dideoxynucleotides and buffer.
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What type of white blood cell would you find in the greatest numbers in an infected cut?
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What type of white blood cell would you find in the greatest numbers in an infected cut?
Neutrophils, phagocytic white blood cells that are the first to reach an injury site, are abundant in an infected cut.
What is white blood cells wbc?A particular sort of blood cells that is produced in the bone marrow and present in both the blood and lymphatic tissue. The immune system of the body includes white blood cells. They support the body's defenses against illness and infection. Granulocytes (neutrophils, eosinophils, and basophils), monocytes, and lymphocytes are different types of white blood cells (T cells and B cells). A complete blood cell (CBC) test often includes checking the blood's white blood cell count. It can be used to check for diseases including leukemia, allergies, inflammation, infection, and so forth. also known as WBC and leukocyte
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______ are single-cell organisms found in the food we eat, the water we drink, and the air we breathe.
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The primary oocytes in primordial follicles remain arrested in ______ until after puberty.
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The primary oocytes in primordial follicles remain arrested in prophase I of first meiosis in ovary until after puberty. Thus, option D is correct.
What do you mean by oocyte ?Oocytes are the first developing egg cells produced by ancestral oogonia cells of ovary during fetal development.
Oogonia undergo mitosis and produce diploid chromosome containing daughter cells and these oogonia become oocytes.
Oocytes remain dormant until puberty, as it is arrested at early stage of first meiosis as a primary oocyte or primordial follicle.
The average time duration of the conversion of the primordial follicle containing an oocyte to a preovulatory follicle is about 120 days.
Hence option D is correct.
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Your question was incorrect. So the probable question was
The primary oocyte in primordial follicles remain arrested in _____ until after puberty.
A. anaphase I
B. anaphase II
C. prophae II
D. prophase I
When the zygote first divides, the two daughter cells are the ______ cell and the ______ cell.
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When the zygote first divides, the two daughter cells are the apical cell and the basal cell.
To develop into a mature embryo, the zygote created during fertilization must go through a number of cellular divisions and differentiations. The cotyledons, root meristem, root cap, shoot apical meristem, and hypocotyl are the five main parts of an end-stage embryo.Asymmetrical cell division is the norm for plant zygotes, resulting in the creation of two daughter cells with different developmental cell fates. The bigger basal cell will divide to become a temporary suspensor, whilst the smaller apical cell will grow to become the majority of the embryo proper.learn more about zygote here: https://brainly.com/question/1151355
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If it were possible to have antagonistic muscle pairs in an arm contract simultaneously, what movement would the arm make?
Answers
If it were possible to have antagonistic muscle pairs in an arms contract simultaneously, the arm would be locked in position.
How do antagonistic muscle pairs work?
Tendons allow muscles to exert force on bones. They pull on our bones and related body parts to move them; this activity is referred to as muscle contraction. In "antagonistic muscle pairs," muscles function. A pair of muscles work together to move a body part, and then the other muscle in the pair works together to bring the body part back to its starting position.
Antagonizing pairs of muscles are those that function in this way. When two muscles are antagonistic, one contracts while the other relaxes or lengthens. The muscle that is lengthening or relaxing is referred to as the antagonist, while the muscle that is contracting is referred to as the agonist.
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What is the arrangement of the phospholipids a substance encounters as it passes through the plasma membrane?
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The phospholipids in the plasma membrane are arranged in two layers, called a phospholipid bilayer, with a hydrophobic, or water-hating, interior and a hydrophilic, or water-loving, exterior.
Phospholipids are a class of lipids whose molecule has a hydrophilic "head" containing a phosphate group and two hydrophobic "tails" derived from fatty acids, joined by an alcohol residue (usually a glycerol molecule). Marine phospholipids typically have omega-3 fatty acids EPA and DHA integrated as part of the phospholipid molecule. The phosphate group can be modified with simple organic molecules such as choline, ethanolamine or serine.
Phospholipids are a key component of all cell membranes. They can form lipid bilayers because of their amphiphilic characteristic. In eukaryotes, cell membranes also contain another class of lipid, sterol, interspersed among the phospholipids. The combination provides fluidity in two dimensions combined with mechanical strength against rupture. Purified phospholipids are produced commercially and have found applications in nanotechnology and materials science.
In aqueous solutions, phospholipids are driven by hydrophobic interactions, which result in the fatty acid tails aggregating to minimize interactions with the water molecules. The result is often a phospholipid bilayer: a membrane that consists of two layers of oppositely oriented phospholipid molecules, with their heads exposed to the liquid on both sides, and with the tails directed into the membrane. That is the dominant structural motif of the membranes of all cells and of some other biological structures, such as vesicles or virus coatings.
Phospholipid bilayers are the main structural component of the cell membranes.
In biological membranes, the phospholipids often occur with other molecules (e.g., proteins, glycolipids, sterols) in a bilayer such as a cell membrane. Lipid bilayers occur when hydrophobic tails line up against one another, forming a membrane of hydrophilic heads on both sides facing the water.
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Recent work by taxonomists at the world register of marine species has eliminated how many previously listed species because they were duplicate identities?
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Recent work by taxonomists at the world register of marine species has eliminated between 1,50,000 and 2,00,000 previously listed species because they were duplicate identities.
228,445 marine organisms have been identified, according to taxonomists who have taken on the challenging mission of cataloging every species in the ocean.
190,400 i.e. between 1,50,000 and 2,00,000 previously listed species were removed by the World Register of Marine Species (WoRMS) staff because they were duplicates.
A biologist who classifies creatures is a taxonomist.
For instance, a plant taxonomist could research the origins and connections between various rose varieties, whereas an insect taxonomist might concentrate on the connections between various beetle varieties.
The plants, animals, and other species that exist in salt water found in the sea, ocean, or brackish water found in coastal estuaries are referred to as marine life, sea life, or ocean life. Marine life has a fundamental impact on the planet's nature.
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The clearance of pus, cellular debris, dead neutrophils, and damaged tissue after inflammation is performed by:_________
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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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Along one strand of a dna double helix is the nucleotide sequence ggcataggt. what is the sequence of the rna that would be transcribed from this region?
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The sequence of the RNA that would be transcribed from this region of a DNA nucleotide sequence (GGCATAGGT) is CCGUAUCCA.
How is RNA formed?DNA is the part of a living being that carries genetic information.
The DNA is a biopolymer of deoxyribonucleic acid (a type of nucleic acid) that has four different chemical groups, called bases:
AdenineGuanineCytosineThymineHowever, during the process of transcription, the information in the DNA is read into a mRNA molecule.
Therefore, the sequence of the RNA that would be transcribed from this region of a DNA nucleotide sequence (GGCATAGGT) is CCGUAUCCA.
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Which cell structure distinguishes members of domain eukarya from other organisms?
Answers
Answer:
Nucleus
Explanation:
Eukaryotes are organisms whose cells have a nucleus enclosed within a nuclear envelope, eukaryotes are distinguished from prokaryotes(another Domain) which are single-celled organisms that lack a nucleus, and other membrane-bound organelles.
Archaea is another domain but does not have a nucleus.
Nucleus is cell structure distinguishes members of domain eukarya from other organisms.
What is Nucleus?A nucleus is the organelle within a cell that is membrane-enclosed and houses the chromosomes.
The nuclear membrane has a variety of pores that enable the selective passage of specific molecules (such proteins and nucleic acids) into and out of the nucleus.
When you look at a photograph of a cell, one of the parts that stands out the most is the nucleus. All of the cell's chromosomes, which contain the genetic material that is encoded, are located in the nucleus, which is in the center of the cell.
Therefore, Nucleus is cell structure distinguishes members of domain eukarya from other organisms.
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If transcription occurred from left to right, what is the second amino acid in the growing polypeptide chain?
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Glutamine is the second amino acid in the growing polypeptide chain.
What is glutamine?An amino acid used in the production of proteins is glutamine. Its side chain is comparable to glutamic acid's, with the exception that an amide is used in place of the carboxylic acid group. It is categorized as a polar, charge-neutral amino acid.The body uses glutamine as a building block to create proteins. Additionally, it's required to create glucose and other amino acids. Supplemental glutamine may benefit immune system, gastrointestinal, and other systems, particularly during stressful situations when the body consumes more glutamine.According to recent research, glutamine shouldn't cause you to put on weight. Only lean muscle appears to be impacted by this amino acid, not fat stores. Consuming glutamine as a dietary supplement has no impact on your body's caloric requirements or metabolism.Consuming foods high in glutamine can help you stay healthy. The body's glutamine levels can be increased by eating foods like red cabbage, shellfish, grass-fed beef, eggs, legumes, milk, yogurt, almonds, ricotta cheese, beans, parsley, dark leafy greens, and organ meat.Learn more about glutamine here:
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What event was khrushchev speaking of when he said the world had come close to ""destroying the human race""?
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The Cuban missile crisis was the event Nikita Khrushchev was speaking of when he said the world had come close to "destroying the human race".
The Cuban Missile Crisis, also known as the October Crisis of 1962, the Caribbean Crisis or the Missile Scare, was a 35-day (16 October – 20 November 1962) confrontation between the United States and the Soviet Union, which escalated into an international crisis when American deployments of missiles in Italy and Turkey were matched by Soviet deployments of similar ballistic missiles in Cuba. Despite the short time frame, the Cuban Missile Crisis remains a defining moment in US national security and nuclear war preparation. The confrontation is often considered the closest the Cold War came to escalating into a full-scale nuclear war.
In response to the presence of American Jupiter ballistic missiles in Italy and Turkey, and the failed Bay of Pigs Invasion of 1961, Soviet First Secretary Nikita Khrushchev agreed to Cuba's request to place nuclear missiles on the island to deter a future invasion. An agreement was reached during a secret meeting between Khrushchev and Cuban Prime Minister Fidel Castro in July 1962, and construction of a number of missile launch facilities started later that summer.
The missiles in Cuba allowed the Soviets to effectively target most of the Continental US. The planned arsenal was forty launchers. The Cuban populace readily noticed the arrival and deployment of the missiles and hundreds of reports reached Miami. US intelligence received countless reports, many of dubious quality or even laughable, most of which could be dismissed as describing defensive missiles.
Only five reports bothered the analysts. They described large trucks passing through towns at night that were carrying very long canvas-covered cylindrical objects that could not make turns through towns without backing up and maneuvering. Defensive missile transporters, it was believed, could make such turns without undue difficulty. The reports could not be satisfactorily dismissed.
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The Cuban missile crisis was the event Nikita Khrushchev was speaking of when he said the world had come close to "destroying the human race".
The Cuban Missile Crisis, also known as the Missile Scare, the Missile Crisis of 1962, or the Caribbean Crisis, the October Crisis of 1962 was a 35-day standoff between the United States and the Soviet Union that turned into a global crisis when American missile deployments in Italy and Turkey were matched by Soviet deployments of similar ballistic missiles in Cuba.
The Cuban Missile Crisis continues to be a pivotal moment in US national security and nuclear war planning despite its brief duration. The conflict is frequently seen as the point where the Cold War almost broke out into a full-fledged nuclear conflict.
After the unsuccessful Bay of Pigs invasion in 1961 and the discovery of American Jupiter ballistic missiles in Italy and Turkey, Soviet First Secretary Nikita Khrushchev
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It’s simple but I’m slow as hell istg I’m in summer school asw
Answers
Answer:
im pretty sure its straight hairline...
Explanation:
the rest aren't hereditary
4. incandescent bulbs emit light in the yellow-orange range of the spectrum. would these light bulbs produce healthy plants? explain your answer
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Incandescent bulbs emit light in the yellow-orange range of the spectrum. These light bulbs would not generally produce healthy plants as a result of reduced photosynthetic activity of plants.
Incandescent bulb was the first kind of light bulb to be invented. It is made up of a glass sphere which contains a small filament of metal that lights up as electricity is passed through it.
Red & blue light are most favorable for plant growth, however, yellow & green have very little effect.
If only yellow light is used, the photosynthetic activity of plants is greatly reduced producing less organic matter which can be utilized by the plant, thus weakening its growth.
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Plasma contains more sodium than chloride. How can this be if individual ions of sodium and chloride exactly balance each other out, and plasma is electrically neutral?.
Answers
In addition to chloride, there are other negatively charged molecules in plasma. The extra sodium restores the balance of the overall negative charges.
So this is how plasma is electrically neutral.
The makeup of bodily fluids:High levels of sodium, chloride, bicarbonate, and protein can be found in the plasma. High levels of salt, chloride, and bicarbonate but a relatively low level of protein can be found in the IF. The ICF, on the other hand, contains higher levels of protein, phosphate, magnesium, and potassium.What occurs when the plasma Na+ content rises?Although the plasma sodium concentration does not provide any information regarding the volume of extracellular fluid, it does allow for an assumption regarding intracellular volume. A rise in plasma sodium (plasma osmolality) causes water to be drawn out of the cell, which causes the intracellular volume to decrease.Why does plasma have a higher sodium content than chloride?In plasma, sodium predominates over chloride. In addition to chloride, there are other negatively charged molecules in plasma. The extra sodium restores the balance of the overall negative charges.To learn more about plasma charge visit:
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You arrive at the scene of an accident and observe the patient lying face-up on the ground. as you look at the front side of his body, which plane of the body are you observing?
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You are observing coronal plane of the body.
What is coronal plane?Any vertical plane that separates the body into ventral and dorsal (belly and back) halves is known as a coronal plane (also known as the frontal plane). It is one of the three major planes of the body that are used to explain how bodily parts are situated in relation to one another.
The coronal plane extends from the mouth to the anus along the longitudinal axis.
The coronal plane is parallel to the transverse plane.
When assessing bony abnormalities, spondylolysis, or degeneration of the discs and facet joints, the coronal plane is frequently the most helpful.
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Why does venous return from the distal arm travels in the superficial veins and those veins tend to bulge superficially in a person who is working out?
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Blood distribution is adjusted by a short-term neural control mechanism to meet specific demands. During working out, the hypothalamus signals for reduced vasomotor stimulation of the skin vessels. Blood moves into the capillary veins, and heat radiates from the skin to reduce body temperature.
VeinsAll over your body, veins are blood vessels that collect blood with low oxygen content and send it back to your heart. Your circulatory system includes your veins. They cooperate with your heart, other blood vessels, and other organs to maintain blood flow. Most of your body's blood is stored in veins. Your veins actually contain around 75% of your blood. Veins have two basic functions. One function is to gather blood that is low in oxygen throughout your body and transport it back to your heart. The other function is to transport blood that is rich in oxygen from your lungs to your heart. Only during this process do veins transport oxygen-rich blood.
Why does venous return from the distal arm travels in the superficial veins and those veins tend to bulge superficially in a person who is working out?
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Cognitively, people with borderline personality disorder are ________ negative emotional stimuli in the environment. less aware of hyperattentive to avoidant of resistant to
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Cognitively, people with borderline personality disorder are hyperattentive to negative emotional stimuli in the environment.
Does the environment affect borderline personality disorder?The Diagnostic and Statistical Manual of Mental Disorders, Fourth Edition, Text Revision (DSM-IV-TR)1 classifies borderline personality disorder (BPD) as belonging to the Cluster B personality grouping and is associated with the cluster traits of dramatic, emotional, and erratic personality features. Patients with BPD are described as being emotionally brittle and hyper-reactive, which fits with this description. The trait of emotional hyper-reactivity in BPD patients will be examined in this issue of The Interface from the standpoint of clinical experience as well as through data from empirical investigations.
Additionally, it has been demonstrated that the environment plays a significant part in how impulsivity manifests itself since BPD patients who experienced several childhood hardships are more likely to have made multiple impulsive harming attempts. With indicators like emotional dysregulation and impulsivity considered temperamental variants that have negative impacts in an unfavorable context but positive ones in a favorable setting, this model can be used to understand borderline personality disorder.
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The substances below are used for radiometric dating. This is helpful when dating fossils from the past. Place the isotopes in order from longest half-life (3) to shortest half-life (1).
Potassium-Argon Dating
Uranium-238-Lead-206 Dating
Carbon-14 Dating
Answers
The isotopes in order from longest half-life (3) to shortest half-life are Uranium-238-Lead-206 Dating, Carbon-14 Dating, and Potassium-Argon Dating.
Isotopes are two or more different atom types that share the same atomic number and are placed in the periodic table but have different quantities of neutrons in their nuclei, resulting in various nucleon numbers.
The duration needed for a quantity of a radioisotope to decay by half is known as its radioactive half-life. The majority of the radioactivity will disappear within a few days if an isotope has a half-life of only a few hours or less.
Uranium-238 decays to lead-206 and uranium-235 decays to lead-207 in uranium-lead dating. While carbon-14 has a half-life of only 5,730 years, uranium-lead dating can be used to date rocks that are billions of years old.
The half-life of carbon-14 is 5,730 40 years, meaning that for the next 5,730 years, half of the radioisotope that is present at any particular time will spontaneously disintegrate.
Potassium-40's half-life is 1.3 billion years, far longer than carbon-14's, making it possible to date even older samples. Due to the prevalence of potassium in rocks and minerals, it is possible to date several samples with geochronological or archaeological value.
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Teacher expectations generally impact the level of academic achievement a student can obtain. please select the best answer from the choices provided t f
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It is 'True' that, Teacher expectations generally impact the level of academic achievement.
Why does Teacher expectations generally impact the level of academic achievement a student can obtain?The most significant in-school element influencing student accomplishment is a student's teacher.
Due to this, over the past ten years, state officials have made an effort to improve the performance of educators, including mandating the deployment of new teacher assessment methods.
By employing objective student data and observational rubrics that evaluate crucial abilities, these systems aim to more effectively distinguish between high- and low-quality instruction.
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The colorless liquid produced as a byproduct when plasma passes nourishment to capillaries and cells is known as?
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The colorless liquid produced as a byproduct when plasma passes nourishment to capillaries and cells is known as Lymph.
The extra fluid that leaks out of cells and tissues but is not reabsorbed into capillaries is what is referred to as lymph, also known as lymphatic fluid. Since RBCs are missing in lymph, lymph is colourless, the colour of blood is caused by the presence of haemoglobin in RBCs.
They can be discovered in a number of locations on the body, including as the groyne, armpits, chest, abdomen, and throat. They typically exist in chains or groupings. All are located close to veins and arteries and are embedded in fatty tissue. Although lymph nodes serve a variety of purposes, body defence is typically one of them.
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What are the three of the fundamental assumptions of biological theories of crime causation?
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Three of the fundamental assumptions of biological theories of crime causation are:-
1. Those that attempt to differentiate among individuals on the basis of certain innate or inborn outward physical traits or characteristics;
2. Those that attempt to trace the source of differences to genetic or hereditary characteristics; and
3. Those that attempt to distinguish among individuals on the basis of structural, functional, or chemical differences in the brain or body.
Biological theories within the field of criminology attempt to explain behaviors which are contrary to societal expectations through examination of individual characteristics.
These theories are categorized within a paradigm called positivism (also known as determinism), which asserts that behaviors, especially law-violating behaviors, are determined by factors largely beyond individual control.
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If species a provides a habitat to species b as part of a mutualistic relationship, what is the probable effect on the abundance and distribution of species b?
Answers
Species B will not be able to survive outside the range of the species A.
What is mutualistic relationship?Relationship between creatures of different species that is mutualistic and advantageous to both parties, predation.Mutualism is a sort of symbiotic association in which all of the participating species gain from one another.When two organisms of different species "operate together," they are said to be in a mutualistic relationship since they both gain from it. The interaction between the oxpecker and the rhinoceros or zebra is an illustration of a mutualistic partnership.The word "mutualist" denotes that the host and the tiny partner are the other participants involved in the mutualism. For instance, ants eat and drink acacia tree nectar to survive. In this case, the mutualists are ants, and the hosts are acacia trees. Ants have a place to live and food to eat in the acacia tree.Learn more about mutualistic relationship here:
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The best term to describe the species-species interaction between pseudomyrmex ants and the bullhorn acacia plant would be?
Answers
Pseudomyrmex ants and bullhorn acacia plant work together and do not harm each other, this type of relationship is known as a mutualistic relationship.
What is a Mutualistic Relationship?Interaction of species results in some results like damage of one species, benefit for one species and harm for another or benefit for both the species. When the interaction of both species is beneficial for both, then this type of species interaction is known as a mutualistic relationship.In United State, Pseudomyrmex ants and the bullhorn acacia plants are examples of mutualistic relationships, both species' presence for each other is beneficial for both.To know more about mutualistic relationship visit:
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Where do most of the nerve fibers of the sympathetic division of the autonomic motor pathways arise from?
Answers
Most of the nerve fibers of the sympathetic division of the autonomic motor pathways arise from the inter-mediolateral horns of the gray matter of spinal cord.
What is sympathetic nervous system ?The autonomic system is up two types such as the sympathetic and parasympathetic systems.
Both subsystem work antagonistically but in an integrated manner.
Sympathetic system is highly essential for preparing our body during emergencies for 3 F responses such as fight, fright and flight.
During this response, sympathetic system activates complex pathways for faster breathing, increased heart rate and blood pressure.
Hence, the inter-mediolateral horns of the gray matter of spinal cord is correct answer.
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Under normal conditions, humans break down glucose by aerobic respiration. however, there are times, such as during vigorous exercise, when muscle cells respire glucose faster than oxygen can be supplied. under these conditions (1) ____________________ fermentation occurs. in the process mentioned in (1), nadh produced during (2) ____________________ transfers its hydrogen atoms and associated electrons to (3) ____________________ in the cytoplasm of the cell.this regenerates ____________________ and allows (2) to continue. this results in the conversion of (3) to (4) ______________________________. the accumulation of (4) molecules in muscle tissues causes stiffness, soreness and fatigue. (4) is transported through the bloodstream from muscle cells to the liver. when the exercising is stopped, (4) is oxidized back to (3), which then goes through the ____________________ cycle and ________________________________________. the extra ____________________ needed to convert (4) to carbon dioxide and ____________________ is referred to as ____________________.
Answers
Humans experience lactic acid fermentation when their bodies urgently require a lot of energy. When you are sprinting at full pace or exercising there is shortage of oxygen in the body and the ATP gets exhausted. Your muscles will begin manufacturing ATP through lactic acid fermentation once the reserve ATP has been expended.
Under normal conditions, humans break down glucose by aerobic respiration. however, there are times, such as during vigorous exercise, when muscle cells respire glucose faster than oxygen can be supplied. under these conditions (1) Lactic Acid fermentation occurs. in the process mentioned in (1), nadh produced during (2) Glycolysis transfers its hydrogen atoms and associated electrons to (3) Pyruvate in the cytoplasm of the cell.this regenerates NAD+ and allows (2) to continue. this results in the conversion of (3) to (4) Lactate. the accumulation of (4) molecules in muscle tissues causes stiffness, soreness and fatigue. (4) is transported through the bloodstream from muscle cells to the liver. when the exercising is stopped, (4) is oxidized back to (3), which then goes through the Citric acid cycle and store energy in the form of ATP. the extra Lactate needed to convert (4) to carbon dioxide and pyruvate is referred to as Cori cycle.
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